efindorb.txt

# Comments can be added by putting a '#' at the start of a line.
# FIND_ORB has three dialog boxes:  the "main" box,  the "about" box,
# and the "ephemeris" box.  For each,  the window title is given,  then
# a set of lines providing translated text.  The numbers at the start of
# each line are ID numbers for the text being translated.
# See 'ffindorb.txt',  'ifindorb.txt',  etc. for French,  Italian,  etc.
# versions of this file.

# main
99000   FIND_ORB Orbit Determination Software
99105   &Herget step
99106   &Full step
99108   Mercury
99109   Venus
99110   Earth
99111   Mars
99112   Jupiter
99113   Saturn
99114   Uranus
99115   Neptune
99116   Pluto
99117   Moon
99118   Asteroids
99129   Sa&ve elements
99136   &Auto-Solve
99137   Save &Residuals...
99138   &Ephemeris...
99142   &Open...
99148   About...
99149   R2:
99150   AU
99151   AU
99153   R1:
99174   Orbital elements:
99156   Epoch
99157   Perturbers:
99140   &Gauss
99141   Worst o&bs
99143   F&ilter obs
99139   &Monte Carlo...
99144   &Settings
99145   &Toggle Obs
99146   Set Sigma(s)
99179   (Will fill in Find_Orb & DE version info)
99180   All Perturbers On
99001   Exit

# about
98000   About FIND_ORB
98153   FIND_ORB Orbital Determination Software
98149   GPL'ed software by Project Pluto (C)1997-2017
98150   Updates and information about other astronomy
98152   software can be found at:
98155   https://www.projectpluto.com
98179   Version

# ephem
97000   Make Ephemeris
97001   &Done
97129   &Save
97147   &Go
97148   &Pseudo-MPEC
97149   Paste to &Clipboard
97150   &Now
97151   # steps:
97152   Stepsize
97153   Start:
97154   Latitude
97155   Longitude
97175   Show &Motion details
97176   Show &Alt/az
97182   &Radial velocity
97183   &Phase angle
97184   S&eparate motions
97185   Phase angle &bisector
97186   &Heliocentric ecliptic
97187   &Topocentric ecliptic
97188   Ro&und to nearest step
97189   Ground track
97192   S&uppress unobservables
97193   &Visibility indicators
97194   Ephem u&ncertainty
97195   Human-readable output
97196   Speed
97199   Latitude
97200   &Observables
97201   State &vectors
97202   Car&tesian coords
97203   MP&CORB elements
97204   &8-line elements
97205   C&lose approaches
97206   MPC code
96999   Suppress output below mag:

# settings
96000   Settings
96149   Reference:
96150   Monte Carlo noise:
96151   Max filtered residual:
96152   Element precision:
96153   Constraints:
96173   &Heliocentric orbits only
96001   OK
96002   Cancel

# ephemeris

# messages
1       No orbit to improve!
2       No residuals to save!
3       No orbit to make an ephemeris!
4       Method of Gauss failed!
5       No changes made!
6       Ephemeris must contain at least one entry!
7       No step size specified!
8       Month must be from 1 to 12!
9       Day must be from 1 to %d!
10      No observations loaded from that file!
11      File not found!
12      Latitude must start with an 'N' or 'S'!
13      Longitude must start with an 'E' or 'W'!
14      Invalid date!
15      %d of %d observations
16      From %d observations
17      ; mean residual %s
18      Find_Orb -- Orbit Determination
19      Weighting of posns/mags/times is
20      All preceding observations toggled
21      All Perturbers On
22      All Perturbers Off

900     English
901     French
902     Italian
903     Russian
904     Spanish
905     German

# months
1000    January
1001    February
1002    March
1003    April
1004    May
1005    June
1006    July
1007    August
1008    September
1009    October
1010    November
1011    December

1100    Astrometry redacted; click here for explanation

2000    The lat/lon specified for code (%s) in the header is malformed.\n
2000    See https://www.projectpluto.com/find_orb.htm#obs_codes for\n
2000    information about how to fix this.\n

2001    This shows very little motion and is probably a star.\n

2002    Didn't find observer (%s).  Observations will be excluded and
2002    treated as geocentric.

2003      You can fix this by downloading
2003    the current list of MPC stations at\n
2003    https://www.minorplanetcenter.net/iau/lists/ObsCodes.html\n
2003    and saving it to the folder in which Find_Orb runs.

2004      You can read about how to add
2004    an XXX position for a new/temporary observer at\n
2004    https://www.projectpluto.com/find_orb.htm#xxx_code

2005    Didn't find observational bias data file
2005    To include the FCCT14 bias data,  Find_Orb needs
2005    the file 'bias.dat'.  There is more information
2005    about this at https://www.projectpluto.com/bias.htm
2005    Biases will not be applied until the file is available.

