public static void PlayPiano()
{
Sequencer a = new Sequencer();
using (OutputDevice outDevice = new OutputDevice(0))
{
for (int i = 60; i < 100; i++)
{
ChannelMessageBuilder builder = new ChannelMessageBuilder();
builder.Command = ChannelCommand.NoteOn;
builder.MidiChannel = 14;
builder.Data1 = i;
builder.Data2 = i - 20;
builder.Build();
outDevice.Send(builder.Result);
Thread.Sleep(500);
builder.Command = ChannelCommand.NoteOff;
builder.Data2 = 0;
builder.Build();
outDevice.Send(builder.Result);
}
}
}
public void ReleaseNote(int noteNumber)
{
var b = new ChannelMessageBuilder();
b.Command = ChannelCommand.NoteOff;
b.Data1 = MIDIUtils.ConvertNoteNumberToMIDINoteNumber(noteNumber);
b.MidiChannel = 0;
b.Build();
if (ChannelMessageReceived != null)
ChannelMessageReceived(this, new ChannelMessageEventArgs(b.Result));
}
/// <summary>
/// Warning: always do this in another thread
/// </summary>
public void play(int tempo=120)
{
low = song[0].Item1.note+57;
ChannelMessageBuilder builder = new ChannelMessageBuilder();
if (outDevice.IsDisposed) { outDevice = new OutputDevice(0); }
foreach (Tuple<Keys, byte> line in song)
{
play_chord(line.Item1, (60000 / tempo) * line.Item2);
}
outDevice.Close();
}
private static ChannelMessage GetChannelMessage(ChannelCommand command, int channel, int data1, int data2)
{
ChannelMessageBuilder on = new ChannelMessageBuilder();
on.MidiChannel = channel;
on.Command = command;
on.Data1 = data1;
on.Data2 = data2;
on.Build();
return on.Result;
}
private static IMidiMessage Convert(Event e, Track track)
{
if (e is NoteEvent)
{
NoteEvent note = (NoteEvent)e;
if (note.Type == NoteEvent.EventType.NoteOff)
{
ChannelMessageBuilder b = new ChannelMessageBuilder();
b.MidiChannel = note.Channel;
b.Command = ChannelCommand.NoteOff;
b.Data1 = ChannelNoteToMidiPitch(note.Pitch);
b.Data2 = ChannelVelocityToMidiVolume(note.Velocity);
b.Build();
return b.Result;
}
else
{
ChannelMessageBuilder b = new ChannelMessageBuilder();
b.MidiChannel = note.Channel;
b.Command = ChannelCommand.NoteOn;
b.Data1 = ChannelNoteToMidiPitch(note.Pitch);
b.Data2 = ChannelVelocityToMidiVolume(note.Velocity);
b.Build();
return b.Result;
}
}
else if (e is TempoEvent)
{
TempoEvent tempoEvent = (TempoEvent)e;
TempoChangeBuilder builder = new TempoChangeBuilder();
// convert BPM to microseconds
builder.Tempo = 60000000 / tempoEvent.TempoBpm;
builder.Build();
return builder.Result;
}
else if (e is TimeSignatureEvent)
{
TimeSignatureEvent timeSignatureEvent = (TimeSignatureEvent)e;
TimeSignatureBuilder builder = new TimeSignatureBuilder();
builder.Numerator = (byte)timeSignatureEvent.BeatsPerBar;
builder.Denominator = (byte)timeSignatureEvent.BeatValue;
builder.ClocksPerMetronomeClick = 24;
builder.ThirtySecondNotesPerQuarterNote = 8;
builder.Build();
return builder.Result;
}
else
{
Debug.Fail("unknown event type " + e.GetType().Name);
return null;
}
}
public void Send(int midiChannel, int controller, byte value)
{
if (this.outputDevice == null)
return;
var builder = new ChannelMessageBuilder();
builder.Command = ChannelCommand.Controller;
builder.Data1 = controller;
builder.Data2 = value;
builder.MidiChannel = midiChannel;
builder.Build();
this.outputDevice.Send(builder.Result);
}
private void play_chord(Keys k, int t)
{
int n1 = (int)Mozart.Component(k, 1) + 57;
int n2 = (int)Mozart.Component(k, 3) + 57;
int n3 = (int)Mozart.Component(k, 5) + 57;
while (n1 < low) { n1 += 12; }
while (n2 < n1) { n2 += 12; }
while (n3 < n2) { n3 += 12; }
ChannelMessageBuilder builder = new ChannelMessageBuilder();
