void SystemView::goToSystem(SystemData* system, bool animate)
{
setCursor(system);
if(!animate)
finishAnimation(0);
}
void SequenceAnimationComposite::update(Drawable *drawable, long currentTime) {
uint16 sequenceSize = _sequence.size();
// Check index bounds
if (_index >= sequenceSize)
return;
// Get the current animation in the sequence
AnimationPtr anim = _sequence[_index];
// Update the drawable
anim->update(drawable, currentTime);
// Check if the current animation is finished
if (anim->isFinished()) {
// Increase the index - move to the next animation
++_index;
if (_index >= sequenceSize) {
// Finished the sequence
finishAnimation();
} else {
// Set the start time for the next animation
_sequence[_index]->start(currentTime);
}
}
}
// Increment all Objects in the Manager
void AnimationManager::update()
{
for (int i = 0; i < animationList.size(); i++)
{
AnimationEntry& entry = animationList[i];
if (!entry.getIgnoreBattery() && (scnManager->skipAnimations || (GLOBAL(settings).disableAnimationsOnBattery && (evtManager->getACPowerStatus() == EventManager::Unplugged))))
{
finishAnimation(entry.getObject());
i--;
continue;
}
// If this entry is Started, increment its animation
if (entry.getObject()->getAnimationState() == AnimStarted && !entry.isQueued())
{
// Increment Animation
if (entry.delayComplete())
{
entry.getObject()->onAnimTick();
if (!entry.getObject()->isAnimating())
{
// No animation is left, finish the animation
finishedAnimation(entry);
i--;
}
}
}
}
}
// This function removes all animations form the list
void AnimationManager::removeAllAnimations()
{
AnimationEntry animEntry;
// Loop through the animation list and remove all animations
for (int i = 0; i < animationList.size(); i++)
{
animEntry = animationList[i];
finishAnimation(animEntry.getObject());
}
animationList.clear();
}
void RepeatAnimationWrapper::update(Drawable* drawable, long currentTime) {
// Update wrapped animation
_animation->update(drawable, currentTime);
// If the animation is finished, increase the repeat count and restart it if needed
if (_animation->isFinished()) {
++_repeatCount;
if (_timesToRepeat > 0 && _repeatCount >= _timesToRepeat) {
finishAnimation();
} else {
_animation->start(currentTime);
}
}
}
void OrbitCameraManipulator::setAnimationTime( const double t )
{
if( t <= 0. )
{
finishAnimation();
m_animation_data = nullptr;
return;
}
if( !m_animation_data )
allocAnimationData();
m_animation_data->_animationTime = t;
}
void TranslationAnm::Update(gkScalar time)
{
if(m_pAnmState->getEnabled())
{
m_pAnmState->addTime(time);
if(m_pAnmState->getTimePosition() >= (ANM_TIME))
{
m_pGameObj->setPosition(m_ToPos+m_AnmPosOffset);
m_pGameObj->getNode()->_update(true,false);
finishAnimation();
if(m_pAnmListener)
{
m_pAnmListener->onTranslationAnmFinish(this);
}
}
}
}
