//public Queue<AudioSource> aSQueue1 = new Queue <AudioSource> ();
public Queue <AudioSource> CreateTempAudioSourcePoolQueue(AudioReferanceType aRT, string nameOfGOAS, int amount)
{
AudioSource tempASInstance = null;
GameObject tempParent = new GameObject();
tempParent.name = "QueueAudioSources";
//tempParent.transform.SetParent (tempASInstance.transform);
//tempParent.transform.SetAsLastSibling ();
Queue <AudioSource> aSQueue = new Queue <AudioSource> ();
switch (aRT)
{
case AudioReferanceType._MUSIC:
for (int i = 0; i < amount; i++)
{
tempASInstance = Instantiate(_MusicAudioSourceDictionary[nameOfGOAS]).GetComponent <AudioSource>();
tempASInstance.transform.parent = tempParent.transform;
aSQueue.Enqueue(tempASInstance);
}
break;
case AudioReferanceType._AMBIENT:
for (int i = 0; i < amount; i++)
{
tempASInstance = Instantiate(_AmbientAudioSourceDictionary [nameOfGOAS]).GetComponent <AudioSource>();
tempASInstance.transform.parent = tempParent.transform;
aSQueue.Enqueue(tempASInstance);
}
break;
case AudioReferanceType._DIRECT:
for (int i = 0; i < amount; i++)
{
tempASInstance = Instantiate(_DirectAudioSourceDictionary[nameOfGOAS]).GetComponent <AudioSource>();
tempASInstance.transform.parent = tempParent.transform;
aSQueue.Enqueue(tempASInstance);
}
break;
case AudioReferanceType._INTERFACE:
for (int i = 0; i < amount; i++)
{
tempASInstance = Instantiate(_InterfaceAudioSourceDictionary[nameOfGOAS]).GetComponent <AudioSource>();
tempASInstance.transform.parent = tempParent.transform;
aSQueue.Enqueue(tempASInstance);
}
break;
}
return(aSQueue);
}
public bool CheckIfAudioPlaying(AudioReferanceType audioType, string nameOfASGO)
{
switch (audioType)
{
case AudioReferanceType._MUSIC:
if (_MusicAudioSourceDictionary [nameOfASGO].isPlaying)
{
return(true);
}
else
{
return(false);
}
case AudioReferanceType._AMBIENT:
if (_AmbientAudioSourceDictionary [nameOfASGO].isPlaying)
{
return(true);
}
else
{
return(false);
}
case AudioReferanceType._DIRECT:
if (_DirectAudioSourceDictionary [nameOfASGO].isPlaying)
{
return(true);
}
else
{
return(false);
}
case AudioReferanceType._INTERFACE:
if (_InterfaceAudioSourceDictionary [nameOfASGO].isPlaying)
{
return(true);
}
else
{
return(false);
}
}
return(false);
}
public AudioSource GetAudioSourceReferance(AudioReferanceType audioType, string nameOfASGO)
{
switch (audioType)
{
case AudioReferanceType._MUSIC:
return(_MusicAudioSourceDictionary [nameOfASGO]);
// break;
case AudioReferanceType._AMBIENT:
return(_AmbientAudioSourceDictionary [nameOfASGO]);
// break;
case AudioReferanceType._DIRECT:
return(_DirectAudioSourceDictionary [nameOfASGO]);
// break;
case AudioReferanceType._INTERFACE:
return(_InterfaceAudioSourceDictionary [nameOfASGO]);
// break;
}
return(null);
}
/// <summary>
/// Stop specific AudioSources from playing or leave nameOfAS empty to stop all AS under specific AudioReferenceType
/// </summary>
/// <returns><c>true</c>,not working yet, <c>false</c> otherwise.</returns>
/// <param name="audioType">Audio type.</param>
/// <param name="nameOfASGO">Name of specifit AudioSource or leave empty to turn of all under ReferenceType</param>
public bool StopAudioPlaying(AudioReferanceType audioType, string nameOfASGO = "")
{
AudioSource tempAS;
switch (audioType)
{
case AudioReferanceType._MUSIC:
if (nameOfASGO == "")
{
foreach (AudioSource aS in _MusicAudioSourceDictionary.Values)
{
aS.Stop();
}
return(true);
}
tempAS = _MusicAudioSourceDictionary [nameOfASGO];;
tempAS.Stop();
break;
case AudioReferanceType._AMBIENT:
if (nameOfASGO == "")
{
foreach (AudioSource aS in _AmbientAudioSourceDictionary.Values)
