QAccelerometerReading

The QAccelerometerReading class reports on linear acceleration along the X, Y and Z axes. More…

Synopsis

Functions

• def setX (x)

• def setY (y)

• def setZ (z)

• def x ()

• def y ()

• def z ()

Detailed Description

QAccelerometerReading Units

The scale of the values is meters per second squared. The axes are arranged as follows.

A monoblock device sitting at rest, face up on a desk will experience a force of approximately 9.8 on the Z axis (ie. towards the roof). This is the proper acceleration the device experiences relative to freefall.

class PySide2.QtSensors.QAccelerometerReading(parent)

Parameters:

parent – PySide2.QtCore.QObject

PySide2.QtSensors.QAccelerometerReading.setX(x)

Parameters:

x – float

Sets the acceleration on the X axis to x .

See also

x()

PySide2.QtSensors.QAccelerometerReading.setY(y)

Parameters:

y – float

Sets the acceleration on the Y axis to y .

See also

y()

PySide2.QtSensors.QAccelerometerReading.setZ(z)

Parameters:

z – float

Sets the acceleration on the Z axis to z .

See also

z()

PySide2.QtSensors.QAccelerometerReading.x()

Return type:

float

This property holds the acceleration on the X axis..

The scale of the values is meters per second squared.

See also

QAccelerometerReading Units

PySide2.QtSensors.QAccelerometerReading.y()

Return type:

float

This property holds the acceleration on the Y axis..

The scale of the values is meters per second squared.

See also

QAccelerometerReading Units

PySide2.QtSensors.QAccelerometerReading.z()

Return type:

float

This property holds the acceleration on the Z axis..

The scale of the values is meters per second squared.

See also

QAccelerometerReading Units