Loading README.md +31 −19 Original line number Diff line number Diff line Loading @@ -3,8 +3,9 @@ **multipass** is a C++ Library Operating System for a few embedded architectures. As such, it does not provide multi-threading support or similar conveniences. Its objective is similar to the Arduino environment: provide a simple framework for embedded application/driver development and evaluation, and get out of the way as much as possible. It favors simplicity over simple framework for embedded application/driver development and evaluation with a `main()` and optional `loop()` function and a text output channel, and then get out of the way as much as possible. It favors simplicity over performance and proper abstraction. Re-using components outside of multipass should be fairly easy. Loading Loading @@ -101,23 +102,34 @@ Peripheral communication: * I²C controller via `/dev/i2c` * stdin/stdout ## Included Drivers ## Supported Peripherals See `make config` for an up-to-date list. * AM2320 I²C Temperature and Humidity Sensor * BME280 I²C Temperature, Humidity, and Pressure Sensor (Bosch SensorTec driver) * BME680 I²C Temperature, Humidity, Pressure, and Air Quality Sensor (Bosch SensorTec driver) * CCS811 I²C Air Quality Sensor * DS2482 I²C 1-Wire Bus Controller * HDC1080 I²C Temperature and Humidity Sensor * LM75 I²C Temperature Sensor * LS013B4DN04 96×96 transflective LCD (430BOOST-SHARP96) * MAX44006 I²C RGB and IR Light Sensor * MAX44009 I²C Light Sensor * MPU9250 I²C Accelerometer, Gyroscope, and Magnetometer Sensor * Pervasive Aurora Mb V230/V231 4.2" iTC E-Paper Display via EPD Extension Board Gen 2 * SCD40/SCD41 I²C CO₂ Sensor * SEN5x I²C particulate matter (PM1.0/PM2.5/PM4.0/PM10) and VOC sensor * SSD1306 I²C OLED Display Controller * VEML6075 I²C UVA/UVB Light Sensor ### Sensors * AM2320 Temperature+Humidity (I²C) * BME280 Temperature+Humidity+Pressure via Bosch SensorTec driver (I²C) * BME280 Temperature+Humidity+Pressure+IAQ via Bosch SensorTec driver (I²C) * CCS811 VOC (I²C) * HDC1080 Temperature+Humidity (I²C) * LM75 Temperature (I²C) * MAX44006 R+G+B+Clear+IR irradiance (I²C) * MAX44009 illuminance (I²C) * MPU9250 accelerometer+gyroscope+magnetometer (I²C) * SCD4x CO₂+Temperature+Humidity (I²C) * SEN5x PM1.0+PM2.5+PM4.0+PM10+Temperature+Humidity+VOC (I²C) * VEML6075 UVA+UVB irradiance (I²C) "VOC" refers to volatile organic compounds; "PM" refers to particulate matter. ### Displays * LS013B4DN04 / 430BOOST-SHARP96 96×96 transflective LCD (SPI) * Pervasive Aurora Mb V230/V231 4.2" iTC E-Paper Display via EPD Extension Board Gen 2 (SPI) * SSD1306 128×64 / 128×32 OLED display controller (I²C) ### Others * ADS111x ADC (I²C) * DS2482 1-Wire Bus Controller (I²C) Loading
README.md +31 −19 Original line number Diff line number Diff line Loading @@ -3,8 +3,9 @@ **multipass** is a C++ Library Operating System for a few embedded architectures. As such, it does not provide multi-threading support or similar conveniences. Its objective is similar to the Arduino environment: provide a simple framework for embedded application/driver development and evaluation, and get out of the way as much as possible. It favors simplicity over simple framework for embedded application/driver development and evaluation with a `main()` and optional `loop()` function and a text output channel, and then get out of the way as much as possible. It favors simplicity over performance and proper abstraction. Re-using components outside of multipass should be fairly easy. Loading Loading @@ -101,23 +102,34 @@ Peripheral communication: * I²C controller via `/dev/i2c` * stdin/stdout ## Included Drivers ## Supported Peripherals See `make config` for an up-to-date list. * AM2320 I²C Temperature and Humidity Sensor * BME280 I²C Temperature, Humidity, and Pressure Sensor (Bosch SensorTec driver) * BME680 I²C Temperature, Humidity, Pressure, and Air Quality Sensor (Bosch SensorTec driver) * CCS811 I²C Air Quality Sensor * DS2482 I²C 1-Wire Bus Controller * HDC1080 I²C Temperature and Humidity Sensor * LM75 I²C Temperature Sensor * LS013B4DN04 96×96 transflective LCD (430BOOST-SHARP96) * MAX44006 I²C RGB and IR Light Sensor * MAX44009 I²C Light Sensor * MPU9250 I²C Accelerometer, Gyroscope, and Magnetometer Sensor * Pervasive Aurora Mb V230/V231 4.2" iTC E-Paper Display via EPD Extension Board Gen 2 * SCD40/SCD41 I²C CO₂ Sensor * SEN5x I²C particulate matter (PM1.0/PM2.5/PM4.0/PM10) and VOC sensor * SSD1306 I²C OLED Display Controller * VEML6075 I²C UVA/UVB Light Sensor ### Sensors * AM2320 Temperature+Humidity (I²C) * BME280 Temperature+Humidity+Pressure via Bosch SensorTec driver (I²C) * BME280 Temperature+Humidity+Pressure+IAQ via Bosch SensorTec driver (I²C) * CCS811 VOC (I²C) * HDC1080 Temperature+Humidity (I²C) * LM75 Temperature (I²C) * MAX44006 R+G+B+Clear+IR irradiance (I²C) * MAX44009 illuminance (I²C) * MPU9250 accelerometer+gyroscope+magnetometer (I²C) * SCD4x CO₂+Temperature+Humidity (I²C) * SEN5x PM1.0+PM2.5+PM4.0+PM10+Temperature+Humidity+VOC (I²C) * VEML6075 UVA+UVB irradiance (I²C) "VOC" refers to volatile organic compounds; "PM" refers to particulate matter. ### Displays * LS013B4DN04 / 430BOOST-SHARP96 96×96 transflective LCD (SPI) * Pervasive Aurora Mb V230/V231 4.2" iTC E-Paper Display via EPD Extension Board Gen 2 (SPI) * SSD1306 128×64 / 128×32 OLED display controller (I²C) ### Others * ADS111x ADC (I²C) * DS2482 1-Wire Bus Controller (I²C)