{
aS.Stop();
}
return(true);
}
tempAS = _AmbientAudioSourceDictionary [nameOfASGO];;
tempAS.Stop();
break;
case AudioReferanceType._DIRECT:
if (nameOfASGO == "")
{
foreach (AudioSource aS in _DirectAudioSourceDictionary.Values)
{
aS.Stop();
}
return(true);
}
tempAS = _DirectAudioSourceDictionary [nameOfASGO];
tempAS.Stop();
break;
case AudioReferanceType._INTERFACE:
if (nameOfASGO == "")
{
foreach (AudioSource aS in _InterfaceAudioSourceDictionary.Values)
{
aS.Stop();
}
return(true);
}
tempAS = _InterfaceAudioSourceDictionary [nameOfASGO];;
tempAS.Stop();
break;
}
return(false);
}
public GameObject MakeCopyOfAudioSourceGO(AudioReferanceType aRT, string nameOfGOAS, Transform parent = null)
{
GameObject tempGOASInstance = null;
GameObject temp;
int count = 0;
switch (aRT)
{
case AudioReferanceType._MUSIC:
// if(_MusicAudioSourceDictionary[nameOfGOAS].transform.IsChildOf(transform)){
// tempGOASInstance = _MusicAudioSourceDictionary [nameOfGOAS].gameObject;
// break;
// }
temp = _MusicAudioSourceDictionary [nameOfGOAS].gameObject;
tempGOASInstance = Instantiate(temp, temp.transform.parent).gameObject;
foreach (Transform aSD in _MusicAudioSourceParent)
{
if (aSD.name.Contains(nameOfGOAS))
{
++count;
}
}
_MusicAudioSourceDictionary.Add(nameOfGOAS + count, tempGOASInstance.GetComponent <AudioSource> ());
break;
case AudioReferanceType._AMBIENT:
// if(_AmbientAudioSourceDictionary[nameOfGOAS].transform.IsChildOf(transform)){
// tempGOASInstance = _AmbientAudioSourceDictionary [nameOfGOAS].gameObject;
// break;
// }
temp = _AmbientAudioSourceDictionary[nameOfGOAS].gameObject;
tempGOASInstance = Instantiate(temp, temp.transform.parent).gameObject;
foreach (Transform aSD in _AmbientAudioSourceParent)
{
if (aSD.name.Contains(nameOfGOAS))
{
++count;
}
}
_AmbientAudioSourceDictionary.Add(nameOfGOAS + count, tempGOASInstance.GetComponent <AudioSource> ());
// _AmbientAudioSourceDictionary.Add (nameOfGOAS, tempGOASInstance.GetComponent<AudioSource> ());
// tempGOASInstance = Instantiate(_AmbientAudioSourceDictionary[nameOfGOAS],).gameObject;
break;
case AudioReferanceType._DIRECT:
// if(_DirectAudioSourceDictionary[nameOfGOAS].transform.IsChildOf(transform)){
// tempGOASInstance = _DirectAudioSourceDictionary [nameOfGOAS].gameObject;
// break;
// }
temp = _DirectAudioSourceDictionary[nameOfGOAS].gameObject;
tempGOASInstance = Instantiate(temp, temp.transform.parent).gameObject;
foreach (Transform aSD in _DirectAudioSourceParent)
{
if (aSD.name.Contains(nameOfGOAS))
{
++count;
}
}
_DirectAudioSourceDictionary.Add(nameOfGOAS + count, tempGOASInstance.GetComponent <AudioSource> ());
// _DirectAudioSourceDictionary.Add (nameOfGOAS, tempGOASInstance.GetComponent<AudioSource> ());
//tempGOASInstance = Instantiate(_DirectAudioSourceDictionary[nameOfGOAS]).gameObject;
break;
case AudioReferanceType._INTERFACE:
// if(_InterfaceAudioSourceDictionary[nameOfGOAS].transform.IsChildOf(transform)){
// tempGOASInstance = _InterfaceAudioSourceDictionary [nameOfGOAS].gameObject;
// break;
// }
temp = _InterfaceAudioSourceDictionary[nameOfGOAS].gameObject;
tempGOASInstance = Instantiate(temp, temp.transform.parent).gameObject;
// _InterfaceAudioSourceDictionary.Add (nameOfGOAS, tempGOASInstance.GetComponent<AudioSource> ());
foreach (Transform aSD in _InterfaceAudioSourceParent)
{
if (aSD.name.Contains(nameOfGOAS))
{
++count;
}
}
_InterfaceAudioSourceDictionary.Add(nameOfGOAS + count, tempGOASInstance.GetComponent <AudioSource> ());
// tempGOASInstance = Instantiate(_InterfaceAudioSourceDictionary[nameOfGOAS]).gameObject;
break;
}
return(tempGOASInstance);
}