2006    Find_Orb can use the NEOCP ephemeris you've given it.
2006    However,  the ephemerides are geocentric.  You'll
2006    get much better results if you select a topocentric
2006    observatory code,  preferably one near the equator.
2006    (781) Quito is best for this purpose.

2007    The observations span %.1f years,  greater than Find_Orb's
2007    maximum span of %.1f years.  If you really want the whole
2007    set of observations (which may not process correctly),  edit
2007    'environ.dat' and look for the MAX_OBSERVATION_SPAN line.

2008    Not all satellite observations were read correctly.
2008    See https://www.projectpluto.com/sc_obs.htm for info on
2008    how to fix this,  or contact [email]rojectpluto.com.
2008    (In the latter case,  be sure to send the observation file.)

2009    %u observations were duplicates.  They have been removed.

2010    See https://www.projectpluto.com/sc_obs.htm FMI.

2011    %u observations were incorrectly formatted.  These observations
2011    will be ignored.

2012    %u observations are below the horizon.
2013    %u observations were taken in sunlight.
2014    These observations will be excluded.

2015    %u observations match in date and observatory code,
2015    but not in other regards.  They will be ignored.

2016    %u observations match in date, RA/dec, magnitude, and MPC
2016    code but not in other regards.  They will be ignored.

2017    %u observations are from spacecraft,  but aren't marked
2017    as such and lack the 'second line' offset data.  See\n
2017    https://www.projectpluto.com/sc_obs.htm
2017    https://www.minorplanetcenter.net/iau/info/SatelliteObs.html
2017    \nfor info on how to handle spacecraft-based observations.

2018    %d observations have times in the future.  If that's
2018    not what you expected,  you should check the data.

2021    No asteroid ephemeris data is available,  so
2021    asteroid perturbations cannot be included.  You can
2021    fix this by downloading the necessary files.  See
2021    https://www.projectpluto.com/ast_pert.htm for details.

# Following pop-up shown when you right-click on an _observation_ :

2022    Toggle observation
2022    Set observation uncertainty
2022    Select all from $
2022    Find prev from $
2022    Find next from $
2022    Cancel

2025    Click on an observation to get information about it.  Right-click to get
2025    further options.  Ctrl-click to select multiple observations.\n

2026    No observational header was provided with the observation(s).  Had one
2026    been provided,  you'd see information about who made and measured these
2026    data,  telescope used,  etc.\n

2027    Integrating from %.4f to %.4f runs outside Find_Orb's
2027    default time range.  If this is what you meant to do,  see\n
2027    https://www.projectpluto.com/find_orb.htm#time_range\n
2027    for instructions on how to extend the range.

2028    %d observations were read by Find_Orb,  but only after the format was
2028    corrected.  The observation would probably be rejected by MPC.  See
2028    https://www.projectpluto.com/fix_obs.htm for details.

2029    You don't currently have JPL planetary ephemerides set up
2029    for use in Find_Orb.  This will result in some loss of accuracy
2029    and speed.  See https://www.projectpluto.com/find_orb.htm#de_eph
2029    for further information.\n
2029    Hit any key to continue.  Find_Orb will still work,  though it will
2029    be a little slower and less accurate.  You should eventually download
2029    a JPL ephemeris file,  per the instructions at the above link.

2030    Your JPL ephemeris file, %s ,
2030    only covers the years %.1f to %.1f.  To cover your desired date
2030    range,  you'll need a different/larger JPL ephemeris file.  See
2030    https://www.projectpluto.com/find_orb.htm#de_eph for more info.

2031    F Select file containing astrometry
2031    N Give object name and get data from MPC
2031    C Copy astrometry from clipboard
2031    S Copy astrometry from selection

2033    Use arrow keys to select object,  then hit the space bar or Enter (or use mouse)

2034    0 ( ) Default frame
2034    1 ( ) J2000 ecliptic
2034    2 ( ) J2000 equatorial
2034    3 ( ) Body frame
2034    Cancel

2035    English
2035    French
2035    Italian
2035    Russian
2035    Spanish
2035    German

2036    Help about this dialog
2036    Select file of observations
2036    Get observations from clipboard
2036    Download observations from MPC

2037    Copy elements to clipboard
2037    Save elements
2037    Reference=$REF
2037    Epoch=$EPO
2037    Frame=$FRA
2037    Constraints=$CON
2037    Increase precision
2037    Decrease precision
2037    Element center=$CEN
2037    Cancel

2038    Enter element reference :

2039    Clipboard functions require 'xclip' to be installed.  Run,  for
2039    example,  'sudo apt install xclip',  'sudo yum install xclip',
2039    or similar command.

