docs

📖 Documentation

💻 Usage

To use this library you can include the umbrella header Arduino_NiclaSenseEnv.h which includes other header files from the library. Then you need to initialize the device object which gives you access to the different sensor and actuator objects:

#include "Arduino_NiclaSenseEnv.h"

void setup(){
    NiclaSenseEnv device;

    if (device.begin()) {
        Serial.println("🔌 Device is connected");

        auto indoorAirQualitySensor = device.indoorAirQualitySensor();
        // ...
        auto outdoorAirQualitySensor = device.outdoorAirQualitySensor();
        // ...
        auto temperatureSensor = device.temperatureHumiditySensor();
        // ...
        auto rgbLED = device.rgbLED();
        // ...
        auto orangeLED = device.orangeLED();
        // ...
    }
}

Once the desired object is obtained you can call functions on these objects such as temperatureSensor.temperature(). A complete list of these functions can be found in the API documentation.

🧑‍💻 API

The API documentation can be found here.

👀 Examples

The following scripts are examples of how to use the Nicla Sense Env board with Python:

• BoardControl.ino: Shows how to print the device information of the Nicla Sense Env, how to disable sensors and how to reset the device or put it to sleep.
• ChangeI2CAddress.ino: Demonstrates how to change the board's I2C address.
• FactoryReset.ino: Demonstrates how to perform a factory reset on the board.
• IndoorAirQuality.ino: Demonstrates how to read the indoor air quality data from the board's sensors.
• OutdoorAirQuality.ino: Demonstrates how to read the outdoor air quality data from the board's sensors.
• RGBLED.ino: Demonstrates how to control the board's RGB LED.
• TemperatureHumidity.ino: Demonstrates how to read the temperature and humidity data from the board's sensors.
• UARTRead.ino: Shows how to read data from the UART port on the board when not connecting to it over I2C.
• OrangeLED.ino: Demonstrates how to control the board's orange LED.