Changes

Configuration can be found in '''Accelerometer Features „Motorcycle Fall Detection“'''.

Configuration can be found in '''Accelerometer Features „Motorcycle Fall Detection“'''.

[[File:Screenshot 2024-06-20 111550.png|frameless|right]]

[[File:Screenshot 2024-06-20 141047.png|frameless|right]]

===Scenario settings===

===Scenario settings===

* '''Angle''' - this parameter defines the angle that needs to be exceeded for fall detection to start counting Alarm Delay. The zero point angle (ground vector) is updated every time the device goes from movement state 1 to 0. It is also updated just before going to sleep.

* '''Angle''' - this parameter defines the angle that needs to be exceeded for fall detection to start counting Alarm Delay. The zero point angle (zero vector) is updated every time the device goes from movement state 1 to 0. It is also updated just before going to sleep.

* '''Alarm Delay''' - this parameter sets time for how long the configured angle needs to be exceeded for the alarm event to trigger. The angle is checked every 1 second, so if during the alarm delay time the device is put back into vertical position (device angle is less than configured detection angle) the alarm delay resets.

* '''Alarm Delay''' - this parameter sets time for how long the configured angle needs to be exceeded for the alarm event to trigger. The angle is checked every 1 second, so if during the alarm delay time the device is put back into vertical position (device angle is less than configured detection angle) the alarm delay resets.

* '''Active Time''' - the scenario will stay active and scan for Alarm Delay start conditions for a configurable amount of time. If no Alarm Delay start is triggered during this time, the scenario stops working until the next sleep occurs. Zero angle will only be updated in this passive scenario state.

* '''Active Time''' - amount of time that has to pass after movement goes from 1 to 0, before vector gets sstored and angle starts being checked.

 

It is an accelerometer vector, which is considered to represent a standing bike. . It gets stored as such when movement goes from 1 to 0 and stays 0 for the configured Active Time.