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io.qt.sensors.QSensor Maven / Gradle / Ivy
Provides access to sensor hardware and motion gesture recognition.
package io.qt.sensors;
import io.qt.*;
/**
* Represents a single hardware sensor
* Java wrapper for Qt class QSensor
*/
public class QSensor extends io.qt.core.QObject
{
static {
QtJambi_LibraryUtilities.initialize();
}
@QtPropertyMember(enabled=false)
private java.util.Collection __rcFilters;
/**
* This variable stores the meta-object for the class.
*/
public static final io.qt.core.@NonNull QMetaObject staticMetaObject = io.qt.core.QMetaObject.forType(QSensor.class);
/**
* Java wrapper for Qt enum QSensor::AxesOrientationMode
*/
public enum AxesOrientationMode implements QtEnumerator {
/**
* Representing QSensor::
*/
FixedOrientation(0),
/**
* Representing QSensor::
*/
AutomaticOrientation(1),
/**
* Representing QSensor::
*/
UserOrientation(2);
static {
QtJambi_LibraryUtilities.initialize();
}
private AxesOrientationMode(int value) {
this.value = value;
}
/**
* {@inheritDoc}
*/
public int value() {
return value;
}
/**
* Returns the corresponding enum entry for the given value.
* @param value
* @return enum entry
*/
public static @NonNull AxesOrientationMode resolve(int value) {
switch (value) {
case 0: return FixedOrientation;
case 1: return AutomaticOrientation;
case 2: return UserOrientation;
default: throw new QNoSuchEnumValueException(value);
}
}
private final int value;
}
/**
* Java wrapper for Qt enum QSensor::Feature
*/
public enum Feature implements QtEnumerator {
/**
* Representing QSensor::
*/
Buffering(0),
/**
* Representing QSensor::
*/
AlwaysOn(1),
/**
* Representing QSensor::
*/
GeoValues(2),
/**
* Representing QSensor::
*/
FieldOfView(3),
/**
* Representing QSensor::
*/
AccelerationMode(4),
/**
* Representing QSensor::
*/
SkipDuplicates(5),
/**
* Representing QSensor::
*/
AxesOrientation(6),
/**
* Representing QSensor::
*/
PressureSensorTemperature(7),
/**
* Representing QSensor::
*/
Reserved(257);
static {
QtJambi_LibraryUtilities.initialize();
}
private Feature(int value) {
this.value = value;
}
/**
* {@inheritDoc}
*/
public int value() {
return value;
}
/**
* Returns the corresponding enum entry for the given value.
* @param value
* @return enum entry
*/
public static @NonNull Feature resolve(int value) {
switch (value) {
case 0: return Buffering;
case 1: return AlwaysOn;
case 2: return GeoValues;
case 3: return FieldOfView;
case 4: return AccelerationMode;
case 5: return SkipDuplicates;
case 6: return AxesOrientation;
case 7: return PressureSensorTemperature;
case 257: return Reserved;
default: throw new QNoSuchEnumValueException(value);
}
}
private final int value;
}
/**
* See QSensor::
*/
@QtPropertyNotify(name="active")
public final @NonNull Signal0 activeChanged = new Signal0();
/**
* See QSensor::
*/
@QtPropertyNotify(name="alwaysOn")
public final @NonNull Signal0 alwaysOnChanged = new Signal0();
/**
* See QSensor::
*/
public final @NonNull Signal0 availableSensorsChanged = new Signal0();
/**
* See QSensor::
*/
@QtPropertyNotify(name="axesOrientationMode")
public final @NonNull Signal1 axesOrientationModeChanged = new Signal1<>();
/**
* See QSensor::
*/
@QtPropertyNotify(name="bufferSize")
public final @NonNull Signal1 bufferSizeChanged = new Signal1<>();
/**
* See QSensor::
*/
@QtPropertyNotify(name="busy")
public final @NonNull Signal0 busyChanged = new Signal0();
/**
* See QSensor::
*/
@QtPropertyNotify(name="currentOrientation")
public final @NonNull Signal1 currentOrientationChanged = new Signal1<>();
/**
* See QSensor::
*/
@QtPropertyNotify(name="dataRate")
public final @NonNull Signal0 dataRateChanged = new Signal0();
/**
* See QSensor::
*/
@QtPropertyNotify(name="efficientBufferSize")
public final @NonNull Signal1 efficientBufferSizeChanged = new Signal1<>();
/**
* See QSensor::
*/
@QtPropertyNotify(name="identifier")
public final @NonNull Signal0 identifierChanged = new Signal0();
/**
* See QSensor::
*/
@QtPropertyNotify(name="maxBufferSize")
public final @NonNull Signal1 maxBufferSizeChanged = new Signal1<>();
/**
* See QSensor::
*/
@QtPropertyNotify(name="reading")
public final @NonNull Signal0 readingChanged = new Signal0();
/**
* See QSensor::
*/
@QtPropertyNotify(name="error")
