public void changeNote(int melody, int chordBass, PitchUtils.ChordType chordType)
{
if (!playMusic)
{
return;
}
curChord = chordBass;
curChordType = chordType;
//Debug.Log("Chord: " + chordBass); // Note is between 0 and 6
//Debug.Log("Melody: " + melody); // Note is also between 0 and 6
if (!(melody == prevMelody)) // don't play repeating melody notes
{
midiMelody.CurrentNote = getModeNote(melody) + 48;
midiMelody.PlayOneNote();
prevMelody = melody;
}
if (chordBass == prevChord)
{
return; // don't play the same chord again if it hasn't changed
}
prevChord = chordBass;
int MidiNote = -1; // We need to map it to the correct Midi Note between 0 and 12
MidiNote = getModeNote(chordBass);
int inversion = -1;
if (melody == chordBass)
{
inversion = 1;
}
else if ((melody == (chordBass + 3)) || (melody == (chordBass + 4)))
{
inversion = 2;
}
midiChords.CurrentNote = MidiNote + 48; // put it in a reasonable octave
if (chordType == PitchUtils.ChordType.Major)
{
midiChords.PlayMajorChord(inversion);
}
else if (chordType == PitchUtils.ChordType.Minor)
{
midiChords.PlayMinorChord(inversion);
}
else if (chordType == PitchUtils.ChordType.Dim)
{
midiChords.PlayDiminishedChord(inversion);
}
}
public Chord(int note, PitchUtils.ChordType type)
{
this.note = note;
this.type = type;
this.transitions = new Dictionary <int, List <int> >();
}
