void processMidiEvent(MidiEvent mEvent)
{
if (mEvent.event_type == NOTE_ON)
{
//audio.Pause();
Midi.Events.ChannelEvents.NoteOnEvent noe = (Midi.Events.ChannelEvents.NoteOnEvent)mEvent;
//print(noe.note_number + " _ " + noe.delta_time);
//print (midiEventIndex + ": " + noe.note_number + " _ " + noe.delta_time);
if (noe.note_number > 63)
{
if (lastInputTime != float.NegativeInfinity) //note was hit early
{
float diff = (audio.time - lastInputTime);
print("early! : " + diff);
acceptTimeDifference(diff, noe.note_number, lastInput);
lastInputTime = float.NegativeInfinity;
}
else
{
matchNoteTime = audio.time;
matchingNoteAvailable = true;
lastReceivedMatchNote = noe.note_number;
}
}
else
{
//AudioSource.PlayClipAtPoint(hitClip, Vector3.zero);
RelayBlender rb = noteToBlender[noe.note_number];
relayWrite(rb.pin, Arduino.HIGH);
//print("tick! " + rb.note);
StartCoroutine(turnOffAfter(rb, .0125f));
}
}
else if (mEvent.event_type == NOTE_OFF)
{
Midi.Events.ChannelEvents.NoteOffEvent noe = (Midi.Events.ChannelEvents.NoteOffEvent)mEvent;
if (noteToBlender.ContainsKey(noe.note_number))
{
RelayBlender rb = noteToBlender[noe.note_number];
relayWrite(rb.pin, Arduino.LOW);
}
//print(noe.parameter_1);
//noe.
}
}
IEnumerator turnOffAfter(RelayBlender rb, float time)
{
yield return(new WaitForSeconds(time));
relayWrite(rb.pin, Arduino.LOW);
}
