def create_midi(m):
# Convert to MIDI
easyMIDI = EasyMIDI()
track1 = Track("Acoustic Guitar (nylon)", tempo=180)
unique_x = m[4][0].astype(int) # Keep track of x coordinate
chord_counter = 0
chord_notes = []
for i in range(len(m[0]) - 1):
next_x = m[4][i + 1].astype(int)
if abs(unique_x - next_x) < 5: # Duplicate or possible chord found
chord_counter += 1 # Increment counter
else:
unique_x = next_x
if chord_counter > 0:
# if False:
for j in range(chord_counter + 1):
N = Note(m[0][i - j], m[1][i - j].astype(int),
m[2][i - j].astype(float))
chord_notes.append(N)
chord = Chord(chord_notes)
track1.addNote(chord)
chord_notes = []
chord_counter = 0
else:
N = Note(m[0][i], m[1][i].astype(int), m[2][i].astype(float))
track1.addNote(N)
easyMIDI.addTrack(track1)
easyMIDI.writeMIDI("output.mid")
def transcribe(file):
easyMIDI = EasyMIDI()
track1 = Track("acoustic grand piano")
num = file[:-4]
file = file[:-4] + "_to_chords.txt"
f = open(file, "r")
lines = f.readlines() #formatted like 'Cdim:\tC\tD#\tF#\tA\t\n'
for chord in lines:
aList = []
appeared = []
chord = chord.split("\t")[1:-1]
for note in chord:
if note not in appeared:
temp = Note(note, 4, 1 / 4, 100)
appeared.append(note)
else:
temp = Note(note, 5, 1 / 4, 100)
aList.append(temp)
chord = Chord(aList)
track1.addNote(chord)
easyMIDI.addTrack(track1)
easyMIDI.writeMIDI("output" + "_" + num + ".mid")
file = "output" + "_" + num + ".mid"
f.close()
return file
def planB(track, chordPredict, durat_list):
for i, val in enumerate(chordPredict):
if i >= len(durat_list):
break
N = getManyNamedNotes(RomanChord(val).getNotes())
for k, val2 in enumerate(durat_list[i]):
if val2 == 0:
break
m = Note(N[0][:-1],
octave=int(N[0][-1]),
duration=val2,
volume=100)
p = Note(N[1][:-1],
octave=int(N[1][-1]),
duration=val2,
volume=100)
q = Note(N[2][:-1],
octave=int(N[2][-1]),
duration=val2,
volume=100)
mQ = Chord([m, q])
if dna[i * 3 + k] == 'A':
track.addNote(m)
elif dna[i * 3 + k] == 'T':
track.addNote(p)
elif dna[i * 3 + k] == 'C':
track.addNote(q)
elif dna[i * 3 + k] == 'G':
track.addChord(mQ)
def run(self):
global yinlist
global playFlag
global endFlag
while(endFlag is False):
if yinlist != [] and playFlag is True:
name = []
vol = 100
easyMIDI = EasyMIDI()
track = Track("acoustic grand piano")
for item in yinlist:
dur = []
octave = []
if item[0] == 1:
octave = 1
if item[0] == 1.5:
octave = 2
if item[0] == 2:
octave = 3
if item[0] == 2.5:
octave = 4
if item[0] == 3:
octave = 5
if item[0] == 3.5:
octave = 6
if item[0] == 4:
octave = 7
if item[1] == 0:
dur = 1/2
if item[1] == 1:
dur = 1/4
if item[1] == 2:
dur = 1/8
if item[1] == 3:
name = "F"
if item[1] == 4:
name = "G"
if item[1] == 10:
name = "C"
if name == []: #如果没有谱号
print("name of Note is None!",sys._getframe().f_lineno,sys._getframe().f_code.co_name)
else:
if dur != [] and octave != []:
pitch = Note(name,octave,dur,vol)
track.addNotes(pitch)
easyMIDI.addTrack(track)
easyMIDI.writeMIDI("example.mid")
file = r'example.mid'
pygame.mixer.init()
print("play music")
track = pygame.mixer.music.load(file)
pygame.mixer.music.play()
while pygame.mixer.music.get_busy():
pass
pygame.mixer.music.stop()
os.remove("example.mid")
else:
time.sleep(1)
def playRandomNote():
newPitch = EasyMIDI()
note = Track("acoustic grand piano")
notes = ['A', 'B', 'C', 'D', 'E', 'F', 'G']
i = random.randint(0, 6)
singleNote = Note(notes[i], octave=5, duration=1, volume=90)
note.addNotes([singleNote])
newPitch.addTrack(note)
newPitch.writeMIDI('pitch.mid')
def to_midi(self):
easy_midi = EasyMIDI()
track1 = Track("acoustic grand piano")
