This consists of three projects:
-
Minimal Arduino raw and calibration data reader with output like this:
=== BME280 TEST PROGRAM ============ ChipID: 58 -> BMP280 BME280 Calibration Data (26 bytes): 36 6C 05 68 18 FC A1 8D 93 D6 D0 0B C3 06 3B 01 F9 FF 8C 3C F8 C6 70 17 00 00 BME280 Raw Data: 6B B7 00 7E 01 00 00 00 BME280 Raw Data: 6B B9 00 7E 02 00 00 00 -
The same for BMP388 (based on previous project, datasheet and Bosch SensorTec example
=== Bmp388 TEST PROGRAM ============ ChipID: 50 -> BMP388 Bmp388 Calibration Data (21 bytes): 48 6B 17 49 F6 6F 02 0B F8 23 00 27 61 8A 78 F3 F6 EE 41 17 C4 Bmp388 Raw Data: 60 29 6D C0 07 7F 33 5F 00 Bmp388 Raw Data: 30 29 6D C0 07 7F C2 C2 00 Bmp388 Raw Data: 80 29 6D 10 08 7F 4B 26 01 Bmp388 Raw Data: A0 29 6D 80 08 7F CA 89 01 Bmp388 Raw Data: 90 29 6D 80 08 7F 57 ED 01 -
Decoder for Bosch BMP280 (and in future BME280) raw data output written in C++20 (only because of integrated fmt::lib). As of 2024-03-19 it contains hardcoded data.
./bosch-decode Pressure: 99414.17Pa, Temperature: 23.45C, Humidity: 0
It's meant as a sandbox for a future data logger