public final @NonNull Signal1 sensorError = new Signal1<>();
/**
* See QSensor::
*/
@QtPropertyNotify(name="skipDuplicates")
public final @NonNull Signal1 skipDuplicatesChanged = new Signal1<>();
/**
* See QSensor::
*/
@QtPropertyNotify(name="userOrientation")
public final @NonNull Signal1 userOrientationChanged = new Signal1<>();
/**
* See QSensor::
*/
public QSensor(io.qt.core.@NonNull QByteArray type, io.qt.core.@Nullable QObject parent){
super((QPrivateConstructor)null);
initialize_native(this, type, parent);
}
private native static void initialize_native(QSensor instance, io.qt.core.QByteArray type, io.qt.core.QObject parent);
/**
* See QSensor::
*/
@QtUninvokable
public final void addFilter(io.qt.sensors.@Nullable QSensorFilter filter){
addFilter_native_QSensorFilter_ptr(QtJambi_LibraryUtilities.internal.nativeId(this), QtJambi_LibraryUtilities.internal.checkedNativeId(filter));
if (filter != null) {
if(__rcFilters==null)
__rcFilters = QtJambi_LibraryUtilities.internal.newRCList();
__rcFilters.add(filter);
}
}
@QtUninvokable
private native void addFilter_native_QSensorFilter_ptr(long __this__nativeId, long filter);
/**
* See QSensor::
*/
@QtPropertyReader(name="availableDataRates")
@QtUninvokable
public final io.qt.core.@NonNull QList> availableDataRates(){
return availableDataRates_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native io.qt.core.QList> availableDataRates_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="axesOrientationMode")
@QtUninvokable
public final io.qt.sensors.QSensor.@NonNull AxesOrientationMode axesOrientationMode(){
return io.qt.sensors.QSensor.AxesOrientationMode.resolve(axesOrientationMode_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this)));
}
@QtUninvokable
private native int axesOrientationMode_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtUninvokable
protected final io.qt.sensors.@Nullable QSensorBackend backend(){
return backend_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native io.qt.sensors.QSensorBackend backend_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="bufferSize")
@QtUninvokable
public final int bufferSize(){
return bufferSize_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native int bufferSize_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
public final boolean connectToBackend(){
return connectToBackend_native(QtJambi_LibraryUtilities.internal.nativeId(this));
}
private native boolean connectToBackend_native(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="currentOrientation")
@QtUninvokable
public final int currentOrientation(){
return currentOrientation_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native int currentOrientation_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="dataRate")
@QtUninvokable
public final int dataRate(){
return dataRate_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native int dataRate_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="description")
@QtUninvokable
public final java.lang.@NonNull String description(){
return description_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native java.lang.String description_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="efficientBufferSize")
@QtUninvokable
public final int efficientBufferSize(){
return efficientBufferSize_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native int efficientBufferSize_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="error")
@QtUninvokable
public final int error(){
return error_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native int error_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtUninvokable
public final io.qt.core.@NonNull QList filters(){
return filters_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native io.qt.core.QList filters_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="identifier")
@QtUninvokable
public final io.qt.core.@NonNull QByteArray identifier(){
return identifier_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native io.qt.core.QByteArray identifier_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="active")
@QtUninvokable
public final boolean isActive(){
return isActive_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native boolean isActive_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="alwaysOn")
@QtUninvokable
public final boolean isAlwaysOn(){
return isAlwaysOn_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native boolean isAlwaysOn_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="busy")
@QtUninvokable
public final boolean isBusy(){
return isBusy_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native boolean isBusy_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="connectedToBackend")
@QtUninvokable
public final boolean isConnectedToBackend(){
return isConnectedToBackend_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native boolean isConnectedToBackend_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
public final boolean isFeatureSupported(io.qt.sensors.QSensor.@NonNull Feature feature){
return isFeatureSupported_native_QSensor_Feature_constfct(QtJambi_LibraryUtilities.internal.nativeId(this), feature.value());
}
private native boolean isFeatureSupported_native_QSensor_Feature_constfct(long __this__nativeId, int feature);
/**
* See QSensor::
*/
@QtPropertyReader(name="maxBufferSize")
@QtUninvokable
public final int maxBufferSize(){
return maxBufferSize_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native int maxBufferSize_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="outputRange")
@QtUninvokable
public final int outputRange(){
return outputRange_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native int outputRange_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="outputRanges")
@QtUninvokable
public final io.qt.core.@NonNull QList outputRanges(){
return outputRanges_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native io.qt.core.QList outputRanges_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="reading")
@QtDeclaredFinal
@QtUninvokable
public io.qt.sensors.@Nullable QSensorReading reading(){
return reading_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native io.qt.sensors.QSensorReading reading_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtUninvokable
public final void removeFilter(io.qt.sensors.@Nullable QSensorFilter filter){
removeFilter_native_QSensorFilter_ptr(QtJambi_LibraryUtilities.internal.nativeId(this), QtJambi_LibraryUtilities.internal.checkedNativeId(filter));
if (filter != null) {
while (__rcFilters != null && __rcFilters.remove(filter)) ;
}
}
@QtUninvokable
private native void removeFilter_native_QSensorFilter_ptr(long __this__nativeId, long filter);
/**
* See QSensor::
*/
@QtPropertyWriter(name="active")
@QtUninvokable
public final void setActive(boolean active){
setActive_native_bool(QtJambi_LibraryUtilities.internal.nativeId(this), active);
}
@QtUninvokable
private native void setActive_native_bool(long __this__nativeId, boolean active);
/**
* See QSensor::
*/
@QtPropertyWriter(name="alwaysOn")
@QtUninvokable
public final void setAlwaysOn(boolean alwaysOn){
setAlwaysOn_native_bool(QtJambi_LibraryUtilities.internal.nativeId(this), alwaysOn);
}
@QtUninvokable
private native void setAlwaysOn_native_bool(long __this__nativeId, boolean alwaysOn);
/**
* See QSensor::
*/
@QtPropertyWriter(name="axesOrientationMode")
@QtUninvokable
public final void setAxesOrientationMode(io.qt.sensors.QSensor.@NonNull AxesOrientationMode axesOrientationMode){
setAxesOrientationMode_native_QSensor_AxesOrientationMode(QtJambi_LibraryUtilities.internal.nativeId(this), axesOrientationMode.value());
}
@QtUninvokable
private native void setAxesOrientationMode_native_QSensor_AxesOrientationMode(long __this__nativeId, int axesOrientationMode);
/**
* See QSensor::
*/
@QtPropertyWriter(name="bufferSize")
@QtUninvokable
public final void setBufferSize(int bufferSize){
setBufferSize_native_int(QtJambi_LibraryUtilities.internal.nativeId(this), bufferSize);
}
@QtUninvokable
private native void setBufferSize_native_int(long __this__nativeId, int bufferSize);
/**
* See QSensor::
*/
@QtUninvokable
public final void setCurrentOrientation(int currentOrientation){
setCurrentOrientation_native_int(QtJambi_LibraryUtilities.internal.nativeId(this), currentOrientation);
}
@QtUninvokable
private native void setCurrentOrientation_native_int(long __this__nativeId, int currentOrientation);
/**
* See QSensor::
*/
@QtPropertyWriter(name="dataRate")
@QtUninvokable
public final void setDataRate(int rate){
setDataRate_native_int(QtJambi_LibraryUtilities.internal.nativeId(this), rate);
}
@QtUninvokable
private native void setDataRate_native_int(long __this__nativeId, int rate);
/**
* See QSensor::
*/
@QtUninvokable
public final void setEfficientBufferSize(int efficientBufferSize){
setEfficientBufferSize_native_int(QtJambi_LibraryUtilities.internal.nativeId(this), efficientBufferSize);
}
@QtUninvokable
private native void setEfficientBufferSize_native_int(long __this__nativeId, int efficientBufferSize);
/**
* See QSensor::
*/
@QtPropertyWriter(name="identifier")
@QtUninvokable
public final void setIdentifier(io.qt.core.@NonNull QByteArray identifier){
setIdentifier_native_cref_QByteArray(QtJambi_LibraryUtilities.internal.nativeId(this), QtJambi_LibraryUtilities.internal.checkedNativeId(identifier));
}
@QtUninvokable
private native void setIdentifier_native_cref_QByteArray(long __this__nativeId, long identifier);
/**
* See QSensor::
*/
@QtUninvokable
public final void setMaxBufferSize(int maxBufferSize){
setMaxBufferSize_native_int(QtJambi_LibraryUtilities.internal.nativeId(this), maxBufferSize);
}
@QtUninvokable
private native void setMaxBufferSize_native_int(long __this__nativeId, int maxBufferSize);
/**
* See QSensor::
*/
@QtPropertyWriter(name="outputRange")
@QtUninvokable
public final void setOutputRange(int index){
setOutputRange_native_int(QtJambi_LibraryUtilities.internal.nativeId(this), index);
}
@QtUninvokable
private native void setOutputRange_native_int(long __this__nativeId, int index);
/**
* See QSensor::
*/
@QtPropertyWriter(name="skipDuplicates")
@QtUninvokable
public final void setSkipDuplicates(boolean skipDuplicates){
setSkipDuplicates_native_bool(QtJambi_LibraryUtilities.internal.nativeId(this), skipDuplicates);
}
@QtUninvokable
private native void setSkipDuplicates_native_bool(long __this__nativeId, boolean skipDuplicates);
/**
* See QSensor::
*/
@QtPropertyWriter(name="userOrientation")
@QtUninvokable
public final void setUserOrientation(int userOrientation){
setUserOrientation_native_int(QtJambi_LibraryUtilities.internal.nativeId(this), userOrientation);
}
@QtUninvokable
private native void setUserOrientation_native_int(long __this__nativeId, int userOrientation);
/**
* See QSensor::
*/
@QtPropertyReader(name="skipDuplicates")
@QtUninvokable
public final boolean skipDuplicates(){
return skipDuplicates_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native boolean skipDuplicates_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
public final boolean start(){
return start_native(QtJambi_LibraryUtilities.internal.nativeId(this));
}
private native boolean start_native(long __this__nativeId);
/**
* See QSensor::
*/
public final void stop(){
stop_native(QtJambi_LibraryUtilities.internal.nativeId(this));
}
private native void stop_native(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="type")
@QtPropertyConstant
@QtUninvokable
public final io.qt.core.@NonNull QByteArray type(){
return type_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native io.qt.core.QByteArray type_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
@QtPropertyReader(name="userOrientation")
@QtUninvokable
public final int userOrientation(){
return userOrientation_native_constfct(QtJambi_LibraryUtilities.internal.nativeId(this));
}
@QtUninvokable
private native int userOrientation_native_constfct(long __this__nativeId);
/**
* See QSensor::
*/
public static io.qt.core.@NonNull QByteArray defaultSensorForType(io.qt.core.@NonNull QByteArray type){
return defaultSensorForType_native_cref_QByteArray(QtJambi_LibraryUtilities.internal.checkedNativeId(type));
}
private native static io.qt.core.QByteArray defaultSensorForType_native_cref_QByteArray(long type);
/**
* See QSensor::
*/
public native static io.qt.core.@NonNull QList sensorTypes();
/**
* See QSensor::
*/
public static io.qt.core.@NonNull QList sensorsForType(io.qt.core.@NonNull QByteArray type){
return sensorsForType_native_cref_QByteArray(QtJambi_LibraryUtilities.internal.checkedNativeId(type));
}
private native static io.qt.core.QList sensorsForType_native_cref_QByteArray(long type);
/**
* Constructor for internal use only.
