public void OnRepeatNotePlayed(RepeatNoteArgs e)
{
int unplayed = -1;
List <Instrument> instruments = e.instrumentSet.mInstruments;
Instrument instrument = instruments[e.indexA];
int note = instrument.mClipNotes[mMeasureEditor.mCurrentMeasure.value][e.repeatingCount][e.indexB];
if (instrument.mClipNotes[mMeasureEditor.mCurrentMeasure.value][e.repeatingCount][e.indexB] != unplayed)
{
mMusicGenerator.PlayAudioClip(e.instrumentSet, (int)instrument.InstrumentTypeIndex, note, instrument.mData.Volume, e.indexA);
mStaffPlayer.DisplayNote(note,
(int)instrument.mData.mStaffPlayerColor, false, e.instrumentSet);
}
}
/// <summary>
/// staggers the playClip() call:
/// </summary>
/// <param name="clipIN"></param>
/// <param name="i"></param>
/// <returns></returns>
public IEnumerator StrumClip(int[] clipIN, int i)
{
if (mInstruments[i].mData.mSuccessionType == eSuccessionType.rhythm && mInstruments[i].mData.mArpeggio == false)
{
Array.Sort(clipIN);
}
float variation = UnityEngine.Random.Range(0, mInstruments[i].mData.StrumVariation);
for (int j = 0; j < clipIN.Length; j++)
{
if (clipIN[j] != mUnplayed)
{
mMusicGenerator.PlayAudioClip(this, (int)mInstruments[i].InstrumentTypeIndex, clipIN[j], mInstruments[i].mData.Volume, i);
mMusicGenerator.UIStaffNoteStrummed.Invoke(clipIN[j], (int)mInstruments[i].mData.mStaffPlayerColor);
yield return(new WaitForSeconds(mInstruments[i].mData.StrumLength + variation));
}
}
}