public bool UpdateState(UIAnimator a_uiAnimatorRef, AnimSetupType a_animType, float a_deltaTime)
{
m_timer += a_deltaTime;
if (m_timer > m_startDelay)
{
m_finishedFlag = true;
if (!m_finishedStage && m_animationInstances != null)
{
for (int iIdx = 0; iIdx < m_animationInstances.Count; iIdx++)
{
if (!m_animationInstances [iIdx].UpdateState(a_uiAnimatorRef, a_animType, a_deltaTime))
{
m_finishedFlag = false;
}
}
}
if (m_finishedFlag)
{
m_finishedStage = true;
}
if (m_finishedStage && m_timer > m_cachedTotalDuration)
{
return(true);
}
}
return(false);
}
public void UpdateState(UIAnimator a_uiAnimatorRef, int a_targetIndex, AnimSetupType a_animType, float a_deltaTime)
{
m_timers[a_targetIndex] += a_deltaTime;
if (m_delay.GetValue(a_targetIndex) > 0 && m_timers[a_targetIndex] <= m_delay.GetValue(a_targetIndex))
{
// Animation is still waiting the allocated 'delay'
return;
}
float postDelayStepTimer = (m_timers [a_targetIndex] - m_delay.GetValue(a_targetIndex));
if (m_audioClipDatas != null && m_audioClipDatas.Length > 0)
{
// Check for whether an audio clip needs to be played
for (int idx = 0; idx < m_audioClipDatas.Length; idx++)
{
if (m_audioClipDatas [idx].Clip != null && !m_audioClipDatas [idx].HasAudioClipActivated(a_targetIndex))
{
if ((m_audioClipDatas [idx].TriggerPoint == AudioClipData.CLIP_TRIGGER_POINT.START_OF_ANIM_STEP && postDelayStepTimer > m_audioClipDatas [idx].Delay.GetValue(a_targetIndex)) ||
(m_audioClipDatas [idx].TriggerPoint == AudioClipData.CLIP_TRIGGER_POINT.END_OF_ANIM_STEP && postDelayStepTimer > m_duration.GetValue(a_targetIndex) - m_audioClipDatas [idx].Delay.GetValue(a_targetIndex)))
{
a_uiAnimatorRef.TriggerAudioClip(m_audioClipDatas [idx], a_targetIndex);
m_audioClipDatas [idx].MarkAudioClipActivated(a_targetIndex);
}
}
}
}
SetAnimationProgress(a_targetIndex, a_animType, postDelayStepTimer / Mathf.Max(m_duration.GetValue(a_targetIndex), MIN_DURATION));
}
public bool UpdateState(UIAnimator a_uiAnimatorRef, AnimSetupType a_animType, float a_deltaTime)
{
m_timer += a_deltaTime;
if (m_timer > m_startDelay)
{
if (IsUiAnimatorSubModule)
{
return(m_uiAnimatorSubModule.UpdateState(a_animType, a_deltaTime, a_isPrimaryAnimator: false));
}
m_finishedFlag = true;
for (int tIdx = 0; tIdx < m_targetObjects.Length; tIdx++)
{
if (m_targetStepIndexes [tIdx] < m_animationSteps.Count)
{
if (m_targetStepIndexes [tIdx] > 0 && m_animationSteps [m_targetStepIndexes [tIdx]].WaitForPreviousComplete && !m_animationSteps [m_targetStepIndexes [tIdx]].HasStarted(tIdx))
{
if (!m_animationSteps [m_targetStepIndexes [tIdx] - 1].IsCompletelyFinished())
{
// Need to wait until previous anim step is completely finished
m_finishedFlag = false;
continue;
}
}
m_animationSteps [m_targetStepIndexes [tIdx]].UpdateState(a_uiAnimatorRef, tIdx, a_animType, a_deltaTime);
if (m_animationSteps [m_targetStepIndexes [tIdx]].IsFinished(tIdx))
{
// Finished this anim step, progress to next
m_targetStepIndexes [tIdx]++;
}
m_finishedFlag = false;
}
}
return(m_finishedFlag);
}
return(false);
}
public void AddNewAnimationInstance(UIAnimator a_uiAnimator)
{
m_animationInstances.Add(new AnimationInstance(a_uiAnimator));
}
public AnimationInstance(UIAnimator a_uiAnimatorSubModule)
{
m_uiAnimatorSubModule = a_uiAnimatorSubModule;
}
