public override async Task <List <TrackChunk> > Process()
{
var trackChunks = new List <TrackChunk> {
Song.TrackContainers[ProcessorConfig.Track].SourceTrackChunk
}.Concat(ProcessorConfig.IncludedTracks.Select(track => Song.TrackContainers[track].SourceTrackChunk)).ToList();
var trackChunk = TimedObjectUtilities.ToTrackChunk(await
trackChunks.GetNoteDictionary(Song.SourceTempoMap, ProcessorConfig.Instrument.InstrumentTone,
ProcessorConfig.OctaveRange.LowerNote,
ProcessorConfig.OctaveRange.UpperNote,
(int)ProcessorConfig.Instrument.InstrumentToneMenuKey,
false,
-ProcessorConfig.OctaveRange.LowerNote)
.MoveNoteDictionaryToDefaultOctave(ProcessorConfig.OctaveRange)
.ConcatNoteDictionaryToList());
var playerNotesDictionary = await trackChunk.GetPlayerNoteDictionary(ProcessorConfig.PlayerCount, OctaveRange.C3toC6.LowerNote, OctaveRange.C3toC6.UpperNote);
var concurrentPlayerTrackDictionary = new ConcurrentDictionary <long, TrackChunk>(ProcessorConfig.PlayerCount, ProcessorConfig.PlayerCount);
Parallel.ForEach(playerNotesDictionary.Values, async(notesDictionary, _, iteration) =>
{
concurrentPlayerTrackDictionary[iteration] = TimedObjectUtilities.ToTrackChunk(await notesDictionary.ConcatNoteDictionaryToList().FixChords().OffSet50Ms().FixEndSpacing());
concurrentPlayerTrackDictionary[iteration].AddObjects(new List <ITimedObject> {
new TimedEvent(new SequenceTrackNameEvent("tone:" + ProcessorConfig.Instrument.InstrumentTone.Name))
});
}
);
trackChunks = concurrentPlayerTrackDictionary.Values.ToList();
return(trackChunks);
}
public override async Task <List <TrackChunk> > Process()
{
var trackChunks = new List <TrackChunk> {
Song.TrackContainers[ProcessorConfig.Track].SourceTrackChunk
}.Concat(ProcessorConfig.IncludedTracks.Select(track => Song.TrackContainers[track].SourceTrackChunk)).ToList();
var instrumentGroup1 = trackChunks.GetNoteDictionary(Song.SourceTempoMap, ProcessorConfig.AutoToneInstrumentGroup.InstrumentTone,
ProcessorConfig.AutoToneOctaveRange.LowerNote,
ProcessorConfig.AutoToneOctaveRange.LowerNote + ProcessorConfig.AutoToneInstrumentGroup.Size1 * 12 - 1,
(int)ProcessorConfig.AutoToneInstrumentGroup.Instrument1.InstrumentToneMenuKey,
false,
-OctaveRange.Parse(ProcessorConfig.AutoToneOctaveRange.Index).LowerNote)
.MoveNoteDictionaryToDefaultOctave(OctaveRange.Parse(ProcessorConfig.AutoToneOctaveRange.Index))
.ConcatNoteDictionaryToList();
var instrumentGroup2 = trackChunks.GetNoteDictionary(Song.SourceTempoMap, ProcessorConfig.AutoToneInstrumentGroup.InstrumentTone,
ProcessorConfig.AutoToneOctaveRange.LowerNote + ProcessorConfig.AutoToneInstrumentGroup.Size1 * 12,
ProcessorConfig.AutoToneOctaveRange.LowerNote + ProcessorConfig.AutoToneInstrumentGroup.Size1 * 12 + ProcessorConfig.AutoToneInstrumentGroup.Size2 * 12 - 1,
(int)ProcessorConfig.AutoToneInstrumentGroup.Instrument2.InstrumentToneMenuKey,
false,
-OctaveRange.Parse(ProcessorConfig.AutoToneOctaveRange.Index + 1).LowerNote)
.MoveNoteDictionaryToDefaultOctave(OctaveRange.Parse(ProcessorConfig.AutoToneOctaveRange.Index + 1))
.ConcatNoteDictionaryToList();
var instrumentGroup3 = trackChunks.GetNoteDictionary(Song.SourceTempoMap, ProcessorConfig.AutoToneInstrumentGroup.InstrumentTone,
ProcessorConfig.AutoToneOctaveRange.LowerNote + ProcessorConfig.AutoToneInstrumentGroup.Size1 * 12 + ProcessorConfig.AutoToneInstrumentGroup.Size2 * 12,
ProcessorConfig.AutoToneOctaveRange.LowerNote + ProcessorConfig.AutoToneInstrumentGroup.Size1 * 12 + ProcessorConfig.AutoToneInstrumentGroup.Size2 * 12 + ProcessorConfig.AutoToneInstrumentGroup.Size3 * 12,
(int)ProcessorConfig.AutoToneInstrumentGroup.Instrument3.InstrumentToneMenuKey,
false,
-OctaveRange.Parse(ProcessorConfig.AutoToneOctaveRange.Index + 2).LowerNote)
.MoveNoteDictionaryToDefaultOctave(OctaveRange.Parse(ProcessorConfig.AutoToneOctaveRange.Index + 2))
.ConcatNoteDictionaryToList();
await Task.WhenAll(instrumentGroup1, instrumentGroup2, instrumentGroup3);
var notes = new List <Note>();
if (!ProcessorConfig.AutoToneInstrumentGroup.Instrument1.Equals(Instrument.None))
{
notes.AddRange(instrumentGroup1.Result);
}
if (!ProcessorConfig.AutoToneInstrumentGroup.Instrument2.Equals(Instrument.None))
{
notes.AddRange(instrumentGroup2.Result);
}
if (!ProcessorConfig.AutoToneInstrumentGroup.Instrument3.Equals(Instrument.None))
{
notes.AddRange(instrumentGroup3.Result);
}
var trackChunk = TimedObjectUtilities.ToTrackChunk(notes);
var playerNotesDictionary = await trackChunk.GetPlayerNoteDictionary(ProcessorConfig.PlayerCount, OctaveRange.C3toC6.LowerNote, OctaveRange.C3toC6.UpperNote);
var concurrentPlayerTrackDictionary = new ConcurrentDictionary <long, TrackChunk>(ProcessorConfig.PlayerCount, ProcessorConfig.PlayerCount);
Parallel.ForEach(playerNotesDictionary.Values, async(notesDictionary, _, iteration) =>
{
concurrentPlayerTrackDictionary[iteration] = TimedObjectUtilities.ToTrackChunk(await notesDictionary.ConcatNoteDictionaryToList().FixChords().OffSet50Ms().FixEndSpacing());
concurrentPlayerTrackDictionary[iteration].AddObjects(new List <ITimedObject> {
new TimedEvent(new SequenceTrackNameEvent("tone:" + ProcessorConfig.AutoToneInstrumentGroup.InstrumentTone.Name))
});
}
);
trackChunks = concurrentPlayerTrackDictionary.Values.ToList();
return(trackChunks);
}
