import abjadext.rmakers
import evans
nested_list = [1, [[1, [1, 1]], 1, [1, [1, 1, 1]], [1, [1, 1]], 1]]
rtm = evans.nested_list_to_rtm(nested_list)
flat = evans.flatten(nested_list)
rtm = "(1 ((1 (2 3)) 4 (3 (2 1 2)) (3 (4 3)) 2))"
rotations = []
for i in range(len(evans.flatten(nested_list))):
new_rtm = evans.rotate_tree(rtm, i)
rotations.append(new_rtm)
funnels = []
for rotation in rotations:
funnel = evans.funnel_inner_tree_to_x(rtm_string=rotation, x=6)
funnels.append(funnel)
index_cycle = evans.cyc([i for i in range(len(funnels[0]))])
tuple_list = []
for i in range(len(rotations)):
tuple_ = (i, next(index_cycle))
tuple_list.append(tuple_)
final_rtm_list = []
for tuple_ in tuple_list:
a = tuple_[0]
b = tuple_[-1]
final_rtm_list.append(funnels[a][b])
final_rtm_list = evans.rotate(final_rtm_list, 1)
def make_tableaux_chart(fundamental_patterns, subdivisions):
print("instantiating parser, staff group, and patterns ...")
parser = abjad.rhythmtrees.RhythmTreeParser()
print("beginning loop ...")
for i, fundamental_pattern in enumerate(fundamental_patterns):
print(fundamental_pattern)
print("gathering pattern ...")
print("permuting pattern ...")
for permutation in list(
set([_ for _ in itertools.permutations(fundamental_pattern)])):
permutation = list(permutation)
print(permutation)
title = fr"Mutations of {permutation}"
final_patterns = []
parsed_patterns = abjad.Staff(lilypond_type="RhythmicStaff")
for num_indices in range(len(permutation) + 1):
print("gathing number of possible dividable beats ...")
if num_indices == 0:
print("do not subdivide!")
print("converting to string ...")
subgrouped_permutation = (
f"(1 {evans.nested_list_to_rtm(permutation)})")
print("gathing number of rotatable positions ...")
l_ = -1
for symbol in subgrouped_permutation:
if symbol.isdigit():
l_ = l_ + 1
for y in range(l_):
print("rotating ...")
rotation = evans.rotate_tree(
rtm_string=subgrouped_permutation, n=y)
print(rotation)
print("funneling rotation to 1 ...")
for funnel in evans.funnel_inner_tree_to_x(
rtm_string=rotation, x=1):
print("caching funnel ...")
print(funnel)
final_patterns.append(funnel)
else:
print("subdivide!")
print("gathering possible subdivisions ...")
for division_group in itertools.combinations_with_replacement(
subdivisions, num_indices):
division_group = list(division_group)
print("gathering possible subdivision locations ...")
possible_indices = [_ for _ in range(len(permutation))]
for index_group in itertools.combinations(
possible_indices, num_indices):
index_group = list(index_group)
print("adding subgroups ...")
subdivided_permutation = add_subgroups(
input_list=permutation,
index_list=index_group,
subgroup_list=division_group,
)
print("converting to string ...")
subgrouped_permutation = evans.nested_list_to_rtm(
subdivided_permutation)
print(subgrouped_permutation)
print("gathing number of rotatable positions ...")
l_ = -1
for symbol in subgrouped_permutation:
if symbol.isdigit():
l_ = l_ + 1
for y in range(l_):
print("rotating ...")
rotation = evans.rotate_tree(
rtm_string=subgrouped_permutation, n=y)
print(rotation)
print("funneling rotation to 1 ...")
for funnel in evans.funnel_inner_tree_to_x(
rtm_string=rotation, x=1):
print("caching funnel ...")
print(funnel)
final_patterns.append(funnel)
print("parsing cached funnels ...")
for pattern in final_patterns:
print(pattern)
pair = (1, 2)
time_signature = abjad.TimeSignature(pair)
rhythm_tree_list = parser(pattern)
rhythm_tree_container = rhythm_tree_list[0]
r = rhythm_tree_container(pair)
m = abjad.Markup(fr"\markup {pattern}",
direction=abjad.Up,
literal=True)
abjad.attach(m, abjad.select(r).leaves()[0])
abjad.attach(time_signature, abjad.select(r).leaves()[0])
print("adding parsed funnel to staff ...")
parsed_patterns.extend(r)
print("adding staff to staff group ...")
score = abjad.Score([parsed_patterns])
scheme = abjad.SchemeMoment((1, 50))
abjad.setting(score).proportional_notation_duration = scheme
new_brackets = evans.NoteheadBracketMaker()
for staff in abjad.select(score).components(abjad.Staff):
new_brackets(staff)
abjad.override(score).TupletBracket.bracket_visibility = True
print("rendering staff group ...")
file = abjad.LilyPondFile(
items=[
score,
abjad.Block(name="layout"),
abjad.Block(name="header")
],
includes=[
"/Users/evansdsg2/abjad/docs/source/_stylesheets/abjad.ily"
],
global_staff_size=14,
default_paper_size=("11x17landscape", "portrait"),
)
file.layout_block.items.append("indent = 0")
file.header_block.items.append("tagline = ##f")
file.header_block.items.append(f'title = "{title}"')
abjad.show(file)