notes = []
for i in range(len(self.notes)):
note_name = self.notes[i]
note_octave = self.octaves[i]
duration = self.durations[i]
volume = self.volumes[i]
note = Note(note_name,
octave=note_octave,
duration=duration,
volume=volume)
notes.append(note)
track1.addNotes(notes)
easy_midi.addTrack(track1)
out_str = io.BytesIO()
easy_midi.midFile.writeFile(out_str)
data = out_str.getvalue()
out_str.close()
return base64.b64encode(data).decode('ascii')
sequence.append(current_state)
n_tracks = len(sequence[0]) - 1
tracks = [[] for i in range(n_tracks)]
for state in sequence:
for i in range(n_tracks):
pitch = state[i]
duration = state[-1]
if pitch > 0:
tracks[i].append([pitch, duration])
else:
tracks[i][-1][1] += duration
notes = ['C', 'C#', 'D', 'Eb', 'E', 'F', 'F#', 'G', 'Ab', 'A', 'Bb', 'B']
easyMIDI = EasyMIDI()
for voice in tracks:
track = Track("choir aahs")
for note in voice:
pitch = note[0]
duration = note[1]
midi_note = Note(notes[pitch % 12],
octave=pitch // 12 - 1,
duration=duration / 4,
volume=100)
track.addNote(midi_note)
easyMIDI.addTrack(track)
easyMIDI.writeMIDI(sys.argv[2])
def generateNewMusic(MOOD):
newSong = EasyMIDI()
melody = Track("acoustic grand piano")
chords = Track("acoustic grand piano")
#creates the key
notes = ['A', 'B', 'C', 'D', 'E', 'F', 'G']
majMin = random.randint(0, 1) #0 for minor, 1 for major
baseNote = random.randint(0, 6) #ABCDEFG
baseScale = generateScale(notes[baseNote], majMin)
#generate chord beat
baseBeat = generateBaseBeat()
#generate melody beat
melodyRhyth = generateMelodyRhythm(len(baseBeat[0]))
#generate chords
getChords = generateChords(baseBeat)
#generate melody
pitches = generateMelodyPitch(baseScale, melodyRhyth)
#add notes to melody
for i in range(len(pitches)):
if MOOD == 0:
vol = random.randint(50, 100)
elif MOOD == 1:
vol = random.randint(50, 90)
elif MOOD == 2:
vol = random.randint(90, 100)
else:
vol = random.randint(50, 80)
newNote = Note(pitches[i],
octave=5,
duration=melodyRhyth[i] / 4,
volume=vol)
melody.addNotes([newNote])
#formats into boolean for chords
if majMin == 0:
majMin = False
else:
majMin = True
#flattens chord list and gets durations
newGetChords, chordDurations = generateChordDurations(getChords)
chordOctave = random.randint(2, 4)
#hardcoded chord volumes based on if powerful
if MOOD == 2 or MOOD == 0:
vol = random.randint(80, 100)
else:
vol = random.randint(40, 90)
for i in range(len(newGetChords)):
chords.addNotes(
RomanChord(newGetChords[i],
octave=chordOctave,
duration=chordDurations[i],
key=notes[baseNote],
major=majMin,
volume=vol))
#place tracks into file
newSong.addTrack(melody)
newSong.addTrack(chords)
newSong.writeMIDI('output.mid')
#for debugging purposes
# print(getChords)
# print(melodyRhyth)
# print(pitches)
# print("MajorBool: " + str(majMin))
# print(newGetChords)
# print(chordDurations)
chordProgression = getChordProgression(getChords)
#returns raw data so it is judged
print(notes[baseNote], majMin, chordProgression, melodyRhyth, pitches)
return notes[baseNote], majMin, chordProgression, melodyRhyth, pitches
def __init__(self, genre):
### Definition des notes
self.c2 = Note('C', octave=3, duration=1 / 4, volume=100) # DO2
self.c2d = Note('C#', octave=3, duration=1 / 4, volume=100)
self.d2 = Note('D', octave=3, duration=1 / 4, volume=100)
self.d2d = Note('D#', octave=3, duration=1 / 4, volume=100)
self.e2 = Note('E', octave=3, duration=1 / 4, volume=100)
self.f2 = Note('F', octave=3, duration=1 / 4, volume=100)
self.f2d = Note('F#', octave=3, duration=1 / 4, volume=100)
