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.