public static D_Note create_note(int keycode, int beats)
{
Tuple <NoteLevel, NoteAlteration> note_alt = get_level_and_alteration(keycode);
int octave = get_octave(keycode);
return(D_NoteFactory.create_note(note_alt.Item1, note_alt.Item2, octave, beats));
}
public static D_Note noteFromToken(String token, int current_scope_octave, D_Note previous_note)
{
NoteLevel noteLevel = noteLevelDictionary[token[0]];
int length_in_sixteenths = 16 / StringUtil.getNumberFromString(token);
if (token.Contains('.'))
{
length_in_sixteenths = (int)((double)length_in_sixteenths * 1.5);
}
if (noteLevel == NoteLevel.rest)
{
return(D_NoteFactory.create_rest(length_in_sixteenths));
}
else
{
NoteAlteration alteration = getNoteNoteAlteration(token);
int octave = getNoteOctave(token, current_scope_octave);
D_Note new_note = D_NoteFactory.create_note(noteLevel, alteration, octave, length_in_sixteenths);
if (previous_note != null)
{
setRelativeOctave(new_note, previous_note);
}
return(new_note);
}
}
public static Tuple <D_Note, D_Note> splitNote(D_Note note_to_split, int first_note_length)
{
int second_note_length = note_to_split.length - first_note_length;
D_Note first = D_NoteFactory.create_note(note_to_split, first_note_length);
first.note_tie = NoteTie.start;
D_Note second = D_NoteFactory.create_note(note_to_split, second_note_length);
second.note_tie = NoteTie.stop;
return(new Tuple <D_Note, D_Note>(first, second));
}