self.g2 = Note('G', octave=3, duration=1 / 4, volume=100)
self.g2d = Note('G#', octave=3, duration=1 / 4, volume=100)
self.a2 = Note('A', octave=3, duration=1 / 4, volume=100)
self.a2d = Note('A#', octave=3, duration=1 / 4, volume=100)
self.b2 = Note('B', octave=3, duration=1 / 4, volume=100)
self.c3 = Note('C', octave=4, duration=1 / 4, volume=100) # DO3
self.c3d = Note('C#', octave=4, duration=1 / 4, volume=100)
self.d3 = Note('D', octave=4, duration=1 / 4, volume=100)
self.d3d = Note('D#', octave=4, duration=1 / 4, volume=100)
self.e3 = Note('E', octave=4, duration=1 / 4, volume=100)
self.f3 = Note('F', octave=4, duration=1 / 4, volume=100)
self.f3d = Note('F#', octave=4, duration=1 / 4, volume=100)
self.g3 = Note('G', octave=4, duration=1 / 4, volume=100)
self.g3d = Note('G#', octave=4, duration=1 / 4, volume=100)
self.a3 = Note('A', octave=4, duration=1 / 4, volume=100)
self.a3d = Note('A#', octave=4, duration=1 / 4, volume=100)
self.b3 = Note('B', octave=4, duration=1 / 4, volume=100)
self.c4 = Note('C', octave=5, duration=1 / 4, volume=100) # DO4
self.c4d = Note('C#', octave=5, duration=1 / 4, volume=100)
self.d4 = Note('D', octave=5, duration=1 / 4, volume=100)
self.d4d = Note('D#', octave=5, duration=1 / 4, volume=100)
self.e4 = Note('E', octave=5, duration=1 / 4, volume=100)
self.f4 = Note('F', octave=5, duration=1 / 4, volume=100)
self.f4d = Note('F#', octave=5, duration=1 / 4, volume=100)
self.g4 = Note('G', octave=5, duration=1 / 4, volume=100)
self.g4d = Note('G#', octave=5, duration=1 / 4, volume=100)
self.a4 = Note('A', octave=5, duration=1 / 4, volume=100)
self.a4d = Note('A#', octave=5, duration=1 / 4, volume=100)
self.b4 = Note('B', octave=5, duration=1 / 4, volume=100)
### Definition des gammes
self.doma = Gamme('Do majeur', ['Do', 'Re', 'Mi', 'Fa', 'Sol', 'La', 'Si'])
self.lami = Gamme('La mineur', ['Do', 'Re', 'Mi', 'Fa', 'Sol', 'La', 'Si'])
self.solma = Gamme('Sol majeur', ['Do', 'Re', 'Mi', 'Fad', 'Sol', 'La', 'Si'])
self.mimi = Gamme('Mi mineur', ['Do', 'Re', 'Mi', 'Fad', 'Sol', 'La', 'Si'])
self.rema = Gamme('Re majeur', ['Dod', 'Re', 'Mi', 'Fad', 'Sol', 'La', 'Si'])
self.simi = Gamme('Si mineur', ['Dod', 'Re', 'Mi', 'Fad', 'Sol', 'La', 'Si'])
self.lama = Gamme('La majeur', ['Dod', 'Re', 'Mi', 'Fad', 'Sold', 'La', 'Si'])
self.fadmi = Gamme('Fad mineur', ['Dod', 'Re', 'Mi', 'Fad', 'Sold', 'La', 'Si'])
self.mima = Gamme('Mi majeur', ['Dod', 'Red', 'Mi', 'Fad', 'Sold', 'La', 'Si'])
self.dodmi = Gamme('Dod mineur', ['Dod', 'Red', 'Mi', 'Fad', 'Sold', 'La', 'Si'])
self.sima = Gamme('Si majeur', ['Dod', 'Red', 'Mi', 'Fad', 'Sold', 'Lad', 'Si'])
self.soldmi = Gamme('Sold mineur', ['Dod', 'Red', 'Mi', 'Fad', 'Sold', 'Lad', 'Si'])
self.fadma = Gamme('Fad majeur', ['Dod', 'Red', 'Fa', 'Fad', 'Sold', 'Lad', 'Si'])
self.redmi = Gamme('Red mineur', ['Dod', 'Red', 'Fa', 'Fad', 'Sold', 'Lad', 'Si'])
self.dodma = Gamme('Dod majeur', ['Do', 'Dod', 'Red', 'Fa', 'Fad', 'Sold', 'Lad'])
self.ladmi = Gamme('Lad mineur', ['Do', 'Dod', 'Red', 'Fa', 'Fad', 'Sold', 'Lad'])
self.fama = Gamme('Fa majeur', ['Do', 'Re', 'Mi', 'Fa', 'Sol', 'La', 'Lad'])
self.remi = Gamme('Re mineur', ['Do', 'Re', 'Mi', 'Fa', 'Sol', 'La', 'Lad'])
self.ladma = Gamme('Lad majeur', ['Do', 'Re', 'Red', 'Fa', 'Sol', 'La', 'Lad'])
self.solmi = Gamme('Sol mineur', ['Do', 'Re', 'Red', 'Fa', 'Sol', 'La', 'Lad'])
self.redma = Gamme('Red majeur', ['Do', 'Re', 'Red', 'Fa', 'Sol', 'Sold', 'Lad'])
self.domi = Gamme('Do mineur', ['Do', 'Re', 'Red', 'Fa', 'Sol', 'Sold', 'Lad'])