builder.Command = ChannelCommand.NoteOn;
builder.MidiChannel = 0;
builder.Data1 = n1;
builder.Data2 = 127;
builder.Build();
outDevice.Send(builder.Result);
builder.Command = ChannelCommand.NoteOn;
builder.MidiChannel = 0;
builder.Data1 = n2;
builder.Data2 = 127;
builder.Build();
outDevice.Send(builder.Result);
builder.Command = ChannelCommand.NoteOn;
builder.MidiChannel = 0;
builder.Data1 = n3;
builder.Data2 = 127;
builder.Build();
outDevice.Send(builder.Result);
System.Threading.Thread.Sleep(t);
builder.Command = ChannelCommand.NoteOff;
builder.MidiChannel = 0;
builder.Data1 = n1;
builder.Data2 = 127;
builder.Build();
outDevice.Send(builder.Result);
builder.Command = ChannelCommand.NoteOff;
builder.MidiChannel = 0;
builder.Data1 = n2;
builder.Data2 = 127;
builder.Build();
outDevice.Send(builder.Result);
builder.Command = ChannelCommand.NoteOff;
builder.MidiChannel = 0;
builder.Data1 = n3;
builder.Data2 = 127;
builder.Build();
outDevice.Send(builder.Result);
}
private void ZapalMidi(Panel panel, ChannelCommand cm)
{
ChannelMessageBuilder cmb = new ChannelMessageBuilder();
cmb.Command = cm;
cmb.MidiChannel = 3;
cmb.Data1 = Convert.ToInt32(panel.Tag);
cmb.Data2 = 127;
cmb.Build();
outDevice1.Send(cmb.Result);
}
private static int ProgramChange(Track t, int tick, int p, int channel, ChannelEvent ce)
{
if (p != ce.Instrument)
{
Console.Out.WriteLine("PC " + ce.Instrument);
ChannelMessageBuilder pc = new ChannelMessageBuilder();
pc.MidiChannel = channel;
pc.Command = ChannelCommand.ProgramChange;
pc.Data1 = 0;// 79 + ce.Instrument;
pc.Build();
t.Insert(tick, pc.Result);
p = ce.Instrument;
}
return p;
}
private static void NoteOn(int tick, TrackInfo ti, ChannelEvent ce)
{
bool eventHasVolume = ce.Volume != -1;
int noteVolume = eventHasVolume ? ce.Volume : 64; // TODO: read from sample settings
var pitch = CellConverter.ChannelNoteToMidiPitch(ce.Note);
if (ti.NoteMapper != null)
{
pitch = ti.NoteMapper(ce);
}
//Console.Out.WriteLine("{0:00} On " + note, tick);
ChannelMessageBuilder on = new ChannelMessageBuilder();
on.MidiChannel = ti.Channel;
on.Command = ChannelCommand.NoteOn;
on.Data1 = pitch;
on.Data2 = Math.Min(127, 2 * noteVolume);
on.Build();
ti.Track.Insert(tick, on.Result);
ti.LastPitch = pitch;
ti.LastVolume = noteVolume;
}
private static void NoteOff(int tick, TrackInfo ti)
{
//Console.Out.WriteLine("{0:00} Off " + note, tick);
ChannelMessageBuilder off = new ChannelMessageBuilder();
off.MidiChannel = ti.Channel;
off.Command = ChannelCommand.NoteOff;
off.Data1 = ti.LastPitch;
off.Data2 = ti.LastVolume;
off.Build();
ti.Track.Insert(tick, off.Result);
ti.LastPitch = -1;
ti.LastVolume = -1;
}
static void Main(string[] args)
{
bool outputMidiVelocity = false;
//var filename = "01-v-drac.s3m";
//S3MFile f = S3MFile.Parse(filename);
//var tempo = 60000000 / (f.Header.InitialTempo);
//byte numerator = 4;
//byte denominator = 4;
//var speed = 3;
//var skip = 0;
var filename = "02-v-bewm.s3m";
S3MFile f = S3MFile.Parse(filename);
var tempo = 60000000 / (f.Header.InitialTempo);
byte numerator = 4;
byte denominator = 4;
var speed = 3;
var skip = 0;
outputMidiVelocity = true;
/*
var filename = "V-OPTION.S3M";
S3MFile f = S3MFile.Parse(filename);
var tempo = 60000000 / (f.Header.InitialTempo);
byte numerator = 6;
byte denominator = 8;
var speed = 3;
var skip = 4;
*/
/*
var filename = "V-FALCON.S3M";
S3MFile f = S3MFile.Parse(filename);
var tempo = 60000000 / (1 * f.Header.InitialTempo);
byte numerator = 4;
byte denominator = 4;
var speed = 3;
var skip = 0;
*/
/*
