def make_part(
section,
sc,
title="",
staff_name=None,
staff_group_name=None,
):
# print("================================================================")
# print("================================================================")
# print(staff_name, len(sc.staves[staff_name]))
# for i,n in enumerate(sc.staves[staff_name]):
# print(i, type(n), getattr(n, "rehearsal_mark_number"))
# # calliope.illustrate(seg)
if staff_name:
part = PartScore(sc.staves[staff_name]())
elif staff_group_name:
part = PartScore(sc.staff_groups[staff_group_name]())
if section == "intro":
part.stylesheets += (_settings.IMAGINARY_PATH +
"/scores/stylesheets/intro_score.ily", )
if staff_group_name is not None:
part.stylesheets += (_settings.IMAGINARY_PATH +
"/scores/stylesheets/intro_group_parts.ily", )
for seg in part.segments:
seg.events[0].tag("\\break")
my_name = staff_name or staff_group_name
print("Creating part: " + my_name)
group_name = "CCO" if my_name[:3] == "cco" else "OOA"
part_name = group_name + " " + part.staves[0].instrument.name
if staff_name == "ooa_bari_sax":
part.staves[0].clef = "treble"
if staff_name in ("ooa_guitar", "ooa_bass_guitar", "cco_bass"):
transpose_me = False
else:
transpose_me = True
calliope.illustrate(
part,
open_pdf=False,
filename=my_name + "_" + section + "_part",
title=title,
transpose_me=transpose_me,
part_name=part_name,
)
lib.mark_loaded("home")
if __name__ == '__main__':
lib = Library()
to_lib(lib)
test_block = calliope.SegmentBlock(
lib("home_a_b").sc(0.5).move_t().annotate(
label=("cells", "phrases")).slur_cells(),
lib("home_b_aup4").sc(0.5).move_t().annotate(
label=("cells", "phrases")).slur_cells(),
)
# test_block.segments[1].cells[0].insert(0, calliope.Event(beats=0-24))
calliope.illustrate(
test_block.to_score(midi_tempo=112, ),
as_midi=True,
# open_midi=True,
)
# _HOME_A = HomeA()
# _HOME_B = HomeB()
# def home_a(**kwargs):
# return _HOME_A(**kwargs)
# def home_b(**kwargs):
# return _HOME_B(**kwargs)
# # some common combos:
# def home_a_b():
# return _HOME_A().ext( _HOME_B() )
off_cell.events[-1].tag(">")
off_cell.note_events.tag("-")
my_phrase = ImaginaryPhrase(drive_in_cell, off_cell)
if self.end_downbeat == True:
end_cell = ImaginaryCell(rhythm=(1, ))
end_cell.events[0].tag(">", ".")
my_phrase.append(end_cell)
return my_phrase
class StrongBrassDrivingOff(instrument_groups.StrongBrassFabric, DrivingOff):
fabric_staves = ("ooa_trumpet", "cco_trumpet", "ooa_trombone",
"cco_trombone")
class SaxDrivingOff(instrument_groups.SaxFabric, DrivingOff):
pass
if __name__ == "__main__":
s = SaxDrivingOff(
calliope.CellBlock(
calliope.Cell(rhythm=(1, ) * 24, pitches=(0, 2, 4) * 8),
calliope.Cell(rhythm=(1, ) * 24, pitches=(5, 7, 9) * 8),
calliope.Cell(rhythm=(1, ) * 24, pitches=(11, 12) * 12),
))
calliope.illustrate(s)
class DroneLine2(ImaginaryLine, calliope.Factory):
branch_type = DronePhrase
twig_type = DroneCell # TO DO: consider this for all factories
phrase_count = 4
phrase_rhythm = ((4,4),(4,4),)
line_pitches = ( (0,), (0,), )
def get_branches_kwargs(self, *args, **kwargs):
return [dict(
rhythm = self.phrase_rhythm[i % len(self.phrase_rhythm)],
pitch = self.line_pitches[i % len(self.line_pitches)],
) for i in range(self.phrase_count)]
def get_branch(self, *args, **kwargs):
pitch_len = len(kwargs["pitch"])
rhythm_len = len(kwargs["rhythm"])
return self.branch_type(
self.twig_type(
rhythm = kwargs["rhythm"],
pitches = [kwargs["pitch"][i % pitch_len] for i in range(rhythm_len)],
)
)
if __name__ == '__main__':
dl = DroneLine2(
line_pitches=( (0,-12,(-7,5),12), (12,24), ),
phrase_rhythm=( (3,3,2), )
)
calliope.illustrate(dl)
pitch = [pitch_lists[l][t] for l in range(chord_size)],
beats=self.event_beats,
)
for t in range(self.times)
]
scale = [0,2,4,5,7,9,11,12,14]