2040    %d roving observer lines lacked lat/lon/alt lines.\n
2041    %d roving observer lat/lon/alt lines didn't match an RA/dec.\n
2042    %d 'line 1' radar observations didn't have a 'line 2' match.\n
2043    %d 'line 2' radar observations didn't have a 'line 1' match.\n
2044    %d satellite observations lacked spacecraft locations.\n
2045    %d satellite observations lacked RA/decs.\n
2046    See https://www.projectpluto.com/sc_obs.htm for more info.\n

2050    ( ) Show one MPC code
2050    ( ) Show some MPC codes
2050    ( ) Show all MPC codes
2050    Find next from $
2050    Find prev from $
2050    Find obs from a given code
2050    Cancel

2052    Some observations of this object are marked as 'private' and not
2052    for public redistribution.  Do you want to include them?  (Y/N)\n

# See comments about RA_DEC_FORMAT in 'environ.def' for the meanings of
# the number pairs.  You can add more if there are other formats you'd
# like to use.

2054    3,2:HH MM SS.sss, dd mm ss.ss
2054    6,5:HH MM SS.ssssss, dd mm ss.sssss
2054    -5,-4:HH MM.mmmm, dd mm.mmm
2054    -6,-5:HH MM.mmmmm, dd mm.mmmm
2054    206,106:Decimal degrees to 10^-6 deg
2054    215,115:Decimal degrees to 10^-15 deg
2054    109,109:Decimal hours and degrees

2056    \nNo JPL DE ephemeris file loaded; using (slower, less accurate)
2056    analytic approximations for lunar and planetary positions
2056    See https://www.projectpluto.com/find_orb.htm#de_eph for
2056    info on how and why to use JPL DE ephemerides.\n

2058    Couldn't run 'grab_mpc',  a small program used to grab data from
2058    the MPC.  Get this code from https://github.com/Bill/Gray/miscell
2058    and run 'make grab_mpc'.  Copy 'grab_mpc' into the executable path.

2060    0 ( ) No non-gravs (gravity only)
2060    1 ( ) Solar radiation pressure (radial, 1/r^2)
2060    2 ( ) Solar radiation pressure (two-parameter)
2060    3 ( ) Solar radiation pressure (three-parameter)
2060    4 ( ) Comet model (A1 and A2)
2060    5 ( ) Comet model (A1, A2, A3)
2060    6 ( ) Comet model (A1, A2, A3, DT)
2060    7 ( ) Yarkovsky (A2-only)
2060    8 ( ) Delta-V
2060    Cancel

2062    0 ( ) Resids in RA/dec arcsec
2062    1 ( ) Resids in along-track sec/cross-track arcsec
2062    2 ( ) Normalized residuals in sigmas
2062    Cancel

2064    0 ( ) Observables
2064    1 ( ) State vectors
2064    2 ( ) Cartesian coord positions
2064    3 ( ) MPCORB output
2064    4 ( ) 8-line elements
2064    5 ( ) Close approaches
2064    6 ( ) Fake astrometry
2064    Cancel

2066    '%s' is %d bytes long.  Packed designations must be less
2066    than twelve bytes long.  Try again with a shorter designation.

2068    0 ( ) RA/decs in reported format
2068    1 ( ) RA/decs in decimal degrees
2068    2 ( ) RA/decs in HH.hhhhh, dd.dddd
2068    3 ( ) RA/decs in HH MM SS.s, dd mm ss.ss
2068    Cancel

2070    0 ( ) Times in reported format
2070    1 ( ) Times in YYYY MM DD.DDDDD
2070    2 ( ) Times in YY MM DD HH:MM:SS
2070    3 ( ) Times in MJD DDDDD.DDDDDD
2070    Cancel

2074    Temporary designations must include only alphanumeric characters.
2074    The designation '%s' would be rejected by MPC.

2076    Clipboard is empty!

2078    0 ( ) "/min = '/hr
2078    1 ( ) "/sec = '/min = deg/hour
2078    2 ( ) '/sec = deg/min
2078    3 ( ) '/day
2078    4 ( ) d/day
2078    Cancel

2080    No MPC astrometry found for object '%s'.  This may be
2080    an unused or incorrectly formatted designation,  or MPC
2080    may simply not have data for it.

2090    %d satellite offsets had no errors\n
2091    %d satellite offsets had incorrect signs\n
2092    %d had no number(s) or garbled number(s)\n
2093    %d satellite offsets had no decimal point\n
2094    %d satellite offsets had a misplaced decimal point\n
2095    %d satellite offsets had undeciphered offsets\n
2096    %d satellite offsets were at the geocenter\n
2097    %d satellite offsets were inside the earth\n

2099    Enter initial guess for time of delta-V :