void QShakeSensorGestureRecognizer::create()
{
accel = new QAccelerometer(this);
accel->connectToBackend();
accel->setDataRate(50);
qoutputrangelist outputranges = accel->outputRanges();
if (outputranges.count() > 0)
accelRange = (int)(outputranges.at(0).maximum *2) / 9.8; //approx range in g's
else
accelRange = 4; //this should never happen
connect(accel,SIGNAL(readingChanged()),this,SLOT(accelChanged()));
timer = new QTimer(this);
connect(timer,SIGNAL(timeout()),this,SLOT(timeout()));
timer->setSingleShot(true);
timer->setInterval(timerTimeout);
}
KImageViewer *KView::makeViewer()
{
KImageViewer *viewer = new KImageViewer;
if( viewer == 0 )
return 0;
KFiltMenuFactory *menu = new KFiltMenuFactory( _filters );
viewer->setFilterMenu( menu );
_viewers->append( viewer );
_filtMenus->insert( viewer, menu );
connect( viewer, SIGNAL(wantHelp( const char *)),
this, SLOT(help(const char *)) );
connect( viewer, SIGNAL(wantNewViewer()),
this, SLOT(newViewer()) );
connect( viewer, SIGNAL(wantToDie(KImageViewer *)),
this, SLOT(closeViewer(KImageViewer *)) );
connect( viewer, SIGNAL(accelChanged()),
this, SLOT( updateAllAccels()) );
return viewer;
}
bool QtSensorGestureSensorHandler::startSensor(SensorGestureSensors sensor)
{
bool ok = true;
switch (sensor) {
case Accel:
//accel
if (accel == 0x0) {
accel = new QAccelerometer(this);
ok = accel->connectToBackend();
// qrangelist rangeList = accel->availableDataRates();
// QStringList ranges;
// foreach (const qrange &range, rangeList) {
// if (range.first == range.second)
// ranges << QString("%1 Hz").arg(range.first);
// else
// ranges << QString("%1-%2 Hz").arg(range.first).arg(range.second);
// }
accel->setDataRate(100);
qoutputrangelist outputranges = accel->outputRanges();
if (outputranges.count() > 0)
accelRange = (int)(outputranges.at(0).maximum);//39
else
accelRange = 39; //this should never happen
connect(accel,SIGNAL(readingChanged()),this,SLOT(accelChanged()));
}
if (ok && !accel->isActive())
accel->start();
break;
case Orientation:
//orientation
if (orientation == 0x0) {
orientation = new QOrientationSensor(this);
ok = orientation->connectToBackend();
orientation->setDataRate(100);
connect(orientation,SIGNAL(readingChanged()),this,SLOT(orientationChanged()));
}
if (ok && !orientation->isActive()) {
orientation->start();
QTimer::singleShot(100,this,SLOT(orientationChanged()));
}
break;
case Proximity:
//proximity
if (proximity == 0x0) {
proximity = new QProximitySensor(this);
ok = proximity->connectToBackend();
connect(proximity,SIGNAL(readingChanged()),this,SLOT(proximityChanged()));
}
if (ok && !proximity->isActive()) {
proximity->start();
}
break;
case IrProximity:
// //irproximity
// if (irProx == 0x0) {
// irProx = new QIRProximitySensor(this);
// ok = irProx->connectToBackend();
// connect(irProx,SIGNAL(readingChanged()),this,SLOT(irProximityChanged()));
// }
// if (ok && !irProx->isActive())
// irProx->start();
// break;
case Tap:
// //dtap
// if (tapSensor == 0x0) {
// tapSensor = new QTapSensor(this);
// ok = tapSensor->connectToBackend();
// connect(tapSensor,SIGNAL(readingChanged()),this,SLOT(doubletap()));
// }
// if (ok && !tapSensor->isActive())
// tapSensor->start();
break;
};
int val = usedSensorsMap.value(sensor);
usedSensorsMap.insert(sensor,++val);
return ok;
}
bool QtSensorGestureSensorHandler::startSensor(SensorGestureSensors sensor)
{
bool ok = true;
switch (sensor) {
case Accel:
//accel
if (accel == 0x0) {
accel = new QAccelerometer(this);
ok = accel->connectToBackend();
accel->setDataRate(100);
qoutputrangelist outputranges = accel->outputRanges();
if (outputranges.count() > 0)
accelRange = (int)(outputranges.at(0).maximum);//39
else
accelRange = 39; //this should never happen
connect(accel,SIGNAL(readingChanged()),this,SLOT(accelChanged()));
}
if (ok && !accel->isActive())
accel->start();
break;
case Orientation:
//orientation
if (orientation == 0x0) {
orientation = new QOrientationSensor(this);
ok = orientation->connectToBackend();
orientation->setDataRate(50);
connect(orientation,SIGNAL(readingChanged()),this,SLOT(orientationChanged()));
}
if (ok && !orientation->isActive())
orientation->start();
break;
case Proximity:
//proximity
if (proximity == 0x0) {
proximity = new QProximitySensor(this);
ok = proximity->connectToBackend();
connect(proximity,SIGNAL(readingChanged()),this,SLOT(proximityChanged()));
}
if (ok && !proximity->isActive())
proximity->start();
break;
case IrProximity:
//irproximity
if (irProx == 0x0) {
irProx = new QIRProximitySensor(this);
irProx->setDataRate(50);
ok = irProx->connectToBackend();
connect(irProx,SIGNAL(readingChanged()),this,SLOT(irProximityChanged()));
}
if (ok && !irProx->isActive())
irProx->start();
break;
case Tap:
//dtap
if (tapSensor == 0x0) {
tapSensor = new QTapSensor(this);
ok = tapSensor->connectToBackend();
connect(tapSensor,SIGNAL(readingChanged()),this,SLOT(doubletap()));
}
if (ok && !tapSensor->isActive())
tapSensor->start();
break;
};
int val = usedSensorsMap.value(sensor);
usedSensorsMap.insert(sensor,++val);
return ok;
}
void ChocoboEditor::AccelChanged(int accel)
{
choco_data.accel = accel;
emit accelChanged(choco_data.accel);
}
