public static void PlayNext(MidiMessage p_message, MidiSource p_source)
{
p_message.noteSource = p_source;
messOutBuff.Add(p_message);
if (p_message.getOwnerTrack() != null)
{
p_source.trackPPQAbsolutePos = p_message.getAbsTimeStamp(); //this sets write head for ppq
}
}
public static void PlayNext(MidiMessage p_message, MidiSource p_source)
{
if (Midi.debugLevel > 4)
{
Debug.Log("Add note to play " + p_message.getByteOne() + " " + p_message.getByteTwo() + " at time: " + p_message.getAbsTimeStamp());
}
p_message.noteSource = p_source;
messOutBuff.Add(p_message);
if (p_message.getOwnerTrack() != null)
{
p_source.setTrackPPQAbsolutePos(p_message.getAbsTimeStamp()); //this sets write head for ppq
}
}
public static void Update()
{
double currentTime = (AudioSettings.dspTime) * 1000.0;
if (messOutBuff.Count > 0)
{
MidiMessage temporaryMessage = messOutBuff[0];
double msUntilEvent = temporaryMessage.noteSource.startTimeOffset + Metronome.ppqToMs(temporaryMessage.getAbsTimeStamp()) - currentTime;
//this while accounts for multiple notes at once
while (msUntilEvent < updateLookAhead && messOutBuff.Count > 0)
{
long msOffset = (long)(msUntilEvent);
if (msOffset < 0)
{
msOffset = 0; //catch any rogue startup notes
}
MidiMessage p_message = messOutBuff[0];
messOutBuff.RemoveAt(0);
int statusByte;
int amplitude;
if (p_message.noteSource.ForceToChannel)
{
statusByte = p_message.getStatusByte() & 0xF0;
statusByte = statusByte += p_message.noteSource.Channel - 1;
}
else
{
statusByte = p_message.getStatusByte();
}
if (p_message.noteSource.Mute)
{
amplitude = 0;
}
else
{
amplitude = (int)(p_message.getByteTwo() * p_message.getGain());
}
PortMidi.midiEvent(statusByte, p_message.getByteOne() + p_message.noteSource.PitchOffset, amplitude, (int)(msOffset));
if (messOutBuff.Count > 0)
{
temporaryMessage = messOutBuff[0];
msUntilEvent = temporaryMessage.noteSource.startTimeOffset + Metronome.ppqToMs(temporaryMessage.getAbsTimeStamp()) - currentTime;
}
}
}
}