# print(scale[1:4])
# TO DO... this moves up too fast!
cf_line = calliope.Line(
*[
ChordsCellFactory1(event_beats=0.25, choose_seq = (
( (scale[i],), (-7,0,7) ),
( (scale[i+1:i+4]), (-7,0,7) ),
( (scale[i+4],), (-7,0,7) , ),
),
times=16,
seed=(i+1)*3
)
for i in range(5)
],
)
calliope.illustrate(cf_line, as_midi=True)
main_seg.rehearsal_mark_number = 7
main_seg.compress_full_bar_rests = True
s.cells.apply(lambda x:x.auto_respell())
return s
def to_lib(lib):
rock.to_lib(lib)
lib.add(score1,
namespace="rock")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
calliope.illustrate(lib["rock_score1"])
# # TO DO... move this cropping to rock 2 ...
# lb1 = rock.OstiLineBlock(
# phrase_count=5,
# cuts = (
# dict(crop=(0,5)),
# dict(crop=(0,5)),
# dict(crop=(2,0)),
# ),
# slur_cells = True,
# )
# s.extend_from(melody.Melody(
# lb1,
for staff in s.staves:
# staff.phrases.transformed(calliope.Label())
# staff.lines.transformed(calliope.Label())
# TO DO: WHY DOESN'T THIS WORK?????
if segs := staff.segments:
main_seg = segs[0]
for next_seg in list(segs[1:]):
main_seg.extend(next_seg)
next_seg.parent.remove(next_seg)
main_seg.rehearsal_mark_number = 9
main_seg.compress_full_bar_rests = True
s.midi_tempo = 160
return s
def to_lib(lib):
rock.to_lib(lib)
lib.add(score4, namespace="rock")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
calliope.illustrate(
lib["rock_score4"],
as_midi=True,
# open_midi=True,
)
import abjad, calliope
# class CompositeBlock(calliope.FromSelectableFactory):
# """
# Creates a new block by pulling out alternating notes/chords from a block
# """
# def get_branches(self, *args, **kwargs):
# for b in self.selectable
c = calliope.CellBlock(
calliope.Cell(rhythm=(-1, 3, -1, 3), pitches=(None, 5, None, 0)),
calliope.Cell(rhythm=(-0.5, 0.5, 1, 2, -2, 2),
pitches=(None, 2, 4, 0, None, 2)),
)
my_cell = calliope.CompositeCell(c)
calliope.illustrate(c)
calliope.illustrate(my_cell)
# print(c.cells[0].events[1].beats_before(c.cells[0]))
# print(make_row(c))
# print(c.root)
bass.to_lib(lib)
lib.add(block0, score0, namespace="intro2")
if __name__ == '__main__':
lib = library.Library()
intro.to_lib(lib)
to_lib(lib)
# calliope.illustrate(lib("intro2_score0"))
s = lib("intro2_block0").to_score(midi_tempo=112)
s.staves["melody_line1"].midi_instrument = "flute"
s.staves["melody_line2"].midi_instrument = "flute"
s.staves["chords"].midi_instrument = "electric grand"
calliope.illustrate(s,
as_midi=True,
open_midi=True,
)
# intro_blocks[0].lines[0].note_events
# n_0 = intro_blocks[1].lines.note_events
# for l in intro_blocks[0].lines:
# # l.bookend_pad(3)
# for e in l.note_events:
# if e.beats < 1:
# e.beats = e.beats / 2
# else:
# e.beats = e.beats * 2
# intro_blocks[0].lines[0].bookend_pad(4)
R3_INTRACATE_LINE_BLOCK_A = R3_INTRACATE_CELL_BLOCK_A.to_rhythm_line_block(4)
R3_INTRACATE_CELL_BLOCK_B1 = RhythmCellBlock(
(0.25, 0.25, -0.25, 0.25, -0.5, 0.5, -0.5, 0.5, -0.5, -0.25,
0.25), # hi hat 1
)
R3_INTRACATE_CELL_BLOCK_B2 = RhythmCellBlock(
(0.25, 0.25, -0.25, 0.25, -0.5, 0.5, -0.5, 0.5, -0.5, -0.25, 0.25),
# THIS ONE IS BEST:
(0.25, 0.25, -0.25, 0.25, 0.25, 0.25, -0.5, -0.5, 0.25, 0.25, 1),
(
-0.25,
0.25,
-0.25,
0.25,
1,
-0.5,
0.25,
0.25,
0.25,
0.25,
-0.5,
),
)
