public void Generate()
{
sequencer.Clear();
int maxNote = scale.Length * octaveSpan;
int currentNote = Random.Range(0, maxNote);
Note lastNote = sequencer.AddNote(GetKeyFromRandomWalk(currentNote), 0, (int)typeOfSequence);
for (int i = (int)typeOfSequence; i < sequencer.length; i += (int)typeOfSequence)
{
float density = Random.Range(minDensity, maxDensity);
if (Random.Range(0.0f, 1.0f) < density)
{
currentNote = GetNextNote(currentNote, maxNote);
lastNote = sequencer.AddNote(GetKeyFromRandomWalk(currentNote), i, i + (int)typeOfSequence);
}
else
{
lastNote.end = i + (int)typeOfSequence;
}
}
}
public void Edit(int columnIndex, int noteIndex)
{
NoteConfig noteConfig = noteConfigs[noteIndex];
// Sequencer
if (helmSequencer)
{
List <AudioHelm.Note> onNotes = helmSequencer.GetAllNoteOnsInRange(columnIndex, columnIndex + 1);
foreach (AudioHelm.Note onNote in onNotes)
{
helmSequencer.RemoveNote(onNote);
}
//
if (noteConfig.note != -1)
{
helmSequencer.AddNote(noteConfig.note, columnIndex, columnIndex + 1);
}
}
// Sampler
if (sampleSequencer)
{
List <AudioHelm.Note> onNotes = sampleSequencer.GetAllNoteOnsInRange(columnIndex, columnIndex + 1);
foreach (AudioHelm.Note onNote in onNotes)
{
sampleSequencer.RemoveNote(onNote);
}
//
if (noteConfig.note != -1)
{
sampleSequencer.AddNote(noteConfig.note, columnIndex, columnIndex + 1);
}
}
//
sequenceConfigs[columnIndex] = noteConfig;
}