public static void Play(string moduleName, float delay = 0, AudioPlayerOld.SyncMode syncMode = AudioPlayerOld.SyncMode.None)
{
if (Modules.ContainsKey(moduleName))
{
Modules[moduleName].Play(delay, syncMode);
}
}
public void Play(float delay = 0, AudioPlayerOld.SyncMode syncMode = AudioPlayerOld.SyncMode.None)
{
delay = (float)(AudioPlayerOld.GetDelayToSync(syncMode) + AudioPlayerOld.GetAdjustedDelay(delay, syncMode));
Instance.coroutineHolder.AddCoroutine("PDPlayerPlayAfterDelay", PlayAfterDelay(delay));
}
public static AudioSource Play(string instrumentName, int midiNote, float velocity, GameObject sourceObject = null, float delay = 0, AudioPlayerOld.SyncMode syncMode = AudioPlayerOld.SyncMode.None)
{
AudioSource audioSource;
Instrument instrument = Instruments[instrumentName];
AudioInfoOld audioInfo = AudioPlayerOld.AudioInfos[instrument.referenceClips[midiNote].name];
AudioClip audioClip = null;
float initVolume = audioInfo.volume;
midiNote = GetAdjustedNote(midiNote, velocity, instrument);
if (!string.IsNullOrEmpty(instrument.originalClips[midiNote]))
{
audioClip = instrument.audioClips[midiNote];
}
else
{
if (instrument.generateMode == Instrument.GenerateModes.None || instrument.generateMode == Instrument.GenerateModes.PreGenerateAll)
{
audioClip = instrument.audioClips[midiNote];
}
else
if (instrument.generateMode == Instrument.GenerateModes.GenerateAtRuntime)
{
if (instrument.audioClips[midiNote] != null)
{
audioClip = instrument.audioClips[midiNote];
}
if (audioClip == null)
{
audioClip = CreateAudioClip(instrument, midiNote);
}
if (!audioInfo.loop && instrument.destroyIdle)
{
Instance.coroutineHolder.RemoveCoroutines(instrumentName + midiNote);
Instance.coroutineHolder.AddCoroutine(instrumentName + midiNote, RemoveAfterDelay(audioClip, instrument.idleThreshold, (float)(AudioPlayerOld.GetAdjustedDelay(audioInfo.delay, audioInfo.syncMode) + AudioPlayerOld.GetAdjustedDelay(delay, syncMode))));
}
}
}
if (instrument.velocityAffectsVolume)
{
audioInfo.volume *= instrument.velocityCurve.Evaluate(velocity / 127);
}
audioSource = AudioPlayerOld.Play(audioClip, audioInfo, sourceObject, delay, syncMode);
if (instrument.sendToPD)
{
audioSource.gameObject.GetOrAddComponent <AudioGainManager>().Initialize(instrument.name + "~");
}
instrument.activeVoices.Add(audioSource);
audioInfo.volume = initVolume;
return(audioSource);
}
public static List <AudioSource> PlayRepeating(float repeatRate, string instrumentName, int[] midiNotes, float[] velocities, GameObject sourceObject = null, float delay = 0, AudioPlayerOld.SyncMode syncMode = AudioPlayerOld.SyncMode.None)
{
return(AudioPlayerOld.PlayRepeating(repeatRate, new Note(instrumentName, midiNotes, velocities), sourceObject, delay, syncMode));
}
public static List <AudioSource> Play(string instrumentName, int[] midiNotes, float[] velocities, GameObject sourceObject = null, float delay = 0, AudioPlayerOld.SyncMode syncMode = AudioPlayerOld.SyncMode.None)
{
List <AudioSource> audioSources = new List <AudioSource>();
for (int i = 0; i < midiNotes.Length; i++)
{
audioSources.Add(Play(instrumentName, midiNotes[i], velocities[i], sourceObject, delay, syncMode));
}
return(audioSources);
}
public static List <AudioSource> Play(Note note, GameObject sourceObject = null, float delay = 0, AudioPlayerOld.SyncMode syncMode = AudioPlayerOld.SyncMode.None)
{
List <AudioSource> audioSources = new List <AudioSource>();
audioSources.AddRange(Play(note.instrumentName, note.midiNotes, note.velocities, sourceObject, delay, syncMode));
return(audioSources);
}