calliope.illustrate(R3_INTRACATE_LINE_BLOCK_A.to_rhythmic_staves(),
as_midi=True)
return b2
def score2(lib):
return intro.block_to_score(lib, "intro1_block2")
# # =========================================================================
# # =========================================================================
def to_lib(lib):
intro.to_lib(lib)
lib.add(block2, score2, namespace="intro1")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
calliope.illustrate(lib("intro1_score2"))
# # FOR TEMP TESTING ONLY:
# import intro1_0, intro1_1
# intro1_0.to_lib(lib)
# intro1_1.to_lib(lib)
# sc = lib("intro1_score0"
# ).extend_from(lib("intro1_score1")
# ).extend_from(lib("intro1_score2")
# )
# calliope.illustrate(sc)
# =========================================================================
# BAR 2
# =========================================================================
block_type = calliope.Line
class RhythmCellBlock(RhythmBlock, calliope.CellBlock):
block_type = calliope.Cell
def to_rhythm_line_block(self, times=1):
my_line_block = RhythmLineBlock()
for c in self:
my_line_block.append(calliope.Line(*[c() for i in range(times)]))
return my_line_block
measure = RhythmCellBlock(
(-1, 0.5, 0.5), # snare
(-1, 0.5, 0.5), # quad 1
(0.5, 0.5, -1), # bass
)
calliope.illustrate(measure.to_rhythmic_staves())
# print(measure.ly())
# c = calliope.Cell(rhythm=(1,2,1), pitches=(None,2,None))
# c.rhythm = (-1,2,1,4)
# c.logical_ties[0].beats=-1
# calliope.illustrate(c)
block1,
block2,
block3,
score_short,
namespace="lyrical")
lib.mark_loaded("lyrical")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
sc = lib["lyrical_score_short"]
sc.midi_tempo = 96
calliope.illustrate(
sc,
as_midi=True,
open_midi=True,
open_pdf=False,
)
# sb = calliope.SegmentBlock(
# home.HOME_A_B_FAST.t(7).ext( home.HOME_A_B_FAST().t(12) ).move_t(),
# home.HOME_B_UP4A_FAST.t(7).ext( home.HOME_B_UP4A_FAST().t(12) ).move_t(),
# home.HOME_A_B().move_t(),
# home.HOME_B_UP4A().move_t(),
# counter.LINE_A_B().move_t(),
# calliope.Line(name="drone_1",
# rhythm = (4,)*32,
# pitches =
# ((-1,16),)*4 +
# ((-3,16),)*4 +
# ((-3,14),)*4 +
s.midi_tempo = 96
return s
def to_lib(lib):
lyrical.to_lib(lib)
lib.add(score0, namespace="lyrical")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
score=lib["lyrical_score0"]
score.remove(score.staff_groups["short_score"])
calliope.illustrate(
score,#.only_staves("ooa_flute","ooa_clarinet"),
as_midi=True,
# open_midi = True
)
# TO DO: CONSIDER RE-ADDING
# swell2 = lyrical.CcoWindsSwell(
# mask_staves=("cco_clarinet1", "cco_clarinet2"),
# swell_duration = 7,
# bookend_beats = (1,0),
# )
# # =======================================================
# ) # prick1.events[0].tag(r"\improvisationOn") # prick_faster.events[0].tag(r"\improvisationOff") # seg = StringSegment( # prick1(), # prick_faster(), # # prick1(), # # prick2(), # # prick1(), # # c(), # string_def_event = prick_strings.PRICK_STRING_HIGHEST # ) # seg1 = StringSegment( # prick2(), # string_def_event = DEF_2 # ) # op.staff_groups[1].add_segment(seg1) # op.staff_groups[1].add_segment(seg1) # op.events[0].tag(r"\startScore") # op.staves[1].pop() # op.staves[2].pop() calliope.illustrate(op)
0: RIFF_DICT_A,
1: RIFF_DICT_D,
2: RIFF_DICT_B,
2: {
