def __init__(self):
self.stats = self.init_stats()
m = self.music = Music(
part_names=(
'oboe',
'oboe 2',
'oboe 3',
# 'violin',
# 'flute',
# 'oboe',
# 'clarinet',
# 'alto_saxophone',
# 'trumpet',
# 'bass'
),
starting_tempo_bpm=160)
self.clusters = [m.ob, m.ob2, m.ob3]
# self.clusters = [m.f, m.ob, m.cl]
# self.thirds = [m.alto_saxophone, m.trumpet]
# self.violin = m.violin
# self.bass = m.bass
# self.thirds_register = range(55, 81)
cluster_lowest_pitch = 70
for i in self.clusters:
i.cluster_range = [p for p in i.range if p >= cluster_lowest_pitch]
self.first()
self.go(120.0)
self.stats['duration'] = self.music.duration_seconds()
self.print_stats()
def __init__(self):
m = self.music = Music(
part_names=('violin', 'flute', 'oboe', 'clarinet', 'trumpet',
'alto_saxophone', 'vibraphone', 'bass'),
starting_tempo_bpm=105)
beat_duration = 60.0 / self.music.starting_tempo_bpm
chords = generate_chords()
for chord in chords:
print print_chord(chord)
def __init__(self):
m = self.music = Music(
part_names=('oboe', 'clarinet', 'vibraphone', 'bass'),
starting_tempo_bpm=105,
output_dir_parent='output',
output_dir_name='experiment9',
)
self.scale = get_random_scale()
for _ in range(5):
self.make_it(20)
def __init__(self):
self.stats = self.init_stats()
m = self.music = Music(
part_names=(
'oboe',
'guitar',
),
starting_tempo_bpm=105
)
beat_duration = 60.0 / self.music.starting_tempo_bpm
self.go()
def __init__(self):
self.stats = self.init_stats()
m = self.music = Music(
part_names=(
'oboe',
'oboe 2',
'oboe 3',
# 'english_horn',
# 'english_horn 2',
# 'soprano_recorder',
# 'soprano_recorder 2',
'alto_recorder',
'alto_recorder 2',
'alto_recorder 3',
# 'baritone_saxophone',
# 'guitar',
# 'guitar 2',
# 'guitar 3',
# 'piano',
# 'piano 2',
# 'organ',
# 'organ 2',
# 'violin',
# 'flute',
# 'oboe',
# 'clarinet',
# 'alto_saxophone',
# 'trumpet',
# 'bass'
),
starting_tempo_bpm=160)
beat_duration = 60.0 / self.music.starting_tempo_bpm
self.clusters = [m.ob, m.ob2, m.ob3]
cluster_lowest_pitch = 70
for i in self.clusters:
i.cluster_range = [p for p in i.range if p >= cluster_lowest_pitch]
self.clusters[0].add_note(pitch=84, duration=2)
self.clusters[1].add_note(pitch=83, duration=2)
self.clusters[2].add_note(pitch=82, duration=2)
while beat_duration * self.clusters[0].duration() < 120.0:
self.next()
self.clusters = [m.a_rec, m.a_rec2, m.a_rec3]
cluster_lowest_pitch = 70
for i in self.clusters:
i.cluster_range = [p for p in i.range if p >= cluster_lowest_pitch]
self.clusters[0].add_note(pitch=84, duration=2)
self.clusters[1].add_note(pitch=83, duration=2)
self.clusters[2].add_note(pitch=82, duration=2)
while beat_duration * self.clusters[0].duration() < 120.0:
self.next()
def __init__(self):
m = self.music = Music(
part_names=('oboe', 'bass_clarinet', 'vibraphone', 'bass'),
starting_tempo_bpm=105,
output_dir_parent='output',
output_dir_name='experiment7-looping',
)
harmony_loops = get_harmony_loops()
loop = random.choice(harmony_loops)
print loop
chords = loop * 16
for i, chord in enumerate(chords):
# print i
chord_duration = 2 # random.choice([1, 2, 2, 2, 4])
for instrument in self.music.instruments:
# print instrument.instrument_name
remaining_duration = chord_duration
while remaining_duration:
duration_options = np.linspace(.25, remaining_duration,
remaining_duration * 4)
duration = random.choice(duration_options)
remaining_duration -= duration
if len(instrument) == 0:
previous_pitch = random.choice(
instrument.middle_register)
else:
previous_pitch = instrument[-1].pitch
lowest = max(
[previous_pitch - 5, instrument.safe_register[0]])
highest = min(
[previous_pitch + 5, instrument.safe_register[-1]])
pitch_options = [
p for p in instrument.range if p % 12 in chord
and lowest <= p <= highest and p is not previous_pitch
]
# print pitch_options
pitch = random.choice(pitch_options)
instrument.add_note(pitch=pitch, duration=duration)
def __init__(self):
m = self.music = Music(
part_names=(
# 'oboe',
'guitar',
'bass',
),
starting_tempo_bpm=105)
beat_duration = 60.0 / self.music.starting_tempo_bpm
chords = generate_chords()
for i, chord in enumerate(chords):
print print_chord(chord)
# self.gen(self.music.oboe, chord, n_notes_options=[1, 2, 4], radius=4)
# self.gen(self.music.flute, chord, n_notes_options=[1, 2, 4], radius=4)
self.gen(self.music.guitar,
chord,
n_notes_options=[4, 8],
radius=4)
self.gen(self.music.bass, chord, n_notes_options=[2, 4], radius=4)
def __init__(self):
m = self.music = Music(
part_names=('oboe', 'clarinet', 'vibraphone', 'bass'),
starting_tempo_bpm=105,
output_dir_parent='output',
output_dir_name='experiment8',
)
chords_loop = random.choice(get_harmony_loops())
rhythm = {}
for instrument in self.music.instruments:
rhythm[instrument.part_name] = self.make_rhythmic_figure(4)
print chords_loop
for instrument in self.music.instruments:
for chord in chords_loop * 8:
for duration in rhythm[instrument.part_name]:
if len(instrument) == 0:
previous_pitch = random.choice(
instrument.middle_register)
else:
previous_pitch = instrument[-1].pitch
lowest = max(
[previous_pitch - 5, instrument.safe_register[0]])
highest = min(
[previous_pitch + 5, instrument.safe_register[-1]])
pitch_options = [
p for p in instrument.safe_register if p % 12 in chord
and lowest <= p <= highest and p is not previous_pitch
]
pitch = random.choice(pitch_options)
instrument.add_note(pitch=pitch, duration=duration)