self.soldma = Gamme('Sold majeur', ['Do', 'Dod', 'Red', 'Fa', 'Sol', 'Sold', 'Lad'])
self.fami = Gamme('Fa mineur', ['Do', 'Dod', 'Red', 'Fa', 'Sol', 'Sold', 'Lad'])
self.dissonnance = 0
gamme = genre.chooseGenre()
print(gamme)
dissonnance = genre.dissonanceMoyenne() - 10
self.generate(gamme, dissonnance)
def __init__(self, genre, markov1, markov2):
### Definition des notes
self.c2 = Note('C', octave=3, duration=1 / 4, volume=100) # DO2
self.c2d = Note('C#', octave=3, duration=1 / 4, volume=100)
self.d2 = Note('D', octave=3, duration=1 / 4, volume=100)
self.d2d = Note('D#', octave=3, duration=1 / 4, volume=100)
self.e2 = Note('E', octave=3, duration=1 / 4, volume=100)
self.f2 = Note('F', octave=3, duration=1 / 4, volume=100)
self.f2d = Note('F#', octave=3, duration=1 / 4, volume=100)
self.g2 = Note('G', octave=3, duration=1 / 4, volume=100)
self.g2d = Note('G#', octave=3, duration=1 / 4, volume=100)
self.a2 = Note('A', octave=3, duration=1 / 4, volume=100)
self.a2d = Note('A#', octave=3, duration=1 / 4, volume=100)
self.b2 = Note('B', octave=3, duration=1 / 4, volume=100)
self.c3 = Note('C', octave=4, duration=1 / 4, volume=100) # DO3
self.c3d = Note('C#', octave=4, duration=1 / 4, volume=100)
self.d3 = Note('D', octave=4, duration=1 / 4, volume=100)
self.d3d = Note('D#', octave=4, duration=1 / 4, volume=100)
self.e3 = Note('E', octave=4, duration=1 / 4, volume=100)
self.f3 = Note('F', octave=4, duration=1 / 4, volume=100)
self.f3d = Note('F#', octave=4, duration=1 / 4, volume=100)
self.g3 = Note('G', octave=4, duration=1 / 4, volume=100)
self.g3d = Note('G#', octave=4, duration=1 / 4, volume=100)
self.a3 = Note('A', octave=4, duration=1 / 4, volume=100)
self.a3d = Note('A#', octave=4, duration=1 / 4, volume=100)
self.b3 = Note('B', octave=4, duration=1 / 4, volume=100)
self.c4 = Note('C', octave=5, duration=1 / 4, volume=100) # DO4
self.c4d = Note('C#', octave=5, duration=1 / 4, volume=100)
self.d4 = Note('D', octave=5, duration=1 / 4, volume=100)
self.d4d = Note('D#', octave=5, duration=1 / 4, volume=100)
self.e4 = Note('E', octave=5, duration=1 / 4, volume=100)
self.f4 = Note('F', octave=5, duration=1 / 4, volume=100)
self.f4d = Note('F#', octave=5, duration=1 / 4, volume=100)
self.g4 = Note('G', octave=5, duration=1 / 4, volume=100)
self.g4d = Note('G#', octave=5, duration=1 / 4, volume=100)
self.a4 = Note('A', octave=5, duration=1 / 4, volume=100)
self.a4d = Note('A#', octave=5, duration=1 / 4, volume=100)
self.b4 = Note('B', octave=5, duration=1 / 4, volume=100)
### Definition des gammes
self.doma = Gamme('Do majeur',
['Do', 'Re', 'Mi', 'Fa', 'Sol', 'La', 'Si'])
self.lami = Gamme('La mineur',
['Do', 'Re', 'Mi', 'Fa', 'Sol', 'La', 'Si'])
self.solma = Gamme('Sol majeur',
['Do', 'Re', 'Mi', 'Fad', 'Sol', 'La', 'Si'])
self.mimi = Gamme('Mi mineur',
['Do', 'Re', 'Mi', 'Fad', 'Sol', 'La', 'Si'])
self.rema = Gamme('Re majeur',
['Dod', 'Re', 'Mi', 'Fad', 'Sol', 'La', 'Si'])
self.simi = Gamme('Si mineur',
['Dod', 'Re', 'Mi', 'Fad', 'Sol', 'La', 'Si'])
self.lama = Gamme('La majeur',
['Dod', 'Re', 'Mi', 'Fad', 'Sold', 'La', 'Si'])
self.fadmi = Gamme('Fad mineur',
['Dod', 'Re', 'Mi', 'Fad', 'Sold', 'La', 'Si'])
self.mima = Gamme('Mi majeur',
['Dod', 'Red', 'Mi', 'Fad', 'Sold', 'La', 'Si'])
self.dodmi = Gamme('Dod mineur',
['Dod', 'Red', 'Mi', 'Fad', 'Sold', 'La', 'Si'])
self.sima = Gamme('Si majeur',
['Dod', 'Red', 'Mi', 'Fad', 'Sold', 'Lad', 'Si'])
self.soldmi = Gamme('Sold mineur',
['Dod', 'Red', 'Mi', 'Fad', 'Sold', 'Lad', 'Si'])
self.fadma = Gamme('Fad majeur',
['Dod', 'Red', 'Fa', 'Fad', 'Sold', 'Lad', 'Si'])
