def run(
self,
metadata=None,
persist=None,
previous_metadata=None,
previous_persist=None,
segment_directory=None,
):
"""
Runs segment-maker.
Returns LilyPond file.
"""
self._metadata = abjad.OrderedDict(metadata)
self._persist = abjad.OrderedDict(persist)
self._previous_metadata = abjad.OrderedDict(previous_metadata)
self._previous_persist = abjad.OrderedDict(previous_persist)
self._segment_directory = segment_directory
self._make_score()
self._make_lilypond_file()
self._configure_lilypond_file()
self._call_rhythm_definitions()
self._configure_score()
score_block = self._lilypond_file["score"]
score = score_block["Score"]
# if not abjad.inspect(score).wellformed():
# string = abjad.inspect(score).tabulate_wellformedness()
# raise Exception(string)
return self._lilypond_file
def test_datastructuretools_OrderedDict_06():
r'''Implements __len__().
'''
dictionary = abjad.OrderedDict(item_class=abjad.Clef)
assert len(dictionary) == 0
dictionary = abjad.OrderedDict(item_class=abjad.Clef)
dictionary['soprano'] = 'treble'
assert len(dictionary) == 1
def test_TypedOrderedDict___eq___02():
dictionary_1 = abjad.OrderedDict([("flavor", "cherry"), ("count", 2)])
dictionary_2 = abjad.OrderedDict([("flavor", "cherry"), ("count", 2),
("color", "red")])
assert dictionary_1 == dictionary_1
assert not dictionary_1 == dictionary_2
assert not dictionary_2 == dictionary_1
assert dictionary_2 == dictionary_2
def test_datastructuretools_OrderedDict_02():
r'''Implements __delitem__().
'''
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1['soprano'] = 'treble'
del(dictionary_1['soprano'])
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
assert dictionary_1 == dictionary_2
def test_TypedOrderedDict_02():
"""
Implements __delitem__().
"""
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1["soprano"] = "treble"
del dictionary_1["soprano"]
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
assert dictionary_1 == dictionary_2
def test_TypedOrderedDict_06():
"""
Implements __len__().
"""
dictionary = abjad.OrderedDict(item_class=abjad.Clef)
assert len(dictionary) == 0
dictionary = abjad.OrderedDict(item_class=abjad.Clef)
dictionary['soprano'] = 'treble'
assert len(dictionary) == 1
def test_TypedOrderedDict_02():
"""
Implements __delitem__().
"""
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1['soprano'] = 'treble'
del(dictionary_1['soprano'])
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
assert dictionary_1 == dictionary_2
def test_datastructuretools_OrderedDict___eq___02():
dictionary_1 = abjad.OrderedDict([
('flavor', 'cherry'), ('count', 2),
])
dictionary_2 = abjad.OrderedDict([
('flavor', 'cherry'), ('count', 2), ('color', 'red'),
])
assert dictionary_1 == dictionary_1
assert not dictionary_1 == dictionary_2
assert not dictionary_2 == dictionary_1
assert dictionary_2 == dictionary_2
def test_datastructuretools_OrderedDict_09():
r'''Implements clear().
'''
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1['soprano'] = 'treble'
dictionary_1['alto'] = 'alto'
dictionary_1['tenor'] = 'tenor'
dictionary_1['bass'] = 'bass'
dictionary_1.clear()
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
assert dictionary_1 == dictionary_2
def test_TypedOrderedDict_09():
"""
Implements clear().
"""
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1["soprano"] = "treble"
dictionary_1["alto"] = "alto"
dictionary_1["tenor"] = "tenor"
dictionary_1["bass"] = "bass"
dictionary_1.clear()
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
assert dictionary_1 == dictionary_2
def test_TypedOrderedDict_09():
"""
Implements clear().
"""
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1['soprano'] = 'treble'
dictionary_1['alto'] = 'alto'
dictionary_1['tenor'] = 'tenor'
dictionary_1['bass'] = 'bass'
dictionary_1.clear()
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
assert dictionary_1 == dictionary_2
def __init__(
self,
*,
deactivate: bool = None,
map: abjad.Expression = None,
match: typings.Indices = None,
measures: typings.SliceTyping = None,
scope: ScopeTyping = None,
selector: abjad.Expression = None,
tag_measure_number: bool = None,
tags: typing.List[typing.Optional[abjad.Tag]] = None,
) -> None:
self._deactivate = deactivate
self._map = map
self._match = match
self._measures: typing.Optional[typings.SliceTyping] = measures
self._runtime = abjad.OrderedDict()
self._scope = scope
selector_ = selector
if selector_ is not None and not callable(selector_):
message = "selector must be callable:\n"
message += f" {repr(selector_)}"
raise Exception(message)
self._selector = selector_
self._tag_measure_number = tag_measure_number
self._initialize_tags(tags)
def test_TypedOrderedDict___copy___01():
dictionary_1 = abjad.OrderedDict([("flavor", "cherry"), ("count", 2)])
dictionary_2 = copy.copy(dictionary_1)
assert dictionary_1 == dictionary_2
assert repr(dictionary_1) == repr(dictionary_2)
def _collect_metadata(self):
metadata = abjad.OrderedDict()
metadata["last_tempo"] = self._get_last_tempo()
metadata["last_time_signature"] = self._get_last_time_signature()
metadata["empty_beatspan"] = self._get_empty_beatspan()
metadata["segment_name"] = self._segment_name
self.metadata.update(metadata)
def _make_containers(self, commands):
print("Making containers ...")