**RIFF_DICT_A,
**{
"inversions": (0, 1, 2, 1, 2)
}
},
3: RIFF_DICT_B,
4: RIFF_DICT_C,
5: RIFF_DICT_B,
})
calliope.illustrate(
calliope.LineBlock(RIFF, RIFF_CHORDS).to_score(midi_tempo=120),
as_midi=True,
# open_midi=True
# open_pdf = False,
)
# class SusCell(ImaginaryCell):
# # TO DO: WARNING.. ORDER OF SETTING CAN CAUSE ISSUES
# # init_sus = (4,)
# # init_inversions = (0,)
# # init_rhythm = (1,1,1,1)
# # init_chord_roots = (0,) # can't use "root" as attr name since it's for tree root
# sort_init_attrs = calliope.Cell.sort_init_attrs + ("chord_roots", "inversions", "sus")
# _sus = (4,)
# _inversions = (0,)
# _chord_roots = (0,)
# _pitches_set = False
return [
calliope.Phrase(*[
calliope.Cell(rhythm=c, pitches=self.get_pitches(c, o))
for c in self.cell_rhythms
]) for o in self.octaves
]
def get_pitches(self, rhythm, octave):
return [(self.pitch_class + (12 * octave) if r > 0 else None)
for r in rhythm]
# def get_branches_kwargs(self, *args, **kwargs):
# # should return an iterable of dictionaries
# return (
# ) # e.g. return (dict(rhythm=(1,2), pitches=(2,1)), dict(...),)
# def get_branch(self, *args, **kwargs):
# return self.branch_type(**kwargs)
T10_HOLD = T10_Hold(pitch_class=-5,
octaves=(-1, -2),
cell_rhythms=(
(-1, 6, -1),
(-1, 6, -1),
))
calliope.illustrate(T10_HOLD)
pitches=(
(-5, 9),
(9, -8),
(-5, 9, 2),
(9, -8),
(-5, 9),
(9, 4, -8),
2,
(-5, 9, 2),
(9, -8),
))
c.events[1, 3, 5, 8].tag("note_head:0:cross")
c.events[0, 1, 2, 3, 4, 5, 7, 8].tag("note_head:-1:cross")
return c
def to_lib(lib):
if not lib.is_loaded("drum"):
lib.add(drum_off_short, drum_du_du, drum_on_off, drum_quick_off,
drum_rock_out, drum_quick_off2, drum_dark, drum_hits)
lib.mark_loaded("drum")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
calliope.illustrate(
calliope.Staff(lib("drum_hits") * 8, clef="percussion"),
as_midi=True,
open_midi=True,
)
"R",
9,(-8,9),
(-5,2,5),-8,
2,
)
).eps(
1,2,4, "note_head:0:cross")(
2, "note_head:1:cross"
)()
seg.append(c1)
seg.append(c2)
calliope.illustrate(calliope.Staff(
seg,
clef="percussion"
))
# def test1(times=10000):
# for i in range(times):
# my_cell = ImaginaryCell(rhythm=(4,-4,2,2), pitches=(2,"R",0,-1))
# my_cell.events[0].tag("p")
# return my_cell
# def test2(times=10000):
# def cell_test(lib):
# return ImaginaryCell(rhythm=(4,)*4)
# lib = library.Library()
# lib.add(cell_test, namespace="testing")
# # =========================================================================
# # =========================================================================
def score(lib):
sc = lib("intro0_score0")
sc.extend_from(
lib("intro0_score1"),
lib("intro0_score2"),
)
return sc
def to_lib(lib):
intro.to_lib(lib)
lib.add(block0,
score0,
block1,
score1,
block2,
score2,
score,
namespace="intro0")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
calliope.illustrate(lib("intro0_score"))
sc.extend_from(lib["integrate1_score1"])
sc.extend_from(lib["integrate2_score2"])
sc.extend_from(lib["integrate3_score3"])
sc.extend_from(lib["integrate4_score4"])
# sc.extend_from(lib["integrate5_score5"])
sc.midi_tempo = 96
return sc
def to_lib(lib):
integrate0.to_lib(lib)
integrate1.to_lib(lib)
integrate2.to_lib(lib)
integrate3.to_lib(lib)
integrate4.to_lib(lib)
integrate5.to_lib(lib)
lib.add(integrate_score)