* @param p expected to be null.
* @hidden
*/
@NativeAccess
protected QSensor(QPrivateConstructor p) { super(p); }
/**
* Overloaded constructor for {@link #QSensor(io.qt.core.QByteArray, io.qt.core.QObject)}
* with parent = null.
*/
public QSensor(io.qt.core.@NonNull QByteArray type) {
this(type, (io.qt.core.QObject)null);
}
/**
* Overloaded constructor for {@link #QSensor(byte[], io.qt.core.QObject)}
* with parent = null.
*/
public QSensor(byte @NonNull[] type) {
this(type, (io.qt.core.QObject)null);
}
/**
* Overloaded constructor for {@link #QSensor(io.qt.core.QByteArray, io.qt.core.QObject)}.
*/
public QSensor(byte @NonNull[] type, io.qt.core.@Nullable QObject parent) {
this(new io.qt.core.QByteArray(type), parent);
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #availableDataRates()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final io.qt.core.@NonNull QList> getAvailableDataRates() {
return availableDataRates();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #axesOrientationMode()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final io.qt.sensors.QSensor.@NonNull AxesOrientationMode getAxesOrientationMode() {
return axesOrientationMode();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #bufferSize()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final int getBufferSize() {
return bufferSize();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #currentOrientation()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final int getCurrentOrientation() {
return currentOrientation();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #dataRate()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final int getDataRate() {
return dataRate();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #description()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final java.lang.@NonNull String getDescription() {
return description();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #efficientBufferSize()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final int getEfficientBufferSize() {
return efficientBufferSize();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #error()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final int getError() {
return error();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #identifier()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final io.qt.core.@NonNull QByteArray getIdentifier() {
return identifier();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #isActive()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final boolean getActive() {
return isActive();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #isAlwaysOn()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final boolean getAlwaysOn() {
return isAlwaysOn();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #isBusy()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final boolean getBusy() {
return isBusy();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #isConnectedToBackend()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final boolean getConnectedToBackend() {
return isConnectedToBackend();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #maxBufferSize()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final int getMaxBufferSize() {
return maxBufferSize();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #outputRange()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final int getOutputRange() {
return outputRange();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #outputRanges()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final io.qt.core.@NonNull QList getOutputRanges() {
return outputRanges();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #reading()} instead.
*/
@QtPropertyReader(enabled=false)
@QtDeclaredFinal
@QtUninvokable
public final io.qt.sensors.@Nullable QSensorReading getReading() {
return reading();
}
/**
* Overloaded function for {@link #setIdentifier(io.qt.core.QByteArray)}.
*/
@QtUninvokable
public final void setIdentifier(byte @NonNull[] identifier) {
setIdentifier(new io.qt.core.QByteArray(identifier));
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #skipDuplicates()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final boolean getSkipDuplicates() {
return skipDuplicates();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #type()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final io.qt.core.@NonNull QByteArray getType() {
return type();
}
/**
* @hidden
* Kotlin property getter. In Java use {@link #userOrientation()} instead.
*/
@QtPropertyReader(enabled=false)
@QtUninvokable
public final int getUserOrientation() {
return userOrientation();
}
/**
* Overloaded function for {@link #defaultSensorForType(io.qt.core.QByteArray)}.
*/
public static io.qt.core.@NonNull QByteArray defaultSensorForType(byte @NonNull[] type) {
return defaultSensorForType(new io.qt.core.QByteArray(type));
}
/**
* Overloaded function for {@link #sensorsForType(io.qt.core.QByteArray)}.
*/
public static io.qt.core.@NonNull QList sensorsForType(byte @NonNull[] type) {
return sensorsForType(new io.qt.core.QByteArray(type));
}
}