def make_container(handler, durations):
selections = handler(durations)
container = abjad.Container([])
container.extend(selections)
return container
voice_names = sorted(set(_.voice_name for _ in commands))
handler_to_value = abjad.OrderedDict()
for voice_name in voice_names:
voice_commands = [
_ for _ in commands if _.voice_name == voice_name
]
voice_commands.sort(key=lambda _: _.timespan)
for handler, grouper in itertools.groupby(voice_commands,
key=lambda _: _.handler):
durations = [command.timespan.duration for command in grouper]
container = make_container(handler, durations)
voice = self.score_template[voice_name]
voice.append(container[:])
handler_to_value[handler.name] = handler.return_state()
with open(f"{self.current_directory}/.rhythm.py", "w") as fp:
handler_to_value_format = abjad.storage(handler_to_value)
string = f"import abjad\nhandler_to_value = {handler_to_value_format}"
fp.writelines(string)
def call_handlers(self, commands): # bypasses grace notes?
print("Calling handlers ...")
handler_to_value = abjad.OrderedDict()
voice_names = sorted(set(_.voice_name for _ in commands))
command_groups = []
for handler_type, command_group in itertools.groupby(
commands, lambda _: type(_.handler)):
group = [_ for _ in command_group]
command_groups.append(group)
for group in command_groups:
voice_collections = abjad.OrderedDict()
global_collection = consort.LogicalTieCollection()
for tie in abjad.select(
self.score_template["Global Context"]).logical_ties():
global_collection.insert(tie)
voice_collections["Global Context"] = global_collection
for voice in abjad.select(self.score_template).components(
abjad.Voice):
collection = consort.LogicalTieCollection()
for tie in abjad.select(voice).logical_ties():
collection.insert(tie)
voice_collections[voice.name] = collection
for v_name in voice_names:
voice_command_list = [
command for command in group
if command.voice_name == v_name
]
voice_command_list.sort(key=lambda _: _.timespan)
for command in voice_command_list:
voice_tie_collection = voice_collections[
command.voice_name]
target_timespan = command.timespan
selection = abjad.Selection([
_ for _ in voice_tie_collection.
find_logical_ties_starting_during_timespan(
target_timespan)
])
if not selection:
continue
handler = command.handler
handler(selection)
handler_to_value[handler.name] = handler.state()
with open(f"{self.current_directory}/.handlers.py", "w") as fp:
handler_to_value_format = abjad.storage(handler_to_value)
string = f"import abjad\nhandler_to_value = {handler_to_value_format}"
fp.writelines(string)
def test_datastructuretools_OrderedDict_15():
r'''Implements pop().
'''
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1['soprano'] = 'treble'
dictionary_1['alto'] = 'alto'
dictionary_1['tenor'] = 'tenor'
dictionary_1['bass'] = 'bass'
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_2['alto'] = 'alto'
dictionary_2['tenor'] = 'tenor'
dictionary_2['bass'] = 'bass'
assert dictionary_1.pop('soprano') == abjad.Clef('treble')
assert dictionary_1 == dictionary_2
def _collect_state(self, state):
import abjad
state_ = abjad.OrderedDict()
for key, value_ in state.items():
assert hasattr(self, key)
value = getattr(self, key)
state_[key] = value
return state_
def run(self, environment=None, metadata=None):
"""
Runs the segment-maker.
"""
self._environment = environment
self._metadata = abjad.OrderedDict(metadata)
self._make_lilypond_file()
self._collect_metadata()
return self.lilypond_file
def test_TypedOrderedDict_15():
"""
Implements pop().
"""
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1["soprano"] = "treble"
dictionary_1["alto"] = "alto"
dictionary_1["tenor"] = "tenor"
dictionary_1["bass"] = "bass"
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_2["alto"] = "alto"
dictionary_2["tenor"] = "tenor"
dictionary_2["bass"] = "bass"
assert dictionary_1.pop("soprano") == abjad.Clef("treble")
assert dictionary_1 == dictionary_2
def test_TypedOrderedDict_15():
"""
Implements pop().