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
score = lib["integrate_score"]
score.remove(score.staff_groups["short_score"])
calliope.illustrate(
score,
title="Memory Bubbles IV.",
as_midi=True,
open_midi=True,
)
def bass_flat2(lib):
return lib("bass_line").flat2()
def to_lib(lib):
if not lib.is_loaded("bass"):
lib.add(bass_line, bass_trunc, bass_short, bass_flat1, bass_flat2)
lib.mark_loaded("bass")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
calliope.illustrate(calliope.Staff(lib("bass_line"), clef="bass"))
# l5_aflat = l5()
# for e in l5_aflat.note_events:
# if e.pitch % 12 == 9:
# e.pitch += -1
# l5_dflat = l5_aflat()
# for e in l5_dflat.note_events:
# if e.pitch % 12 == 2:
# e.pitch += -1
# s5 = calliope.Segment(
# l5(),
# l5(),
# l5_aflat(),
# staff.lines.transformed(calliope.Label())
# TO DO: WHY DOESN'T THIS WORK?????
if segs := staff.segments:
main_seg = segs[0]
for next_seg in list(segs[1:]):
main_seg.extend(next_seg)
next_seg.parent.remove(next_seg)
main_seg.rehearsal_mark_number = 11
main_seg.compress_full_bar_rests = True
s.midi_tempo = 96
return s
def to_lib(lib):
integrate.to_lib(lib)
lib.add(tenor_sax_half_counter_score, score1, namespace="integrate1")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
calliope.illustrate(
lib["integrate1_score1"],
as_midi=True,
open_midi=True,
# open_pdf=False,
)
import abjad
import calliope
from imaginary.libraries.z_rhythm_block import RhythmCellBlock, RhythmLineBlock
R5_ANGULAR_CELL_BLOCK = RhythmCellBlock(
# (----,----,----,----|----,----,----,----|----,----,----,----|----,----,----,----)
(
-1, 1, -0.75, 0.25,-1,
-0.25,0.25,-0.5, 1, -0.75, 0.25,-0.5, 0.5,
-1, -0.25,0.25,-0.5, -0.25,0.25,-0.5, -1,
-1, -0.25,0.25,-0.5, -0.25,0.25,-0.5, -1,
),
)
calliope.illustrate(
R5_ANGULAR_CELL_BLOCK.to_rhythmic_staves(),
as_midi=True
)
# (----,----,----,----|----,----,----,----|----,----,----,----|----,----,----,----)
(-1, 0.25,-0.5, 0.25,0.25,0.25,-0.5, -1, ),
(-1, -1, -0.5, 0.25,0.25,-1, ),
(-1, -1, -1, -1, ),
)
R4_POUNDING_CELL_BLOCK_B = RhythmCellBlock(
# (----,----,----,----|----,----,----,----|----,----,----,----|----,----,----,----)
(-1, 0.5, -0.5, 0.25,0.25,0.5, -1,
-0.5, 0.25,0.25,0.25,0.25,-0.5, -1, -1, ),
(-0.5, 0.5, -0.5, 0.5, -1, -1,
-1, -0.5, 0.25,0.25,0.25,0.25,-0.5, -1, ),
(-1, -1, -1, 0.25,0.25,-0.5,
-1, -1, -0.5, 0.25,0.25,-1, ),
)
R4_POUNDING_LINE_BLOCK_A = R4_POUNDING_CELL_BLOCK_A.to_rhythm_line_block(4)
R4_POUNDING_LINE_BLOCK_B = R4_POUNDING_CELL_BLOCK_B.to_rhythm_line_block(4)
calliope.illustrate(
R4_POUNDING_CELL_BLOCK_B.to_rhythmic_staves(),
as_midi=True
)
for staff in s.staves:
if segs := staff.segments:
main_seg = segs[0]
for next_seg in list(segs[1:]):
main_seg.extend(next_seg)
next_seg.parent.remove(next_seg)
main_seg.rehearsal_mark_number = 4
main_seg.auto_respell()
main_seg.compress_full_bar_rests = True
s.midi_tempo = 96
return s
def to_lib(lib):
lyrical.to_lib(lib)
lib.add(score2, namespace="lyrical")
if __name__ == '__main__':
lib = library.Library()
to_lib(lib)
score = lib["lyrical_score2"]
# score.remove(score.staff_groups["short_score"])
calliope.illustrate(
score,
as_midi=True,
# open_midi=True
)
),
(
1,
1,
0.5,
0.5,
1,
1,
1,
1,
1,
1,
1,
0.5,
0.5,
1,
1,
0.5,
0.5,
-1,
-1,
),
)
