/*!
Sets the wrap mode of the z dimension to \a z.
\note this is only available on 3D textures.
*/
void QTextureWrapMode::setZ(WrapMode z)
{
Q_D(QTextureWrapMode);
if (d->m_z != z) {
d->m_z = z;
emit zChanged();
}
}
void GyroState::setz(float value)
{
mutex->lock();
bool changed = data.z != value;
data.z = value;
mutex->unlock();
if (changed) emit zChanged(value);
}
void MagSensor::setz(float value)
{
mutex->lock();
bool changed = data.z != value;
data.z = value;
mutex->unlock();
if (changed) emit zChanged(value);
}
void GyroState::emitNotifications()
{
//if (data.x != oldData.x)
emit xChanged(data.x);
//if (data.y != oldData.y)
emit yChanged(data.y);
//if (data.z != oldData.z)
emit zChanged(data.z);
}
void MagSensor::emitNotifications()
{
//if (data.x != oldData.x)
emit xChanged(data.x);
//if (data.y != oldData.y)
emit yChanged(data.y);
//if (data.z != oldData.z)
emit zChanged(data.z);
}
void QDeclarativeGeoMapObject::setMapObject(QGeoMapObject *object)
{
if (!object)
return;
object_ = object;
object_->setVisible(visible_);
connect(this,
SIGNAL(zChanged()),
this,
SLOT(parentZChanged()));
object_->setZValue(zValue());
}
void tst_QGraphicsObject::z()
{
MyGraphicsObject object;
QSignalSpy zSpy(&object, SIGNAL(zChanged()));
QVERIFY(object.zValue() == 0);
object.setZValue(10);
QCOMPARE(zSpy.count(), 1);
QVERIFY(object.zValue() == 10);
object.setZValue(10);
QCOMPARE(zSpy.count(), 1);
object.setProperty("z", 0);
QCOMPARE(zSpy.count(), 2);
QVERIFY(object.property("z") == 0);
}
void QmlRotationSensorReading::readingUpdate()
{
qreal rX = m_sensor->reading()->x();
if (m_x != rX) {
m_x = rX;
Q_EMIT xChanged();
}
qreal rY = m_sensor->reading()->y();
if (m_y != rY) {
m_y = rY;
Q_EMIT yChanged();
}
qreal rZ = m_sensor->reading()->z();
if (m_z != rZ) {
m_z = rZ;
Q_EMIT zChanged();
}
}
void QmlGyroscopeReading::readingUpdate()
{
qreal gx = m_sensor->reading()->x();
if (m_x != gx) {
m_x = gx;
Q_EMIT xChanged();
}
qreal gy = m_sensor->reading()->y();
if (m_y != gy) {
m_y = gy;
Q_EMIT yChanged();
}
qreal gz = m_sensor->reading()->z();
if (m_z != gz) {
m_z = gz;
Q_EMIT zChanged();
}
}
void QmlMagnetometerReading::readingUpdate()
{
qreal magX = m_sensor->reading()->x();
if (m_x != magX) {
m_x = magX;
Q_EMIT xChanged();
}
qreal magY = m_sensor->reading()->y();
if (m_y != magY) {
m_y = magY;
Q_EMIT yChanged();
}
qreal magZ = m_sensor->reading()->z();
if (m_z != magZ) {
m_z = magZ;
Q_EMIT zChanged();
}
qreal calLevel = m_sensor->reading()->calibrationLevel();
if (m_calibrationLevel != calLevel) {
m_calibrationLevel = calLevel;
Q_EMIT calibrationLevelChanged();
}
}
void Rotation::updateZ() {
emit zChanged();
emit rotationChanged();
}
void THREEQuaternion::setZ(float z) {
if (m_z != z) {
m_z = z;
emit zChanged(z);
}
}
void QDeclarativeGeoMapObjectView::setZValue(qreal zValue)
{
group_.setZValue(zValue);
emit zChanged();
}
