Qt 5.7 | Qt Sensors | Qt Sensors C++ Classes

Qt 5.7.1 Reference Documentation

# Qt Sensors C++ Classes

Provides classes for reading sensor data. More...

## Classes

QSensorGesture | Represents one or more sensor gesture recognizers
QSensorGestureManager | Manages sensor gestures, registers and creates sensor gesture plugins
QSensorGesturePluginInterface | The pure virtual interface to sensor gesture plugins
QSensorGestureRecognizer | The base class for a sensor gesture recognizer
QAccelerometer | Convenience wrapper around QSensor
QAccelerometerFilter | Convenience wrapper around QSensorFilter
QAccelerometerReading | Reports on linear acceleration along the X, Y and Z axes
QAltimeter | Convenience wrapper around QSensor
QAltimeterFilter | Convenience wrapper around QSensorFilter
QAltimeterReading | Holds readings from the altimeter sensor
QAmbientLightFilter | Convenience wrapper around QSensorFilter
QAmbientLightReading | Represents one reading from the ambient light sensor
QAmbientLightSensor | Convenience wrapper around QSensor
QAmbientTemperatureFilter | Convenience wrapper around QSensorFilter
QAmbientTemperatureReading | Holds readings of the ambient temperature
QAmbientTemperatureSensor | Convenience wrapper around QSensor
QCompass | Convenience wrapper around QSensor
QCompassFilter | Convenience wrapper around QSensorFilter
QCompassReading | Represents one reading from a compass
QDistanceFilter | Convenience wrapper around QSensorFilter
QDistanceReading | Holds distance reading in cm from the proximity sensor
QDistanceSensor | Convenience wrapper around QSensor
QGyroscope | Convenience wrapper around QSensor
QGyroscopeFilter | Convenience wrapper around QSensorFilter
QGyroscopeReading | Represents one reading from the gyroscope sensor
QHolsterFilter | Convenience wrapper around QSensorFilter
QHolsterReading | Holds readings from the holster sensor
QHolsterSensor | Convenience wrapper around QSensor
QIRProximityFilter | Convenience wrapper around QSensorFilter
QIRProximityReading | Holds readings from the IR proximity sensor
QIRProximitySensor | Convenience wrapper around QSensor
QLightFilter | Convenience wrapper around QSensorFilter
QLightReading | Represents one reading from the light sensor
QLightSensor | Convenience wrapper around QSensor
QMagnetometer | Convenience wrapper around QSensor
QMagnetometerFilter | Convenience wrapper around QSensorFilter
QMagnetometerReading | Represents one reading from the magnetometer
QOrientationFilter | Convenience wrapper around QSensorFilter
QOrientationReading | Represents one reading from the orientation sensor
QOrientationSensor | Convenience wrapper around QSensor
QPressureFilter | Convenience wrapper around QSensorFilter
QPressureReading | Holds readings from the pressure sensor
QPressureSensor | Convenience wrapper around QSensor
QProximityFilter | Convenience wrapper around QSensorFilter
QProximityReading | Represents one reading from the proximity sensor
QProximitySensor | Convenience wrapper around QSensor
QRotationFilter | Convenience wrapper around QSensorFilter
QRotationReading | Represents one reading from the rotation sensor
QRotationSensor | Convenience wrapper around QSensor
QSensor | Represents a single hardware sensor
QSensorFilter | Efficient callback facility for asynchronous notifications of sensor changes
QSensorReading | Holds the readings from the sensor
qoutputrange | Holds the specifics of an output range
QSensorBackend | Sensor implementation
QSensorBackendFactory | Instantiates instances of QSensorBackend
QSensorManager | Handles registration and creation of sensor backends
QSensorChangesInterface | The pure virtual interface to sensor plugins
QSensorPluginInterface | The pure virtual interface to sensor plugins
QTapFilter | Convenience wrapper around QSensorFilter
QTapReading | Represents one reading from the tap sensor
QTapSensor | Convenience wrapper around QSensor
QTiltFilter | Convenience wrapper around QSensorFilter
QTiltReading | Holds readings from the tilt sensor
QTiltSensor | Convenience wrapper around QSensor

## Detailed Description

Mobile devices contain sensor hardware that allow detecting changes in various physical properties of the device itself or its immediate environment. Examples of device properties include the angle at which the device is held, whereas environmental properties include for example the current level of ambient light.