var filename = "V-CONTRA.IT";
S3MFile f = S3MFile.Parse(filename);
var tempo = 60000000 / (1 * f.Header.InitialTempo);
byte numerator = 4;
byte denominator = 4;
var speed = 3;
var skip = 0;
* */
/*
var filename = "V-BLAST.S3M";
S3MFile f = S3MFile.Parse(filename);
var tempo = 60000000 / (1 * f.Header.InitialTempo);
byte numerator = 4;
byte denominator = 4;
var speed = 3;
var skip = 0;*/
Sequence s = new Sequence();
Track t1 = new Track();
Track t2 = new Track();
Track t3 = new Track();
Track drums = new Track();
Track kick = new Track();
Track timeTrack = new Track();
s.Add(timeTrack);
s.Add(t1);
s.Add(t2);
s.Add(t3);
//s.Add(drums);
//s.Add(kick);
var drumPC = new ChannelMessageBuilder();
drumPC.MidiChannel = 09;
drumPC.Command = ChannelCommand.ProgramChange;
drumPC.Data1 = 0;// 79 + ce.Instrument;
drumPC.Build();
drums.Insert(0, drumPC.Result);
kick.Insert(0, drumPC.Result);
TimeSignatureBuilder tsb = new TimeSignatureBuilder();
tsb.Numerator = numerator;
tsb.Denominator = denominator;
tsb.ClocksPerMetronomeClick = 24;
tsb.ThirtySecondNotesPerQuarterNote = 8;
tsb.Build();
timeTrack.Insert(0, tsb.Result);
TempoChangeBuilder tcb = new TempoChangeBuilder();
tcb.Tempo = tempo;
tcb.Build();
timeTrack.Insert(0, tcb.Result);
var outputPatterns = new int[] { 5, 6, 7};
//var c1 = (from p in f.OrderedPatterns
// where patterns.Contains(p.PatternNumber)
// select p)
// .SelectMany(p => p.Channels)
// .Where(c => c.ChannelNumber == 1)
// .SelectMany(ce => ce.ChannelEvents);
//var c2 = (from p in f.OrderedPatterns
// where patterns.Contains(p.PatternNumber)
// select p)
// .SelectMany(p => p.Channels)
// .Where(c => c.ChannelNumber == 2)
// .SelectMany(ce => ce.ChannelEvents);
//var c3 = (from p in f.OrderedPatterns
// where patterns.Contains(p.PatternNumber)
// select p)
// .SelectMany(p => p.Channels)
// .Where(c => c.ChannelNumber == 3)
// .SelectMany(ce => ce.ChannelEvents);
var patterns = from p in f.OrderedPatterns.Skip(skip) /*where outputPatterns.Contains(p.PatternNumber) */select p;
//.SelectMany(p => p.Rows);
Dictionary<int, TrackInfo> tracks = new Dictionary<int, TrackInfo>();
tracks.Add(1, new TrackInfo(t1));
tracks[1].Channel = 0;
tracks.Add(2, new TrackInfo(t2));
tracks[2].Channel = 1;
tracks.Add(3, new TrackInfo(t3));
tracks[3].Channel = 2;
var di = new TrackInfo(drums);
di.Channel = 9;
var mapper = new Func<ChannelEvent, int>(ce =>
{
switch (ce.Instrument)
{
case 6:
return 42;
case 8:
return 35;
case 9:
return 38;
case 10:
return 47;
default:
Debug.Fail(ce.Instrument.ToString());
return 0;
}
});
di.NoteMapper = mapper;
var kickInfo = new TrackInfo(kick);
kickInfo.Channel = 9;
kickInfo.NoteMapper = mapper;
tracks.Add(4, di);
tracks.Add(5, kickInfo);
var tick = 0;
foreach (var pattern in patterns)
{
bool breakPattern = false;
foreach (var row in pattern.Rows)
{
//if ((row.RowNumber-1) % 16 == 0)
//{
// drums.Insert(tick, kickOn);
// drums.Insert(tick + speed, kickOff);
//}
foreach (var ce in row.ChannelEvents)
{
if (ce == null)
{
//Console.Out.WriteLine("skip");
continue;
}
if (ce.Command == 3)
{
var modulo = row.RowNumber % 32;
if (modulo != 0)
{
// sad to say, not sure why mod 8 but divide by 16 works
var m8 = row.RowNumber % 8;
if (m8 == 0)
{
var restore = tsb.Result;
tsb.Numerator = (byte)(row.RowNumber / 16);
tsb.Build();
var change = tsb.Result;
timeTrack.Insert(tick, change);
timeTrack.Insert(tick + 3, restore);
}
}
//Debugger.Break();
// pattern break
// figure out the time signature of the pattern up to this point
// then go back and insert a time signature change message at the beginning