"""
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1['soprano'] = 'treble'
dictionary_1['alto'] = 'alto'
dictionary_1['tenor'] = 'tenor'
dictionary_1['bass'] = 'bass'
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_2['alto'] = 'alto'
dictionary_2['tenor'] = 'tenor'
dictionary_2['bass'] = 'bass'
assert dictionary_1.pop('soprano') == abjad.Clef('treble')
assert dictionary_1 == dictionary_2
def test_datastructuretools_OrderedDict___deepcopy___01():
dictionary_1 = abjad.OrderedDict([
('flavor', 'cherry'),
('count', 2),
])
dictionary_2 = copy.deepcopy(dictionary_1)
assert dictionary_1 == dictionary_2
assert repr(dictionary_1) == repr(dictionary_2)
def test_TypedOrderedDict___copy___01():
dictionary_1 = abjad.OrderedDict([
('flavor', 'cherry'),
('count', 2),
])
dictionary_2 = copy.copy(dictionary_1)
assert dictionary_1 == dictionary_2
assert repr(dictionary_1) == repr(dictionary_2)
def test_TypedOrderedDict_07():
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1['soprano'] = 'treble'
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_2['soprano'] = 'treble'
dictionary_3 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_3['bass'] = 'bass'
assert not dictionary_1 != dictionary_1
assert not dictionary_1 != dictionary_2
assert dictionary_1 != dictionary_3
assert not dictionary_2 != dictionary_1
assert not dictionary_2 != dictionary_2
assert dictionary_2 != dictionary_3
assert dictionary_3 != dictionary_1
assert dictionary_3 != dictionary_2
assert not dictionary_3 != dictionary_3
def test_TypedOrderedDict_07():
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1["soprano"] = "treble"
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_2["soprano"] = "treble"
dictionary_3 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_3["bass"] = "bass"
assert not dictionary_1 != dictionary_1
assert not dictionary_1 != dictionary_2
assert dictionary_1 != dictionary_3
assert not dictionary_2 != dictionary_1
assert not dictionary_2 != dictionary_2
assert dictionary_2 != dictionary_3
assert dictionary_3 != dictionary_1
assert dictionary_3 != dictionary_2
assert not dictionary_3 != dictionary_3
def test_datastructuretools_OrderedDict_14():
r'''Implements keys().
'''
dictionary = abjad.OrderedDict(item_class=abjad.Clef)
dictionary['soprano'] = 'treble'
dictionary['alto'] = 'alto'
dictionary['tenor'] = 'tenor'
dictionary['bass'] = 'bass'
assert list(dictionary.keys()) == ['soprano', 'alto', 'tenor', 'bass']
def test_datastructuretools_OrderedDict_17():
r'''Implements update().
'''
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1['soprano'] = 'treble'
dictionary_1['alto'] = 'alto'
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_2['tenor'] = 'tenor'
dictionary_2['bass'] = 'bass'
dictionary_3 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_3['soprano'] = 'treble'
dictionary_3['alto'] = 'alto'
dictionary_3['tenor'] = 'tenor'
dictionary_3['bass'] = 'bass'
dictionary_1.update(dictionary_2)
assert dictionary_1 == dictionary_3
def run(self, environment=None, metadata=None, previous_metadata=None):
"""
Runs the segment-maker.
"""
self._environment = environment
# self._process_previous_metadata(previous_metadata)
self._metadata = abjad.OrderedDict(metadata)
self._make_lilypond_file()
self._make_build_file(previous_metadata=previous_metadata)
self._collect_metadata()
return self.lilypond_file
def test_TypedOrderedDict_05():
"""
Initializes from dictionary items.
"""
items = [
("soprano", abjad.Clef("treble")),
("alto", abjad.Clef("alto")),
("tenor", abjad.Clef("tenor")),
("bass", abjad.Clef("bass")),
]
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef, items=items)
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_2["soprano"] = "treble"
dictionary_2["alto"] = "alto"
dictionary_2["tenor"] = "tenor"
dictionary_2["bass"] = "bass"
assert dictionary_1 == dictionary_2
def test_TypedOrderedDict_17():
"""
Implements update().
"""
dictionary_1 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_1['soprano'] = 'treble'
dictionary_1['alto'] = 'alto'
dictionary_2 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_2['tenor'] = 'tenor'
dictionary_2['bass'] = 'bass'
dictionary_3 = abjad.OrderedDict(item_class=abjad.Clef)
dictionary_3['soprano'] = 'treble'
dictionary_3['alto'] = 'alto'
dictionary_3['tenor'] = 'tenor'
dictionary_3['bass'] = 'bass'
dictionary_1.update(dictionary_2)
assert dictionary_1 == dictionary_3
