public void SendEvent(MidiEvent me, byte? channel, int miditick, ref MidiClock cmc)
{
if (channel == null)
return;
var m = _insts[Channels[channel.GetValueOrDefault()].Inst];
if ((m.Wave == null) && (channel.GetValueOrDefault() != 9))
return;
//ノートオン
if (miditick != -1)
{
var @event = me as NoteEvent;
if (@event != null)
{
//Tone a;
var ne = @event;
if ((ne.Note < 120) && (ne.Note > 11) && (ne.Channel.Value != 9))
{
if (ne.Velocity == 0)
Tones[(int) channel][ne.Note].Stop();
if (Tones[(int) channel].ContainsKey(ne.Note))
{
Tones[(int) channel][ne.Note].Abort();
Tones[(int) channel].Remove(ne.Note);
}
BTone[ne.Channel.Value] = NowTone;
var t = new Tone(Pitchnames[ne.Note % 12], (ne.Note - 12) / 12, m.Wave, new Envelope(m.A, m.D, m.S, m.R), 255, 0,
ne.Velocity, m.Noiseoption);
LastTone[(byte) channel] = t;
Tones[(int) channel].Add(ne.Note, t);
Tones[(int) channel][ne.Note].StartPlay(miditick, ne.Gate);
_tonequeue.Enqueue(t);
NowTone = t;
Portamenttick = 0;
Bms = DX.GetNowCount();
}
else
{
DX.PlaySoundMem(HPercs[ne.Note], DX.DX_PLAYTYPE_BACK);
foreach (var handle in HPercs)
{
if (handle == 0)
continue;
DX.ChangePanSoundMem((Channels[9].Panpot - 64) * 4, HPercs[ne.Note]);
DX.ChangeVolumeSoundMem(
(int)
(255 * (Channels[9].Volume / 127.0) * (Channels[9].Expression / 127.0) * (ne.Velocity / 127.0) * (Volume / 100f)),
HPercs[ne.Note]);
}
}
}
}
else
{
var onEvent = me as NoteOnEvent;
if (onEvent != null)
{
//Tone a;
var ne = onEvent;
if ((ne.Note < 120) && (ne.Note > 11) && (ne.Channel.Value != 9))
{
if (ne.Velocity == 0)
Tones[(int) channel][ne.Note].Stop();
if (Tones[(int) channel].ContainsKey(ne.Note))
{
Tones[(int) channel][ne.Note].Abort();
Tones[(int) channel].Remove(ne.Note);
}
var t = new Tone(Pitchnames[ne.Note % 12], (ne.Note - 12) / 12, m.Wave, new Envelope(m.A, m.D, m.S, m.R), 255, 0,
ne.Velocity, m.Noiseoption);
LastTone[(byte) channel] = t;
Tones[(int) channel].Add(ne.Note, t);
Tones[(int) channel][ne.Note].StartPlay(-1, -1);
_tonequeue.Enqueue(t);
}
else
{
DX.PlaySoundMem(HPercs[ne.Note], DX.DX_PLAYTYPE_BACK);
foreach (var handle in HPercs)
{
if (handle == 0)
continue;
DX.ChangePanSoundMem((Channels[9].Panpot - 64) * 4, HPercs[ne.Note]);
DX.ChangeVolumeSoundMem(
(int) (255 * (Channels[9].Volume / 127.0) * (Channels[9].Expression / 127.0) * (ne.Velocity / 127.0)),
HPercs[ne.Note]);
}
}
}
//ノートオフ
var @event = me as NoteOffEvent;
if (@event != null)
{
var noe = @event;
Tones[(int) channel][noe.Note].Stop();
}
}
var programEvent = me as ProgramEvent;
if (programEvent != null)
Channels[(int) channel].Inst = programEvent.Value;
var controlEvent = me as ControlEvent;
if (controlEvent != null)
{
var ce = controlEvent;
switch (ce.Number)
{
case 10:
Channels[(int) channel].Panpot = ce.Value;
break;
case 7:
Channels[(int) channel].Volume = ce.Value;
break;
case 11:
Channels[(int) channel].Expression = ce.Value;
break;
case 101:
_rpns[0] = ce;
break;
case 100:
_rpns[1] = ce;
break;
case 6:
_rpns[2] = ce;
if (_rpns[1] == null)
break;
switch (_rpns[1].Value)
{
case 0:
Channels[(int) channel].BendRange = new Rpn(_rpns[2].Value);
break;
case 2:
Channels[(int) channel].NoteShift = new Rpn((short) (_rpns[2].Value - 64));
break;
}
break;
case 38:
_rpns[3] = ce;
if ((_rpns[1] == null) || (_rpns[2] == null))
break;
if (_rpns[1].Value == 1)
Channels[(int) channel].Tweak = new Rpn((short) (_rpns[2].Value * 128 + _rpns[3].Value - 8192));
break;
case 111:
Loop = ce.Tick;
break;
case 65:
Channels[(int) channel].Portament = ce.Value;
break;
case 5:
Channels[(int) channel].PortamentTime = ce.Value;
break;
}
}
if (me is PitchEvent)
{
var native = me.ToNativeEvent();
var pitchdata = native[2] * 128 + native[1] - 8192;
Channels[(int) channel].Pitchbend = pitchdata;
//Console.WriteLine("Decimal: " + pe.Value + "Hexa: " + pe.Value.ToString("X2") + "Binary: " + Convert.ToString(2, pe.Value));
}
if ((cmc != null) && me is MidiEndOfTrack)
{
Channels[me.Channel.GetValueOrDefault()].End = true;
var allend = true;
foreach (var c in Channels)
if (!c.End)
{
allend = false;
break;
}
if (allend)
if (Loop == -1)
cmc.Stop();
else
cmc.TickCount = Loop;
}
}
public void SetMidiData(MidiData md)
{
Mfd = md;
_tm = new TempoMap(Mfd);
Stop();
Reset();
Eot = 0;
Drumtracks = new List<int>();
if (Mfd != null)
Mc = new MidiClock(120, Mfd.Resolution.Resolution);
var cnt = 0;
if (Mfd != null)
foreach (var lst in Mfd.Tracks)
{
if ((lst.Channel.GetValueOrDefault() == 9) && !Drumtracks.Contains(cnt))
Drumtracks.Add(cnt);
if (Eot < lst.TickLength)
Eot = lst.TickLength;
cnt++;
}
IsLoaded = true;
}