// of the pattern
// and another one at the end to revert
//var restore = tsb.Result;
//tsb.Numerator = 2;
//tsb.Build();
//var change = tsb.Result;
//timeTrack.Insert(rowStartTick, change);
//timeTrack.Insert(tick + 3, restore);
breakPattern = true;
}
if (!tracks.ContainsKey(ce.ChannelNumber)) continue;
TrackInfo ti = tracks[ce.ChannelNumber];
if (ce.Note == -1 )
{
// skip
}
else if( ce.Note == 0xFF)
{
// re-use current note, but change instrument
//Console.Out.WriteLine("skip");
}
else if (ce.Note == 0xFE) //off
{
if (ti.LastPitch != -1)
{
NoteOff(tick, ti);
}
}
else
{
//if (ce.Volume != -1 && ce.Volume < 32) continue;
if (ti.LastPitch != -1)
{
NoteOff(tick, ti);
}
//p = ProgramChange(ti.Track, tick, p, ce);
var delay = 0;
if (ce.Command == 19)
{
if (208 <= ce.Data && ce.Data <= 214) // HACK: 214 is a guess at the top range of SD commands
{
delay = ce.Data - 208;
Debug.Assert(delay >= 0);
}
}
NoteOn(tick + delay, ti, ce);
}
}
tick += speed;
if (breakPattern)
{
break;
}
}
}
foreach (var pair in tracks)
{
if (pair.Value.LastPitch != -1)
{
NoteOff(tick, pair.Value);
}
}
foreach (MidiEvent m in drums.Iterator().Take(5))
{
if (m.MidiMessage is ChannelMessage)
{
ChannelMessage cm = (ChannelMessage)m.MidiMessage;
Console.Out.WriteLine("{0} {1}", m.AbsoluteTicks, cm.Command);
}
}
s.Save(Path.ChangeExtension(filename, ".mid"));
/*
var tick = 0;
var speed = 3;
var lastNote = -1;
var p = -1;
foreach (var ce in c1)
{
if (ce == null || ce.Note == -1 || ce.Note == 0xFF)
{
tick += speed;
Console.Out.WriteLine("skip");
continue;
}
else if (ce.Note == 0xFE) //off
{
lastNote = NoteOff(t, tick, lastNote);
}
else
{
if (lastNote != -1)
{
lastNote = NoteOff(t, tick, lastNote);
}
p = ProgramChange(t, tick, p, ce);
var delay = 0;
if (ce.Command == 19)
{
if (208 <= ce.Data && ce.Data <= 214) // HACK: 214 is a guess at the top range of SD commands
{
delay = ce.Data - 208;
Debug.Assert(delay >= 0);
}
}
lastNote = NoteOn(t, tick + delay, ce.Note);
}
tick += speed;
}
lastNote = NoteOff(t, tick, lastNote);
*
* */
}
/// <summary>
/// Play the notes from a flashcard through the output device.
/// </summary>
/// <param name="f"></param>
private void PlayFlashcard(Flashcard f)
{
ChannelMessageBuilder cbm = new ChannelMessageBuilder();
cbm.Command = ChannelCommand.NoteOn;
cbm.Data2 = 75;
cbm.MidiChannel = 0;
cbm.Build();
cbm.Command = ChannelCommand.NoteOff;
var onMessages = new ChannelMessage[f.StaffNotes.Length];
var offMessages = new ChannelMessage[f.StaffNotes.Length];
for (var i = 0; i < f.StaffNotes.Length; i++)
{
cbm.Data1 = f.StaffNotes[i].NoteRepresentation.Note.MIDINumber;
cbm.Command = ChannelCommand.NoteOn;
cbm.Build();
onMessages[i] = cbm.Result;
cbm.Command = ChannelCommand.NoteOff;
cbm.Build();
offMessages[i] = cbm.Result;
}
var t = new Timer(500) { AutoReset = false };
t.Elapsed += (s, a) => Array.ForEach(offMessages, m => _outputDevice.Send(m));
Array.ForEach(onMessages, m => _outputDevice.Send(m));
t.Start();
}
protected List<ChannelMessage> GetChannelMessages(ChannelCommand noteOnOff)
{
List<ChannelMessage> messages = new List<ChannelMessage>();
ChannelMessageBuilder builder = new ChannelMessageBuilder();
builder.MidiChannel = this.Channel;
//foreach(MidiControl midiControl in this.MidiControls)
//{
// messages.AddRange(midiControl.ChannelMessages);
//}
builder.Command = noteOnOff;
foreach(NoteMessage midiNote in _notes)
{
builder.Data1 = midiNote.Pitch;
builder.Data2 = midiNote.Velocity;
builder.Build();
messages.Add(builder.Result);
}
return messages;
}