void GraphicsReportView::init_state_machine()
{
rootState = new QState();
speedViewState = new QState(rootState);
airTimeViewState = new QState(rootState);
heartViewState = new QState(rootState);
rushViewState = new QState(rootState);
altitudeViewState = new QState(rootState);
rootState->setInitialState(speedViewState);
rootState->addTransition(speedLink, SIGNAL(released()), speedViewState);
rootState->addTransition(&speedPlot, SIGNAL(swipeLeft()), heartViewState);
rootState->addTransition(&speedPlot, SIGNAL(swipeRigth()), speedViewState);
rootState->addTransition(&speedPlot, SIGNAL(bounceBack()), speedViewState);
rootState->addTransition(heartLink, SIGNAL(released()), heartViewState);
rootState->addTransition(&heartPlot, SIGNAL(swipeLeft()), airTimeViewState);
rootState->addTransition(&heartPlot, SIGNAL(swipeRigth()), speedViewState);
rootState->addTransition(&heartPlot, SIGNAL(bounceBack()), heartViewState);
rootState->addTransition(airTimeLink, SIGNAL(released()), airTimeViewState);
rootState->addTransition(&airTimePlot, SIGNAL(swipeLeft()), rushViewState);
rootState->addTransition(&airTimePlot, SIGNAL(swipeRigth()), heartViewState);
rootState->addTransition(&airTimePlot, SIGNAL(bounceBack()), airTimeViewState);
rootState->addTransition(rushLink, SIGNAL(released()), rushViewState);
rootState->addTransition(&rushPlot, SIGNAL(swipeLeft()), altitudeViewState);
rootState->addTransition(&rushPlot, SIGNAL(swipeRigth()), airTimeViewState);
rootState->addTransition(&rushPlot, SIGNAL(bounceBack()), rushViewState);
rootState->addTransition(altitudeLink, SIGNAL(released()), altitudeViewState);
rootState->addTransition(&altitudePlot, SIGNAL(swipeRigth()), rushViewState);
rootState->addTransition(&altitudePlot, SIGNAL(swipeLeft()), altitudeViewState);
rootState->addTransition(&altitudePlot, SIGNAL(bounceBack()), altitudeViewState);
setup_link_alt_bts(speedViewState, speedLink);
setup_link_alt_bts(heartViewState, heartLink);
setup_link_alt_bts(airTimeViewState, airTimeLink);
setup_link_alt_bts(rushViewState, rushLink);
setup_link_alt_bts(altitudeViewState, altitudeLink);
setup_rolling_plot_properties(speedViewState, 0);
setup_rolling_plot_properties(heartViewState, 1);
setup_rolling_plot_properties(airTimeViewState, 2);
setup_rolling_plot_properties(rushViewState, 3);
setup_rolling_plot_properties(altitudeViewState, 4);
machine.setGlobalRestorePolicy(QStateMachine::RestoreProperties);
machine.addState(rootState);
machine.setInitialState(rootState);
machine.addDefaultAnimation(new PushBurtonAnimation(&speedPlot, "x", this));
machine.addDefaultAnimation(new PushBurtonAnimation(&heartPlot, "x", this));
machine.addDefaultAnimation(new PushBurtonAnimation(&airTimePlot, "x", this));
machine.addDefaultAnimation(new PushBurtonAnimation(&rushPlot, "x", this));
machine.addDefaultAnimation(new PushBurtonAnimation(&altitudePlot, "x", this));
machine.start();
}
bool SwipeArea::touchMove(QPointF pos) {
if (d->pos.x() < 0 && d->pos.y() < 0) {
return false;
}
QPointF p = pos - d->pos;
if (qAbs(p.y()) > 60) {
d->pos = QPointF(-1, -1);
return false;
}
if (p.x() > 200) {
d->pos = QPointF(-1, -1);
emit swipeRight();
return false;
} else if (p.x() < -200) {
d->pos = QPointF(-1, -1);
emit swipeLeft();
return false;
}
return true;
}
void EventReceiver::_onEvent(const int socket)
{
if (socket != _stream.getDescriptor())
return;
while (_stream.hasEvent())
{
const Event& deflectEvent = _stream.getEvent();
switch (deflectEvent.type)
{
case Event::EVT_CLOSE:
_stop();
return;
case Event::EVT_PRESS:
emit pressed(_pos(deflectEvent));
break;
case Event::EVT_RELEASE:
emit released(_pos(deflectEvent));
break;
case Event::EVT_MOVE:
emit moved(_pos(deflectEvent));
break;
case Event::EVT_VIEW_SIZE_CHANGED:
emit resized(QSize{int(deflectEvent.dx), int(deflectEvent.dy)});
break;
case Event::EVT_SWIPE_LEFT:
emit swipeLeft();
break;
case Event::EVT_SWIPE_RIGHT:
emit swipeRight();
break;
case Event::EVT_SWIPE_UP:
emit swipeUp();
break;
case Event::EVT_SWIPE_DOWN:
emit swipeDown();
break;
case Event::EVT_KEY_PRESS:
emit keyPress(deflectEvent.key, deflectEvent.modifiers,
QString::fromStdString(deflectEvent.text));
break;
case Event::EVT_KEY_RELEASE:
emit keyRelease(deflectEvent.key, deflectEvent.modifiers,
QString::fromStdString(deflectEvent.text));
break;
case Event::EVT_TOUCH_ADD:
emit touchPointAdded(deflectEvent.key, _pos(deflectEvent));
break;
case Event::EVT_TOUCH_UPDATE:
emit touchPointUpdated(deflectEvent.key, _pos(deflectEvent));
break;
case Event::EVT_TOUCH_REMOVE:
emit touchPointRemoved(deflectEvent.key, _pos(deflectEvent));
break;
case Event::EVT_CLICK:
case Event::EVT_DOUBLECLICK:
case Event::EVT_PINCH:
case Event::EVT_WHEEL:
default:
break;
}
}
if (!_stream.isConnected())
_stop();
}
void XN_CALLBACK_TYPE AirCursor::swipeLeftCB(XnFloat fVelocity, XnFloat fAngle, void* cxt)
{
//std::cout << "Swipe LEFT velocity: " << fVelocity << " angle: " << fAngle << std::endl;
AirCursor* ac = (AirCursor*)cxt;
ac->emit swipeLeft(fVelocity, fAngle);
}