self.redmi = Gamme('Red mineur',
['Dod', 'Red', 'Fa', 'Fad', 'Sold', 'Lad', 'Si'])
self.dodma = Gamme('Dod majeur',
['Do', 'Dod', 'Red', 'Fa', 'Fad', 'Sold', 'Lad'])
self.ladmi = Gamme('Lad mineur',
['Do', 'Dod', 'Red', 'Fa', 'Fad', 'Sold', 'Lad'])
self.fama = Gamme('Fa majeur',
['Do', 'Re', 'Mi', 'Fa', 'Sol', 'La', 'Lad'])
self.remi = Gamme('Re mineur',
['Do', 'Re', 'Mi', 'Fa', 'Sol', 'La', 'Lad'])
self.ladma = Gamme('Lad majeur',
['Do', 'Re', 'Red', 'Fa', 'Sol', 'La', 'Lad'])
self.solmi = Gamme('Sol mineur',
['Do', 'Re', 'Red', 'Fa', 'Sol', 'La', 'Lad'])
self.redma = Gamme('Red majeur',
['Do', 'Re', 'Red', 'Fa', 'Sol', 'Sold', 'Lad'])
self.domi = Gamme('Do mineur',
['Do', 'Re', 'Red', 'Fa', 'Sol', 'Sold', 'Lad'])
self.soldma = Gamme('Sold majeur',
['Do', 'Dod', 'Red', 'Fa', 'Sol', 'Sold', 'Lad'])
self.fami = Gamme('Fa mineur',
['Do', 'Dod', 'Red', 'Fa', 'Sol', 'Sold', 'Lad'])
self.markov = [] # tableau de markov
self.markovtps = [] # tab de markov pour le temps
for i in range(36):
self.markov.append([0] * 36)
self.markov = markov1[:]
gamme = genre.chooseGenre()
self.generate(gamme)
def generate(dna):
DNA = Seq(dna, IUPAC.unambiguous_dna)
seq = DNA.translate()
seq = str(seq)
durat_list = rco(dna)
print(durat_list)
# Generation
easyMIDI = EasyMIDI(numTracks=3)
track1 = Track('acoustic grand piano')
#track2 = Track('FX 5 (brightness)')
track2 = Track('Whistle')
track3 = Track('String Ensemble 1')
key_input = 'C'
c2 = Note('C', octave=2, duration=1 / 8, volume=100)
d2 = Note('D', 2, 1 / 8)
e2 = Note('E', 2, 1 / 8)
eflat2 = Note('Eb', 2, 1 / 8)
f2 = Note('F', 2, 1 / 8)
fsharp2 = Note('F#', 2, 1 / 8)
g2 = Note('G', 2, 1 / 8)
a2 = Note('A', 2, 1 / 8)
b2 = Note('B', 2, 1 / 8)
bflat2 = Note('Bb', 2, 1 / 8)
#3rd Octave
c = Note('C', octave=3, duration=1 / 8, volume=100)
d = Note('D', 3, 1 / 8)
e = Note('E', 3, 1 / 8)
eflat = Note('Eb', 3, 1 / 8)
f = Note('F', 3, 1 / 8)
fsharp = Note('F#', 3, 1 / 8)
g = Note('G', 3, 1 / 8)
a = Note('A', 3, 1 / 8)
b = Note('B', 3, 1 / 8)
bflat = Note('Bb', 3, 1 / 8)
#duration=3/8, 3rd Octave
d_38 = Note('D', 3, 3 / 8)
fsharp_38 = Note('F#', 3, 3 / 8)
a_38 = Note('A', 3, 3 / 8)
c4_38 = Note('C', 3, 3 / 8)
#duration=1/4, 3rd Octave
d_14 = Note('D', 3, 1 / 4)
fsharp_14 = Note('F#', 3, 1 / 4)
a_14 = Note('A', 3, 1 / 4)
c4_14 = Note('C', 3, 1 / 4)
#4th Octave
c4 = Note('C', octave=4, duration=1 / 8, volume=100)
d4 = Note('D', 4, 1 / 8)
e4 = Note('E', 4, 1 / 8)
eflat4 = Note('Eb', 4, 1 / 8)
f4 = Note('F', 4, 1 / 8)
fsharp4 = Note('F#', 4, 1 / 8)
g4 = Note('G', 4, 1 / 8)
a4 = Note('A', 4, 1 / 8)
b4 = Note('B', 4, 1 / 8)
bflat4 = Note('Bb', 4, 1 / 8)
#5th Octave
c5 = Note('C', 5, 1 / 8)
d5 = Note('D', 5, 1 / 8)
e5 = Note('E', 5, 1 / 8)
eflat5 = Note('Eb', 5, 1 / 8)
f5 = Note('F', 5, 1 / 8)
fsharp5 = Note('F#', 5, 1 / 8)
g5 = Note('G', 5, 1 / 8)
a5 = Note('A', 5, 1 / 8)
b5 = Note('B', 5, 1 / 8)
bflat5 = Note('Bb', 5, 1 / 8)
#6th Octave
c6 = Note('C', 6, 1 / 8)
d6 = Note('D', 6, 1 / 8)
e6 = Note('E', 6, 1 / 8)
eflat6 = Note('Eb', 6, 1 / 8)
f6 = Note('F', 6, 1 / 8)
fsharp6 = Note('F#', 6, 1 / 8)
g6 = Note('G', 6, 1 / 8)
a6 = Note('A', 6, 1 / 8)
b6 = Note('B', 6, 1 / 8)
bflat6 = Note('Bb', 6, 1 / 8)
#chordC = Chord([c,e,g]) #-- a chord of notes C, E and G
# Track3
# abcbcbcb pattern
Idiv = [c, e, g, e, g, e, g, e]
I6div = [e, g, c4, g, c4, g, c4, g]
I64div = [g2, c, e, c, e, c, e, c]
Idom7div = [c, g, bflat, g, bflat, g, bflat, g]
IIdiv = [d, f, a, f, a, f, a, f]
II6div = [f2, a2, d, a2, d, a2, d, a2]
II64div = [a2, d, f, d, f, d, f, d]
