void QUnifiedTimer::timerEvent(QTimerEvent *event)
{
if (event->timerId() == startStopAnimationTimer.timerId()) {
startStopAnimationTimer.stop();
//we transfer the waiting animations into the "really running" state
animations += animationsToStart;
animationsToStart.clear();
if (animations.isEmpty()) {
animationTimer.stop();
isPauseTimerActive = false;
// invalidate the start reference time
time = QTime();
} else {
restartAnimationTimer();
if (!time.isValid()) {
lastTick = 0;
time.start();
}
}
} else if (event->timerId() == animationTimer.timerId()) {
// update current time on all top level animations
updateAnimationsTime();
restartAnimationTimer();
}
}
void QUnifiedTimer::timerEvent(QTimerEvent *event)
{
//in the case of consistent timing we make sure the orders in which events come is always the same
//for that purpose we do as if the startstoptimer would always fire before the animation timer
if ((consistentTiming && startStopAnimationTimer.isActive()) ||
event->timerId() == startStopAnimationTimer.timerId()) {
startStopAnimationTimer.stop();
//we transfer the waiting animations into the "really running" state
animations += animationsToStart;
animationsToStart.clear();
if (animations.isEmpty()) {
animationTimer.stop();
isPauseTimerActive = false;
// invalidate the start reference time
time.invalidate();
} else {
restartAnimationTimer();
if (!time.isValid()) {
lastTick = 0;
time.start();
}
}
}
if (event->timerId() == animationTimer.timerId()) {
// update current time on all top level animations
updateAnimationsTime();
restartAnimationTimer();
}
}
void QUnifiedTimer::ensureTimerUpdate()
{
if (isPauseTimerActive)
updateAnimationsTime();
}
