private void ProcessChord(NotePress physicalNotePressed, IElement[] previousGroup, IElement[] currentGroup, IElement[] nextGroup, Dictionary <byte, List <byte> > pressedNotes)
{
foreach (var element in currentGroup)
{
if (context.Output != null)
{
if (!pressedNotes.ContainsKey(physicalNotePressed.Pitch))
{
pressedNotes[physicalNotePressed.Pitch] = new List <byte>(currentGroup.Length);
}
pressedNotes[physicalNotePressed.Pitch].Add(element.Pitch);
context.Output(new NotePress()
{
Pitch = element.Pitch,
Velocity = physicalNotePressed.Velocity
});
}
}
}
private void ProcessChord(NotePress targetNotePress, List <NotePress> notePresses, IElement[] previousGroup, IElement[] filteredCurrentGroup, IElement[] nextGroup, Dictionary <byte, byte> pressedNotes)
{
// Zero-based index of which note out of the chord's notes is being processed
var noteIndex = notePresses.OrderBy(x => x.Pitch).ToList().FindIndex(x => x.Pitch == targetNotePress.Pitch);
var correctedNote = filteredCurrentGroup[noteIndex];
if (correctedNote == null)
{
Trace.WriteLine($"No corrected note found in filtered current group {filteredCurrentGroup}.");
return;
}
if (context.Output != null)
{
pressedNotes[targetNotePress.Pitch] = correctedNote.Pitch;
context.Output(new NotePress()
{
Pitch = correctedNote.Pitch,
Velocity = targetNotePress.Velocity
});
}
}