IIIdiv = [e, g, b, g, b, g, b, g]
IVdiv = [f, a, c4, a, c4, a, c4, a]
IV6div = [a2, c, f, c, f, c, f, c]
IV64div = [c, f, a, f, a, f, a, f]
IV7div = [f2, c, eflat, c, eflat, c, eflat, c]
Vdiv = [g2, b2, d, b2, d, b2, d, b2]
V6div = [b2, d, g, d, g, d, g, d]
V64div = [c, f, a, f, a, f, a, f]
V7div = [g2, d, f, d, f, d, f, d]
VofVdiv = [d, fsharp, c4, fsharp, c4, fsharp, c4, fsharp]
VIdiv = [a2, c, e, c, e, c, e, c]
VI6div = [c, e, a, e, a, e, a, e]
def set_Duration(chordname, octave, durat):
cd = RomanChord(chordname, octave, durat, key_input, True, 100)
return cd
#regular roman chords
I = RomanChord(numeral='I',
octave=4,
duration=0.25,
key=key_input,
major=True,
volume=100)
II = RomanChord(numeral='II',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
III = RomanChord(numeral='III',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
IV = RomanChord(numeral='IV',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
V = RomanChord(numeral='V',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
VI = RomanChord(numeral='VI',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
I6 = RomanChord(numeral='I*',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
I64 = RomanChord(numeral='I**',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
Idom7 = RomanChord(numeral='Idom7',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
II6 = RomanChord(numeral='II*',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
II64 = RomanChord(numeral='II**',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
IV6 = RomanChord(numeral='IV*',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
IV64 = RomanChord(numeral='IV**',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
IV7 = RomanChord(numeral='IVdom7',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
V6 = RomanChord(numeral='V*',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
V64 = RomanChord(numeral='V**',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
V7 = RomanChord(numeral='V7',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
# VofV = Chord([d,fsharp,a,c4])
# VofV_38 = Chord([d_38,fsharp_38,a_38,c4_38])
# VofV_14 = Chord([d_14,fsharp_14,a_14,c4_14])
VI6 = RomanChord(numeral='VI*',
octave=3,
duration=0.25,
key=key_input,
major=True,
volume=100)
PAC_cadence = [V6, I]
chordPredict = []
def Starting_Chord(track):
track.addChord(set_Duration('I', 3, 3 / 8))
track.addChord(set_Duration('I', 3, 1 / 8))
track.addChord(set_Duration('I', 3, 1 / 4))
track.addChord(set_Duration('I', 3, 1 / 4))
for letter in seq:
if letter == 'S':
#I
chordPredict.append('I')
track2.addChord(set_Duration('I', 4, 3 / 8))
track2.addChord(set_Duration('I', 4, 1 / 8))
track2.addChord(set_Duration('I', 4, 1 / 4))
track2.addChord(set_Duration('I', 4, 1 / 4))
track3.addNote(Idiv)
elif letter == 'L':
#V
chordPredict.append('V')
track2.addChord(set_Duration('V', 3, 3 / 8))
track2.addChord(set_Duration('V', 3, 1 / 8))
track2.addChord(set_Duration('V', 3, 1 / 4))
track2.addChord(set_Duration('V', 3, 1 / 4))
track3.addNote(Vdiv)
elif letter == 'A':
#IV
chordPredict.append('IV')
track2.addChord(set_Duration('IV', 3, 3 / 8))
track2.addChord(set_Duration('IV', 3, 1 / 8))
track2.addChord(set_Duration('IV', 3, 1 / 4))
track2.addChord(set_Duration('IV', 3, 1 / 4))
track3.addNote(IVdiv)
elif letter == 'G':
#V7
chordPredict.append('V7')
track2.addChord(set_Duration('V7', 3, 3 / 8))
track2.addChord(set_Duration('V7', 3, 1 / 8))
track2.addChord(set_Duration('V7', 3, 1 / 4))
track2.addChord(set_Duration('V7', 3, 1 / 4))
track3.addNote(V7div)