# the simplest one!
R6_BEAT_CELL_BLOCK_D = RhythmCellBlock((1, ) * 4)
R6_BEAT_LINE_BLOCK_C = R6_BEAT_CELL_BLOCK_C.to_rhythm_line_block(4)
calliope.illustrate(R6_BEAT_LINE_BLOCK_C.to_rhythmic_staves(), as_midi=True)
events_dict[ticks_counter] = [my_tuple]
ticks_counter += e.ticks
note_index += 1
for t, tl in sorted(events_dict.items()):
sorted_tl = sorted(tl, key=lambda x: (x[2][1]+x[2][0])/2 )
my_ticks = selectable_start_beat*calliope.MACHINE_TICKS_PER_BEAT + t
# print(my_ticks, my_ticks/calliope.MACHINE_TICKS_PER_BEAT)
selectable_pitches = selectable.pitch_analyzer.pitches_at_ticks(my_ticks)
if len(selectable_pitches) > 0:
for i, tu in enumerate(sorted_tl):
fabric_event = tu[0]
fabric_event.pitch = selectable_pitches[ round((i+1)/len(tl) * (len(selectable_pitches)-1))]
else:
self.warn("attempting to set to pitches but no pitches at this beat in the selectable")
for staff in staves:
calliope.SmartRanges(smart_ranges=staves_ranges[staff.name]
)(staff)
if __name__ == "__main__":
score = ImaginaryScore()
for staff in score.staves:
staff.append(calliope.Cell(rhythm=(-4,)))
calliope.illustrate(score)
):
my_line = ImaginaryLine()
for i in range(times):
my_cell = ImaginaryCell(
rhythm=rhythm,
pitches=[center_pitch if r > 0 else "R" for r in rhythm])
if instruction and i == 0:
my_cell.events[0].tag(instruction)
else:
my_cell.events[0].tag("(%s)" % (i + 1))
if pitches and i == 0:
my_cell.note_events[0].pitch = pitches
my_cell.note_events[0].tag("\\once \\hide Stem")
my_cell.note_events[1:].tag("note_head:0:slash")
my_cell.note_events[1].tag(
"\\once \\override Accidental #'stencil = ##f ")
else:
my_cell.note_events.tag("note_head:0:slash")
my_line.append(my_cell)
# FOR LISTENING ONLY:
# my_line.note_events[1:].setattrs(pitch="R")
return my_line
calliope.illustrate(get_improv_line(pitches=(0, 5),
rhythm=(1, -1, 1, -1),
center_pitch=11),
times=2)
import abjad
import calliope
from imaginary.libraries.z_texture_block import TexturePhraseBlock
class T9_Riff(TexturePhraseBlock):
class RiffPhrase(calliope.Phrase):
class CellA(calliope.Cell):
init_rhythm = (0.5, ) * 4
init_pitches = (2, 4, 9, 11)
class CellB(calliope.Cell):
init_rhythm = (0.5, ) * 4
init_pitches = (0, 4, 9, 5)
class CellC(calliope.Cell):
init_rhythm = (0.5, ) * 4
init_pitches = (12, 9, 11, 12)
class CellD(calliope.Cell):
init_rhythm = (0.5, ) * 4
init_pitches = (14, 11, 7, 4)
# T9_RIFF = T9_Riff()
T9_RIFF = T9_Riff(add_intervals=(5, ))
calliope.illustrate(T9_RIFF)
