As I work to program the Arduino and the Flutter App to send Accelerometer data from the Arduino to the app, I completed a tutorial that will serve me as a preliminary step to accomplish this goal. Essentially, I added a few features to the work that I had accomplished with the Flutter BLE App. As visible in the attached pictures, I added two features. First, the user can access additional information from the BLE devices available: complete local name, tx power level, manufacturer data, service UUIDs, and service data. Second, and most importantly, the app shows 2 floats, temperature and humidity. The Arduino was programmed to use a DHT11 sensor to send temperature and humidity data to the Flutter BLE App.
As I work to program the Arduino and the Flutter App to send Accelerometer data from the Arduino to the app, I completed a tutorial that will serve me as a preliminary step to accomplish this goal. Essentially, I added a few features to the work that I had accomplished with the Flutter BLE App. As visible in the attached pictures, I added two features. First, the user can access additional information from the BLE devices available: complete local name, tx power level, manufacturer data, service UUIDs, and service data. Second, and most importantly, the app shows 2 floats, temperature and humidity. The Arduino was programmed to use a DHT11 sensor to send temperature and humidity data to the Flutter BLE App.