elif letter == 'K':
#VI
chordPredict.append('VI')
track2.addChord(set_Duration('VI', 3, 3 / 8))
track2.addChord(set_Duration('VI', 3, 1 / 8))
track2.addChord(set_Duration('VI', 3, 1 / 4))
track2.addChord(set_Duration('VI', 3, 1 / 4))
track3.addNote(VIdiv)
elif letter == 'T':
#I6
chordPredict.append('I*')
track2.addChord(set_Duration('I*', 3, 3 / 8))
track2.addChord(set_Duration('I*', 3, 1 / 8))
track2.addChord(set_Duration('I*', 3, 1 / 4))
track2.addChord(set_Duration('I*', 3, 1 / 4))
track3.addNote(I6div)
elif letter == 'D':
#V6
chordPredict.append('V*')
track2.addChord(set_Duration('V*', 3, 3 / 8))
track2.addChord(set_Duration('V*', 3, 1 / 8))
track2.addChord(set_Duration('V*', 3, 1 / 4))
track2.addChord(set_Duration('V*', 3, 1 / 4))
track3.addNote(V6div)
elif letter == 'E':
#IV6
chordPredict.append('IV*')
track2.addChord(set_Duration('IV*', 3, 3 / 8))
track2.addChord(set_Duration('IV*', 3, 1 / 8))
track2.addChord(set_Duration('IV*', 3, 1 / 4))
track2.addChord(set_Duration('IV*', 3, 1 / 4))
track3.addNote(IV6div)
elif letter == 'P':
#Idom7
chordPredict.append('Idom7')
track2.addChord(set_Duration('Idom7', 3, 3 / 8))
track2.addChord(set_Duration('Idom7', 3, 1 / 8))
track2.addChord(set_Duration('Idom7', 3, 1 / 4))
track2.addChord(set_Duration('Idom7', 3, 1 / 4))
track3.addNote(Idom7div)
elif letter == 'N':
#VI6
chordPredict.append('VI*')
track2.addChord(set_Duration('VI*', 3, 3 / 8))
track2.addChord(set_Duration('VI*', 3, 1 / 8))
track2.addChord(set_Duration('VI*', 3, 1 / 4))
track2.addChord(set_Duration('VI*', 3, 1 / 4))
track3.addNote(VI6div)
elif letter == 'R':
#II6
chordPredict.append('II*')
track2.addChord(set_Duration('II*', 3, 3 / 8))
track2.addChord(set_Duration('II*', 3, 1 / 8))
track2.addChord(set_Duration('II*', 3, 1 / 4))
track2.addChord(set_Duration('II*', 3, 1 / 4))
track3.addNote(II6div)
elif letter == 'F':
#VofV
#VofV = Chord([d,fsharp,a,c4])
# chordPredict.append('V/V')
# track2.addChord(VofV_38)
# track2.addChord(VofV)
# track2.addChord(VofV_14)
# track2.addChord(VofV_14)
# track3.addNote(VofVdiv)
#V
chordPredict.append('V')
track2.addChord(set_Duration('V', 3, 3 / 8))
track2.addChord(set_Duration('V', 3, 1 / 8))
track2.addChord(set_Duration('V', 3, 1 / 4))
track2.addChord(set_Duration('V', 3, 1 / 4))
track3.addNote(Vdiv)
elif letter == 'I':
#I64
chordPredict.append('I**')
track2.addChord(set_Duration('I**', 3, 3 / 8))
track2.addChord(set_Duration('I**', 3, 1 / 8))
track2.addChord(set_Duration('I**', 3, 1 / 4))
track2.addChord(set_Duration('I**', 3, 1 / 4))
track3.addNote(I64div)
elif letter == 'Q':
#V64
chordPredict.append('V**')
track2.addChord(set_Duration('V**', 3, 3 / 8))
track2.addChord(set_Duration('V**', 3, 1 / 8))
track2.addChord(set_Duration('V**', 3, 1 / 4))
track2.addChord(set_Duration('V**', 3, 1 / 4))
track3.addNote(V64div)
#I
chordPredict.append('I')
track2.addChord(set_Duration('I', 4, 3 / 8))
track2.addChord(set_Duration('I', 4, 1 / 8))
track2.addChord(set_Duration('I', 4, 1 / 4))
track2.addChord(set_Duration('I', 4, 1 / 4))
track3.addNote(Idiv)
elif letter == 'C':
#IV7
chordPredict.append('IVdom7')
track2.addChord(set_Duration('IVdom7', 3, 3 / 8))
track2.addChord(set_Duration('IVdom7', 3, 1 / 8))
track2.addChord(set_Duration('IVdom7', 3, 1 / 4))
track2.addChord(set_Duration('IVdom7', 3, 1 / 4))
track3.addNote(IV7div)
elif letter == 'Y':
#IV64
chordPredict.append('IV**')
track2.addChord(set_Duration('IV**', 3, 3 / 8))
track2.addChord(set_Duration('IV**', 3, 1 / 8))
track2.addChord(set_Duration('IV**', 3, 1 / 4))
