public void AddCue(ActiveCue cue, GameObject attachedObject)
{
m_activeCues.Add(cue);
if ((attachedObject != null) && (m_perGameObject))
{
if (!m_activeCuesPerObject.ContainsKey(attachedObject))
{
m_activeCuesPerObject[attachedObject] = new List <ActiveCue>();
}
m_activeCuesPerObject[attachedObject].Add(cue);
}
Limit(attachedObject);
}
public void AddCue(ActiveCue cue, GameObject attachedObject)
{
m_activeCues.Add(cue);
if ((attachedObject != null) && (m_perGameObject))
{
if (!m_activeCuesPerObject.ContainsKey(attachedObject))
{
m_activeCuesPerObject[attachedObject] = new List<ActiveCue>();
}
m_activeCuesPerObject[attachedObject].Add(cue);
}
Limit(attachedObject);
}
public ActiveCue Unpause(ActiveCue cue)
{
if (cue == null)
{
foreach (ActiveCue fCue in m_currentActiveCues)
{
fCue.Unpause();
}
}
else
{
cue.Unpause();
}
return(cue);
}
public ActiveCue Stop(ActiveCue cue, float fade)
{
if (cue == null)
{
foreach (ActiveCue fCue in m_currentActiveCues)
{
fCue.Stop(fade);
}
}
else
{
cue.Stop(fade);
}
return(cue);
}
public ActiveCue Play(ActiveCue cue, float fade, GameObject target)
{
if (m_instanceLimiter == null || m_instanceLimiter.CanPlay(target))
{
if ((cue == null) || (m_retriggerOnSameObjectBehaviour == RetriggerOnSameObject.PlayAnother))
{
GameObject newCue = new GameObject("Cue");
cue = newCue.AddComponent <ActiveCue>();
cue.Initialise(gameObject, target);
m_currentActiveCues.Add(cue);
if (m_beatSynchronizeOnStart)
{
BeatSyncSource current = BeatSyncSource.GetCurrent();
if (current != null)
{
cue.Play(fade, current.GetNextBeatTime());
}
else
{
cue.Play(fade);
}
}
else
{
cue.Play(fade);
}
if (m_instanceLimiter != null)
{
m_instanceLimiter.AddCue(cue, target);
}
}
else
{
if (m_retriggerOnSameObjectBehaviour != RetriggerOnSameObject.DontPlay)
{
cue.Play(fade);
}
}
}
return(cue);
}
public AudioSourcePoolItem TryClaimPoolSource(ActiveCue cue)
{
AudioSourcePoolItem bestSteal = null;
int lowestImportance = cue.GetImportance();
float quietestSimilarImportance = 1.0f;
foreach (AudioSourcePoolItem aspi in m_audioSourcePool)
{
if (aspi.m_user == null)
{
aspi.m_user = cue;
return(aspi);
}
else
{
if (aspi.m_user.GetImportance() < cue.GetImportance())
{
if (aspi.m_user.GetImportance() < lowestImportance)
{
lowestImportance = aspi.m_user.GetImportance();
bestSteal = aspi;
}
}
else if (aspi.m_user.GetImportance() == lowestImportance)
{
if (aspi.m_user.GetTheoreticalVolume() < quietestSimilarImportance)
{
quietestSimilarImportance = aspi.m_user.GetTheoreticalVolume();
bestSteal = aspi;
}
}
}
}
if (bestSteal != null)
{
bestSteal.m_user.Virtualise();
bestSteal.m_user = cue;
return(bestSteal);
}
return(null);
}
public ActiveCue Unpause(ActiveCue cue)
{
if (cue == null)
{
foreach (ActiveCue fCue in m_currentActiveCues)
{
fCue.Unpause();
}
}
else
{
cue.Unpause();
}
return cue;
}
public ActiveCue Stop(ActiveCue cue, float fade)
{
if (cue == null)
{
foreach (ActiveCue fCue in m_currentActiveCues)
{
fCue.Stop(fade);
}
}
else
{
cue.Stop(fade);
}
return cue;
}
public ActiveCue Play(ActiveCue cue, float fade, GameObject target)
{
