public MidiMultiTrackSequencer(MidiFileContainer song, float midiFileTempo)
{
_sequencers = new MidiTrackSequencer[song.tracks.Count];
info.Reset();
for (int s = 0; s < _sequencers.Length; s++)
{
MidiTrackSequencer sq = new MidiTrackSequencer(song.tracks[s], song.division, midiFileTempo);
MidiTrack tr = sq.track;
_sequencers[s] = sq;
// Gather file info.
for (int c = 0; c < 16; c++)
{
if (tr.channelInfo[c].isUsed)
{
info.channelInfo[c].isUsed = true;
}
if (tr.channelInfo[c].noteKeyMin < info.channelInfo[c].noteKeyMin)
{
info.channelInfo[c].noteKeyMin = tr.channelInfo[c].noteKeyMin;
}
if (sq.track.channelInfo[c].noteKeyMax > info.channelInfo[c].noteKeyMax)
{
info.channelInfo[c].noteKeyMax = sq.track.channelInfo[c].noteKeyMax;
}
if (tr.channelInfo[c].noteVelMin < info.channelInfo[c].noteVelMin)
{
info.channelInfo[c].noteVelMin = tr.channelInfo[c].noteVelMin;
}
if (tr.channelInfo[c].noteVelMax > info.channelInfo[c].noteVelMax)
{
info.channelInfo[c].noteVelMax = tr.channelInfo[c].noteVelMax;
}
for (int cc = 0; cc < 128; cc++)
{
if (tr.channelInfo[c].controlChangeValMin[cc] < info.channelInfo[c].controlChangeValMin[cc])
{
info.channelInfo[c].controlChangeValMin[cc] = tr.channelInfo[c].controlChangeValMin[cc];
}
if (tr.channelInfo[c].controlChangeValMax[cc] > info.channelInfo[c].controlChangeValMax[cc])
{
info.channelInfo[c].controlChangeValMax[cc] = tr.channelInfo[c].controlChangeValMax[cc];
}
}
}
}
}
IEnumerator Start()
{
song = MidiFileLoader.Load (sourceFile.bytes);
yield return new WaitForSeconds (1.0f);
ResetAndPlay ();
}
void Start()
{
song = MidiFileLoader.Load (midiFile.bytes);
ResetAndPlay ();
}
