A fork of the original (https://github.com/lewisxhe/BMA423_Library) bma.h/.cpp reworked and upgraded for the Watchy.
This was done to provide a working model of the bma.h for Watchy, that works with either version (and future ones that require alteration).
The functionality of this is identical (with 1 change) to the original bma.h/bma.cpp. The one change is it requires the RTC.rtcType included in the "begin(" function.
Other functions that were added/altered are:
bool IsUp(); // Returns True if your Watchy is in the Tilt position (with flexible room).
bool getAccel(Accel &acc); // Same as original with the exception that it inverts the x and y axes on the necessary RTCType.
bool isDoubleClick(); // Same as original. Can be used AFTER didBMAWakeUp(wakeupBit) to determine if this is true or not.
bool isTilt(); // Same as original. Can be used AFTER didBMAWakeUp(wakeupBit) to determine if this is true or not.
bool isActivity(); // Same as original. Can be used AFTER didBMAWakeUp(wakeupBit) to determine if this is true or not.
bool isAnyNoMotion(); // Same as original. Can be used AFTER didBMAWakeUp(wakeupBit) to determine if this is true or not.
bool didBMAWakeUp(uint64_t hwWakeup); // Allows you to tell via wakeupBit, if the BMA woke the Watchy, if it did,
it reads the reason so you can use the above 4 functions.
uint32_t WakeMask(); // Returns the necessary value to OR in the esp_sleep_enable_ext1_wakeup function to request BMA wakeups.
bool defaultConfig(); // This is the default Configuration settings removed from Watchy::
_bmaConfig() corrected based on needs of RTCType.
_bmaConfig() should only consist of the begin() call and after that, the defaultConfig().
See example Usage.md for information on usage.
bool enableDoubleClickWake(bool en = true); // Enables/Disables DoubleClick and the Wake Interrupt
bool enableTiltWake(bool en = true); // Enables/Disables Tilt and the Wake Interrupt
float readTemperature(bool Metric = true); // Diferent from the original, 0C bug fixed and offers Imperial temperature.
float readTemperatureF(); // Fixes 0 Celcius bug and also will return 0 if an error.