06-14-2023, 05:48 PM
Earlier in this thread, Jens noted the potential for use of the gyro to impact battery use.
On the issue of power consumption, I wonder how the original Phyphox experiment for Puck-js handles power management. As I understand it, best practice for optimizing power consumption uses Puck.accelOff() to minimize unproductive drain by the gyro sensor when it is not in active use. If the Phyphox Puck-js Accel/Gyro experiment does not explicitly turn off the sensor, does that mean the puck continues to power the gyro even after it is no longer being used in an experiment?
Do we need to add an experiment termination sequence to ensure better power management?
(06-04-2023, 09:30 PM)Jens Noritzsch Wrote: [ -> ]Thanks for reporting. We will look into this. On first sight, I have not seen information if the different ranges have an impact on the power consumption
On the issue of power consumption, I wonder how the original Phyphox experiment for Puck-js handles power management. As I understand it, best practice for optimizing power consumption uses Puck.accelOff() to minimize unproductive drain by the gyro sensor when it is not in active use. If the Phyphox Puck-js Accel/Gyro experiment does not explicitly turn off the sensor, does that mean the puck continues to power the gyro even after it is no longer being used in an experiment?
Do we need to add an experiment termination sequence to ensure better power management?
So, some backstory might help to redo your research.