track2.addChord(set_Duration('IV**', 3, 1 / 4))
track3.addNote(IV64div)
elif letter == 'H':
#I
chordPredict.append('I')
track2.addChord(set_Duration('I', 4, 3 / 8))
track2.addChord(set_Duration('I', 4, 1 / 8))
track2.addChord(set_Duration('I', 4, 1 / 4))
track2.addChord(set_Duration('I', 4, 1 / 4))
track3.addNote(Idiv)
#V6
chordPredict.append('V*')
track2.addChord(set_Duration('V*', 3, 3 / 8))
track2.addChord(set_Duration('V*', 3, 1 / 8))
track2.addChord(set_Duration('V*', 3, 1 / 4))
track2.addChord(set_Duration('V*', 3, 1 / 4))
track3.addNote(V6div)
#VI
chordPredict.append('VI')
track2.addChord(set_Duration('VI', 3, 3 / 8))
track2.addChord(set_Duration('VI', 3, 1 / 8))
track2.addChord(set_Duration('VI', 3, 1 / 4))
track2.addChord(set_Duration('VI', 3, 1 / 4))
track3.addNote(VIdiv)
#IV6
chordPredict.append('IV*')
track2.addChord(set_Duration('IV*', 3, 3 / 8))
track2.addChord(set_Duration('IV*', 3, 1 / 8))
track2.addChord(set_Duration('IV*', 3, 1 / 4))
track2.addChord(set_Duration('IV*', 3, 1 / 4))
track3.addNote(IV6div)
#I
chordPredict.append('I')
track2.addChord(set_Duration('I', 4, 3 / 8))
track2.addChord(set_Duration('I', 4, 1 / 8))
track2.addChord(set_Duration('I', 4, 1 / 4))
track2.addChord(set_Duration('I', 4, 1 / 4))
track3.addNote(Idiv)
elif letter == 'M':
#II64
chordPredict.append('II**')
track2.addChord(set_Duration('II**', 3, 3 / 8))
track2.addChord(set_Duration('II**', 3, 1 / 8))
track2.addChord(set_Duration('II**', 3, 1 / 4))
track2.addChord(set_Duration('II**', 3, 1 / 4))
track3.addNote(II64div)
elif letter == 'W':
#II6
chordPredict.append('II*')
track2.addChord(set_Duration('II*', 3, 3 / 8))
track2.addChord(set_Duration('II*', 3, 1 / 8))
track2.addChord(set_Duration('II*', 3, 1 / 4))
track2.addChord(set_Duration('II*', 3, 1 / 4))
track3.addNote(II6div)
#V
chordPredict.append('V')
track2.addChord(set_Duration('V', 3, 3 / 8))
track2.addChord(set_Duration('V', 3, 1 / 8))
track2.addChord(set_Duration('V', 3, 1 / 4))
track2.addChord(set_Duration('V', 3, 1 / 4))
track3.addNote(Vdiv)
#I
chordPredict.append('I')
track2.addChord(set_Duration('I', 4, 3 / 8))
track2.addChord(set_Duration('I', 4, 1 / 8))
track2.addChord(set_Duration('I', 4, 1 / 4))
track2.addChord(set_Duration('I', 4, 1 / 4))
track3.addNote(Idiv)
elif letter == '*':
continue
getNamedNote = lambda note: note.name + str(note.octave)
getManyNamedNotes = lambda notes: list(map(getNamedNote, notes))
# print(chordPredict[0])
# print(getManyNamedNotes(RomanChord(chordPredict[0]).getNotes()))
def planB(track, chordPredict, durat_list):
for i, val in enumerate(chordPredict):
if i >= len(durat_list):
break
N = getManyNamedNotes(RomanChord(val).getNotes())
for k, val2 in enumerate(durat_list[i]):
if val2 == 0:
break
m = Note(N[0][:-1],
octave=int(N[0][-1]),
duration=val2,
volume=100)
p = Note(N[1][:-1],
octave=int(N[1][-1]),
duration=val2,
volume=100)
q = Note(N[2][:-1],
octave=int(N[2][-1]),
duration=val2,
volume=100)
mQ = Chord([m, q])
if dna[i * 3 + k] == 'A':
track.addNote(m)
elif dna[i * 3 + k] == 'T':
track.addNote(p)
elif dna[i * 3 + k] == 'C':
track.addNote(q)
elif dna[i * 3 + k] == 'G':
track.addChord(mQ)
# Starting_Chord(track1)
# Starting_Chord(track2)
# Starting_Chord(track3)
track2.addChord(PAC_cadence)
planB(track1, chordPredict, durat_list)
track3.addChord(PAC_cadence)
track1.addChord(PAC_cadence)
easyMIDI.addTrack(track1)
easyMIDI.addTrack(track2)
easyMIDI.addTrack(track3)
easyMIDI.writeMIDI('output.mid')
fs = FluidSynth(sound_font='SGM.sf2', sample_rate=22050)
fs.midi_to_audio('output.mid', 'static/output.wav')