void AnimationScheduler::update(double time)
{
for(auto& pair : mAnimationGroups)
{
for(auto& anim : pair.second.mAnimations)
{
AnimationQueue& queue = mAnimationQueues[anim.first];
if(!anim.second.getEnabled() && !isQueued(anim.first, anim.second))
continue;
anim.second.update(time);
if(anim.second.isEnding() || anim.second.hasEnded())
{
if(!isQueued(anim.first, anim.second))
continue;
// ended limited animation, remove from queue
queue.pop();
if(!queue.empty())
{
queue.front().start();
}
else if(!mCurrentAnimation.empty())
{
play(mCurrentAnimation);
}
}
}
}
}
void RuntimeStateMachine::postEvent( Object* a_pObject, Event* a_pEvent )
{
o_error(false, "not implemented");
if(NOT(isQueued(a_pObject, a_pEvent)))
{
//if(a_pObject->testNativeFlags(eNativeFlag_UpdatingStateMachine))
{
int32& ptr = *reinterpret_cast<int32*>(reinterpret_cast<byte*>(a_pObject)+m_uiEventQueuePointerOffset);
o_assert(ptr < eEventQueueSize);
(*reinterpret_cast<Event***>(reinterpret_cast<byte*>(a_pObject)+m_uiEventQueueOffset))[++ptr] = a_pEvent;
}
//else
{
dispatchEvent(a_pObject, a_pEvent);
static_cast<RuntimeTrack*>(m_Tracks[0])->solveTransitions(a_pObject);
}
}
}
