def add_chords_bar(bar):
global sp_midi, chord_count, bass_count, melody_count, drums_count
chord_count += 1
track = mixer.channels["chords"]
channel = track
volume = mixer.get_volume("chords")
sequence = list(bar)
beat_ref = chord_count * performer.timing
for i in xrange(len(sequence)):
chord = sequence[i]
if chord != "." and chord.startswith("r") == False:
chordnotes = tools.get_chord(chord)
if len(chord) == 5:
pitch = chord[:2]
else:
pitch = chord[:1]
length = tools.lengths[str(chord[-2:])]
time = beat_ref + float(float(i) / float(performer.timing))
for note in chordnotes:
sp_midi.addNote(track, channel, note, time, length, volume)
def lily_convert_chord(bar):
sequence = list(bar)
lilybar = []
for chord in sequence:
if chord != ".":
length = lily_length(str(chord[-2:]))
if chord.startswith("r") == False:
chordnotes = tools.get_chord(chord)
chordsize = 3
octave = lily_octave(int(chord[-4:-3]), 2)
lilychord = "<"
for i in xrange(chordsize):
note = chordnotes[i]
pitch = tools.midi_to_genletter(note)
lilynote = str(lily_note(pitch) + octave + " ")
lilychord += lilynote
lilychord += ">" + length
lilybar.append(lilychord)
elif chord == "r1":
lilybar.append(chord + " ")
else:
lilybar.append("r" + length + " ")
return " ".join(lilybar)
def add_chords_bar(bar):
global sp_midi, chord_count, bass_count, melody_count, drums_count
chord_count += 1
track = mixer.channels["chords"]
channel = track
volume = mixer.get_volume("chords")
sequence = list(bar)
beat_ref = chord_count * performer.timing
for i in xrange(len(sequence)):
chord = sequence[i]
if chord != "." and chord.startswith("r") == False:
chordnotes = tools.get_chord(chord)
if len(chord) == 5:
pitch = chord[:2]
else:
pitch = chord[:1]
length = tools.lengths[str(chord[-2:])]
time = beat_ref + float(float(i)/float(performer.timing))
for note in chordnotes:
sp_midi.addNote(track, channel, note, time, length, volume)
def lily_convert_chord(bar):
sequence = list(bar)
lilybar = []
for chord in sequence:
if chord != ".":
length = lily_length(str(chord[-2:]))
if chord.startswith("r") == False:
chordnotes = tools.get_chord(chord)
chordsize = 3
octave = lily_octave(int(chord[-4:-3]), 2)
lilychord = "<"
for i in xrange(chordsize):
note = chordnotes[i]
pitch = tools.midi_to_genletter(note)
lilynote = str(lily_note(pitch) + octave + " ")
lilychord += lilynote
lilychord += ">" + length
lilybar.append(lilychord)
elif chord == "r1":
lilybar.append(chord + " ")
else:
lilybar.append("r" + length + " ")
return " ".join(lilybar)
def play_chord(chan, speed, pattern):
beat = 0
while beat < (tsig * timing):
noteinfo = pattern[beat]
if noteinfo != "." and noteinfo.startswith("r") == False:
chord = tools.get_chord(noteinfo)
length = tools.lengths[str(noteinfo[-2:])]
chordsize = 6 * int(tools.invlerp(0, 100, profiles.motion))
threading.Thread(target = play_notes, args = [chan,chord,0,length,chordsize]).start()
nextbeat = float(float(speed)/float(timing))
time.sleep(nextbeat)
beat += 1
def play_chord(chan, speed, pattern):
beat = 0
while beat < (tsig * timing):
noteinfo = pattern[beat]
if noteinfo != "." and noteinfo.startswith("r") == False:
chord = tools.get_chord(noteinfo)
length = tools.lengths[str(noteinfo[-2:])]
chordsize = 6 * int(tools.invlerp(0, 100, profiles.motion))
threading.Thread(target=play_notes,
args=[chan, chord, 0, length, chordsize]).start()
nextbeat = float(float(speed) / float(timing))
time.sleep(nextbeat)
beat += 1