On-board algorithm that detects when low (i.e. free fall) or high g acceleration is measured. Data is represented as a LowHighG object More...

Inheritance diagram for MbientLab.MetaWear.Sensor.AccelerometerBosch.ILowAndHighGDataProducer:

Public Member Functions
void	Configure (bool enableLowG=false, ushort? lowDuration=null, float? lowThreshold=null, float? lowHysteresis=null, LowGMode? mode=null, bool enableHighGx=false, bool enableHighGy=false, bool enableHighGz=false, ushort? highDuration=null, float? highThreshold=null, float? highHysteresis=null)
	Configure the low/high-g detection algorithm. More...

Public Member Functions inherited from MbientLab.MetaWear.IAsyncDataProducer
void	Start ()
	Begin data collection More...

void	Stop ()
	End data collection More...

Public Member Functions inherited from MbientLab.MetaWear.IDataProducer
Task< IRoute >	AddRouteAsync (Action< IRouteComponent > builder)
	Adds a data route to the producer More...

Detailed Description

On-board algorithm that detects when low (i.e. free fall) or high g acceleration is measured. Data is represented as a LowHighG object

Member Function Documentation

void MbientLab.MetaWear.Sensor.AccelerometerBosch.ILowAndHighGDataProducer.Configure	(	bool	enableLowG = `false`,
		ushort?	lowDuration = `null`,
		float?	lowThreshold = `null`,
		float?	lowHysteresis = `null`,
		LowGMode?	mode = `null`,
		bool	enableHighGx = `false`,
		bool	enableHighGy = `false`,
		bool	enableHighGz = `false`,
		ushort?	highDuration = `null`,
		float?	highThreshold = `null`,
		float?	highHysteresis = `null`
	)

Configure the low/high-g detection algorithm.

Both detection types are configured at once with this function. All parameters are optional so developers only need to set the ones they are need

Parameters

enableLowG	Set to 'true' to enable low-g detection, defaults to 'false'
lowDuration	Minimum amount of time the acceleration must stay below (ths + hys) for an interrupt, between [2.5, 640]ms
lowThreshold	Threshold that triggers a low-g interrupt, between [0.00391, 2.0]g
lowHysteresis	Hysteresis level for low-g interrupt, between [0, 0.375]g
mode	Low G detection type
enableHighGx	Set to 'true' to enable high-g detection on the x-axis, default to 'false'
enableHighGy	Set to 'true' to enable high-g detection on the y-axis, default to 'false'
enableHighGz	Set to 'true' to enable high-g detection on the z-axis, default to 'false'
highDuration	Minimum amount of time the acceleration sign does not change for an interrupt
highThreshold	Threshold for clearing high-g interrupt
highHysteresis	Hysteresis level for clearing the high-g interrupt

The documentation for this interface was generated from the following file: