Python library for the Pimoroni Enviro pHAT, a plethora of sensors and connectivity for measuring your environment.

Enviro pHAT includes:

• An LSM303D accelerometer/magnetometer for detecting orientation, motion and heading
• A BMP280 temperature/pressure sensor
• A TCS3472 colour sensor, for detecting the amount and colour of light
• An ADS1015 analog sensor with four 3.3v tolerant channels for your external sensors
• A 5v power supply pin for powering your sensors, which you can regulate or divide to 3v if needed
• Two LEDs connected to GPIO #4 for illuminating objects over the colour sensor

You can import one or more devices from the Enviro pHAT library, which has:

• light
• motion
• weather
• analog
• leds

For example:

from envirophat import motion, light

Weather is monitored by the BMP280 temperature/pressure sensor.

Get the temperature in degrees C:

weather.temperature()

Get the pressure in hPA:

weather.pressure()

Light sensing is provided by a TCS3472 colour sensor, which has 4 light sensors inside with different filters in front of them. 3 of these are red, blue and green, and the 4th is unfiltered to provide a light level for comparison. It's usually referred to as "clear".

Get the colour of the light, adjusted against clear and scaled to 0-255:

r, g, b = light.rgb()

Get the amount of light detected:

light.light()

## Motion

The LSM303D can detect the motion, orientation and magnetic heading of your Pi.

Get the raw accelerometer data:

x, y, z = motion.accelerometer()

Get your Pi's offset, in degrees, from magnetic north:

motion.heading()

You can also get the raw magnetometer data, but you'll have to get creative to do something useful with it!

x,y,z = motion.magnetometer()

Enviro pHAT uses an ADS1015 to provide four 3.3v tolerant analog inputs and a 5v power supply pin for your external sensors.

You can read all of the analog readings at once like so:

analog.read_all()

This will return 4 floating point values between 0.0 and 3.3v, directly mapping to the detected voltage.