public AudioMixerGroup getMixerType(Audio_Type type)
{
AudioData datas;
if (AudioDatas.TryGetValue(type, out datas))
{
return(datas.defaultMixerGroup);
}
return(null);
}
/*
* Hashtable parameters :
* loop : boolean
* delayed : boolean
* delayedtime : float
* priority : int
* volume : float
* pitch : float
* panStereo : float
* spatialBlend : float
* reverbZoneMix : float
* dopplerLevel : float
* spread : float
* rolloffMode : AudioRolloffMode
* minDistance : float
* maxDistance : float
* position : Vector3
* autoRelease : boolean
* starttime : float
*/
public int playAudio(Audio_Type type, Hashtable param = null)
{
AudioSource source;
int key;
if (GetSource(type, out source, out key))
{
if (param == null)
{
param = new Hashtable( );
}
bool delayed = param.ContainsKey("delayed") ? ( bool )param["delayed"] : false;
source.loop = param.ContainsKey("loop") ? ( bool )param["loop"] : false;
source.priority = param.ContainsKey("priority") ? ( int )param["priority"] : 128;
source.volume = param.ContainsKey("volume") ? ( float )param["volume"] : 1.0f;
source.pitch = param.ContainsKey("pitch") ? ( float )param["pitch"] : 1.0f;
source.panStereo = param.ContainsKey("panStereo") ? ( float )param["panStereo"] : .0f;
source.spatialBlend = param.ContainsKey("spatialBlend") ? ( float )param["spatialBlend"] : .0f;
source.reverbZoneMix = param.ContainsKey("reverbZoneMix") ? ( float )param["reverbZoneMix"] : .45f;
source.dopplerLevel = param.ContainsKey("dopplerLevel") ? ( float )param["dopplerLevel"] : 1.0f;
source.spread = param.ContainsKey("spread") ? ( float )param["spread"] : .0f;
source.rolloffMode = param.ContainsKey("rolloffMode") ? ( AudioRolloffMode )param["rolloffMode"] : AudioRolloffMode.Logarithmic;
source.minDistance = param.ContainsKey("minDistance") ? ( float )param["minDistance"] : 1.0f;
source.maxDistance = param.ContainsKey("maxDistance") ? ( float )param["maxDistance"] : 500.0f;
source.transform.position = param.ContainsKey("position") ? ( Vector3 )param["position"] : Vector3.zero;
source.time = param.ContainsKey("starttime") ? (float)param["starttime"] : .0f;
float time = param.ContainsKey("delayedtime") ? ( float )param["delayedtime"] : .0f;
if (delayed)
{
source.PlayDelayed(time);
}
else
{
source.Play( );
}
if (!source.loop && param.ContainsKey("autoRelease") ? ( bool )param["autoRelease"] : true)
{
StartCoroutine(autoRelease(key, time));
}
}
else
{
Destroy(source);
}
return(key);
}
public void registerAudioData(Audio_Type type, AudioData data)
{
//if (AudioDatas == null)
// AudioDatas = new Dictionary<Audio_Type, AudioData>();
if (!AudioDatas.ContainsKey(type))
{
AudioDatas.Add(type, data);
}
if (type == Audio_Type.MenuMusic)
{
GameManager.Instance.PlayMenuMusic();
}
}
private bool GetSource(Audio_Type type, out AudioSource source, out int key)
{
AudioData data;
if (AudioDatas.TryGetValue(type, out data))
{
AudioPSource psource;
if (AudioPool.GetAvailable(true, out psource))
{
key = 0;
while (AudioPlaying.ContainsKey(key))
{
key++;
}
AudioPlaying.Add(key, psource);
source = psource.audio_source;
source.clip = data.getClip( );
if (data.defaultMixerGroup != null)
{
source.outputAudioMixerGroup = data.defaultMixerGroup;
}
else
{
source.outputAudioMixerGroup = masterMixerGroup;
}
return(true);
}
else
{
Destroy(psource);
}
}
else
{
Destroy(data);
}
source = new AudioSource( );
key = -1;
return(false);
}
public void registerAudioData(Audio_Type type, AudioData data)
{
AudioDatas.Add(type, data);
}
public void playAudio(Audio_Type type)
{
AudioSource source;
AudioDatas[type].getClip();
int key;
}