if (m_instanceLimiter == null || m_instanceLimiter.CanPlay(target))
{
if ((cue == null)||(m_retriggerOnSameObjectBehaviour == RetriggerOnSameObject.PlayAnother))
{
GameObject newCue = new GameObject("Cue");
cue = newCue.AddComponent<ActiveCue>();
cue.Initialise(gameObject, target);
m_currentActiveCues.Add(cue);
if (m_beatSynchronizeOnStart)
{
BeatSyncSource current = BeatSyncSource.GetCurrent();
if ( current != null )
{
cue.Play(fade, current.GetNextBeatTime());
}
else
{
cue.Play(fade);
}
}
else
{
cue.Play(fade);
}
if (m_instanceLimiter != null)
{
m_instanceLimiter.AddCue(cue, target);
}
}
else
{
if (m_retriggerOnSameObjectBehaviour != RetriggerOnSameObject.DontPlay)
{
cue.Play(fade);
}
}
}
return cue;
}
public AudioSourcePoolItem TryClaimPoolSource(ActiveCue cue)
{
AudioSourcePoolItem bestSteal = null;
int lowestImportance = cue.GetImportance();
float quietestSimilarImportance = 1.0f;
foreach (AudioSourcePoolItem aspi in m_audioSourcePool)
{
if (aspi.m_user == null)
{
aspi.m_user = cue;
return aspi;
}
else
{
if (aspi.m_user.GetImportance() < cue.GetImportance())
{
if (aspi.m_user.GetImportance() < lowestImportance)
{
lowestImportance = aspi.m_user.GetImportance();
bestSteal = aspi;
}
}
else if (aspi.m_user.GetImportance() == lowestImportance)
{
if (aspi.m_user.GetTheoreticalVolume() < quietestSimilarImportance)
{
quietestSimilarImportance = aspi.m_user.GetTheoreticalVolume();
bestSteal = aspi;
}
}
}
}
if (bestSteal != null)
{
bestSteal.m_user.Virtualise();
bestSteal.m_user = cue;
return bestSteal;
}
return null;
}
public void PerformActionInternal(string eventName, GameObject targetObject, List <ActiveCue> cuesOut)
{
int randomIndex = Random.Range(0, m_audioSources.Length);
bool shouldIncreaseSequence = false;
int index = 0;
if (m_action == Actions.PlayRandomNoRepeats)
{
int randomP = Random.Range(0, m_availableRandoms.Count);
randomIndex = m_availableRandoms[randomP];
m_availableRandoms.Remove(randomIndex);
m_previousRandoms.Enqueue(randomIndex);
if (m_previousRandoms.Count > Mathf.Min(m_noRepeatsMemory, m_audioSources.Length - 1))
{
int toAdd = m_previousRandoms.Dequeue();
m_availableRandoms.Add(toAdd);
}
}
foreach (BaseWingroveAudioSource was in m_audioSources)
{
ActiveCue useCue = was.GetCueForGameObject(targetObject);
switch (m_action)
{
case Actions.Pause:
useCue = was.Pause(useCue);
break;
case Actions.UnPause:
useCue = was.Unpause(useCue);
break;
case Actions.Play:
useCue = was.Play(useCue, m_fadeLength, targetObject);
break;
case Actions.PlayRandom:
if (index == randomIndex)
{
useCue = was.Play(useCue, m_fadeLength, targetObject);
}
break;
case Actions.PlaySequence:
if (index == m_sequenceIndex)
{
useCue = was.Play(useCue, m_fadeLength, targetObject);
shouldIncreaseSequence = true;
}
break;
case Actions.Stop:
useCue = was.Stop(useCue, m_fadeLength);
break;
case Actions.PlayRandomNoRepeats:
if (index == randomIndex)
{
useCue = was.Play(useCue, m_fadeLength, targetObject);
}
break;
}
if (cuesOut != null)
{
cuesOut.Add(useCue);
}
++index;
}
if (shouldIncreaseSequence)
{
m_sequenceIndex = (m_sequenceIndex + 1) % m_audioSources.Length;
}
}
