def test_Container_insert_04():
"""
Insert works with really big positive values.
"""
staff = abjad.Staff([abjad.Note(n, (1, 8)) for n in range(4)])
abjad.beam(staff[:])
staff.insert(1000, abjad.Rest((1, 4)))
assert abjad.inspect(staff).wellformed()
assert format(staff) == abjad.String.normalize(r"""
\new Staff
{
c'8
[
cs'8
d'8
ef'8
]
r4
}
""")
def test_Staff___getitem___01():
staff = abjad.Staff([
abjad.Note("c'4"),
abjad.Rest((1, 4)),
abjad.Chord([2, 3, 4], (1, 4)),
abjad.Skip((1, 4)),
abjad.Tuplet((4, 5), "c'16 c'16 c'16 c'16"),
])
assert len(staff) == 5
assert abjad.wf.wellformed(staff)
assert isinstance(staff[0], abjad.Note)
assert isinstance(staff[1], abjad.Rest)
assert isinstance(staff[2], abjad.Chord)
assert isinstance(staff[3], abjad.Skip)
assert isinstance(staff[4], abjad.Tuplet)
assert isinstance(staff[-5], abjad.Note)
assert isinstance(staff[-4], abjad.Rest)
assert isinstance(staff[-3], abjad.Chord)
assert isinstance(staff[-2], abjad.Skip)
assert isinstance(staff[-1], abjad.Tuplet)
def test_Container_insert_01():
"""
Insert component into container at index i.
"""
voice = abjad.Voice("c'8 d'8 e'8 f'8")
abjad.beam(voice[:])
voice.insert(0, abjad.Rest((1, 8)))
assert abjad.inspect(voice).wellformed()
assert format(voice) == abjad.String.normalize(r"""
\new Voice
{
r8
c'8
[
d'8
e'8
f'8
]
}
""")
def test_Container___setitem___18():
r"""
Extremely small coequal indices indicate first slice in staff.
"""
voice = abjad.Voice("c'8 [ d'8 e'8 f'8 ]")
voice[-1000:-1000] = [abjad.Rest('r8')]
assert format(voice) == abjad.String.normalize(
r"""
\new Voice
{
r8
c'8
[
d'8
e'8
f'8
]
}
"""
), print(format(voice))
assert format(voice) == abjad.String.normalize(
r"""
\new Voice
{
r8
c'8
[
d'8
e'8
f'8
]
}
"""
), print(format(voice))
assert abjad.inspect(voice).wellformed()
def test_scoretools_Container_insert_09():
r'''Insert component into container at index i.
Fracture spanners to the left of index i.
Fracture spanners to the right of index i.
Returns Python list of fractured spanners.
'''
"Insert works just before a spanner."
staff = abjad.Staff([abjad.Note(n, (1, 8)) for n in range(4)])
beam = abjad.Beam()
abjad.attach(beam, staff[:])
staff.insert(0, abjad.Rest('r4'), fracture_spanners=True)
r'''
\new Staff {
r4
c'8 [
cs'8
d'8
ef'8 ]
}
'''
assert abjad.inspect(staff).is_well_formed()
assert format(staff) == abjad.String.normalize(
r'''
\new Staff
{
r4
c'8
[
cs'8
d'8
ef'8
]
}
'''
)
def test_Container_insert_06():
"""
Insert works with really big negative values.
"""
voice = abjad.Voice("c'8 d'8 e'8 f'8")
abjad.beam(voice[:])
voice.insert(-1000, abjad.Rest((1, 8)))
assert abjad.inspect(voice).wellformed()
assert format(voice) == abjad.String.normalize(r"""
\new Voice
{
r8
c'8
[
d'8
e'8
f'8
]
}
""")
def test_Staff___getitem___08():
staff = abjad.Staff([
abjad.Note("c'4"),
abjad.Rest((1, 4)),
abjad.Chord([2, 3, 4], (1, 4)),
abjad.Skip((1, 4)),
abjad.Tuplet((4, 5), 4 * abjad.Note(0, (1, 16))),
])
assert len(staff) == 5
assert abjad.inspect(staff).wellformed()
selection = staff[:]
assert len(selection) == 5
assert isinstance(selection, abjad.Selection)
assert isinstance(selection[0], abjad.Note)
assert isinstance(selection[1], abjad.Rest)
assert isinstance(selection[2], abjad.Chord)
assert isinstance(selection[3], abjad.Skip)
assert isinstance(selection[4], abjad.Tuplet)
for x in selection:
assert x._parent == staff
assert abjad.inspect(staff).wellformed()
def test_Rest___init___12():
"""
Initialize multiple rests from spanned notes.
"""
voice = abjad.Voice("c'8 ( d'8 e'8 f'8 )")
for note in voice:
rest = abjad.Rest(note)
abjad.mutate.replace(note, rest)
assert abjad.lilypond(voice) == abjad.String.normalize(r"""
\new Voice
{
r8
(
r8
r8
r8
)
}
""")
assert abjad.wf.wellformed(voice)
def test_Container___setitem___19():
r"""Extremely large coequal indices indicate last slice in staff.
"""
voice = abjad.Voice("c'8 [ d'8 e'8 f'8 ]")
voice[1000:1000] = [abjad.Rest("r8")]
assert format(voice) == abjad.String.normalize(
r"""
\new Voice
{
c'8
[
d'8
e'8
f'8
]
r8
}
"""
), print(format(voice))
assert abjad.inspect(voice).wellformed()
def __handle_insert_command(self, command: InsertCommand) -> List[Command]:
"""Attempt to parse whatever the InsertCommand contains. Return either [] if
successful or a command that sets the status line text to what happened."""
text = command.text
if len(text) == 0:
return
try:
# objects to add
objects = []
for item in text.split(";"):
item = item.strip()
if item[0] == "r":
obj = abjad.Rest(item)
elif item[0] == "<":
obj = abjad.Chord(item)
else:
obj = abjad.Note(item)
objects.append(obj)
for obj in objects:
self.score.insert(self.position, obj)
self.position += 1
self.changed_since_saving = True
self.previous_repeatable_command = command
except Exception as e:
return [
SetStatusLineTextCommand("The string could not be parsed.",
Position.CENTER)
]
def test_scoretools_Rest___init___12():
r'''Initialize multiple rests from spanned notes.
'''
voice = abjad.Voice("c'8 [ d'8 e'8 f'8 ]")
for note in voice:
rest = abjad.Rest(note)
abjad.mutate(note).replace(rest)
assert format(voice) == abjad.String.normalize(
r'''
\new Voice
{
r8
[
r8
r8
r8
]
}
'''
)
assert abjad.inspect(voice).is_well_formed()
def test_scoretools_Container_insert_03():
r'''Insert works just after a spanner.
'''
staff = abjad.Staff([abjad.Note(n, (1, 8)) for n in range(4)])
beam = abjad.Beam()
abjad.attach(beam, staff[:])
staff.insert(4, abjad.Rest((1, 4)))
r'''
\new Staff {
c'8
[
cs'8
d'8
ef'8
]
r4
}
'''
assert abjad.inspect(staff).is_well_formed()
assert format(staff) == abjad.String.normalize(
r'''
\new Staff
{
c'8
[
cs'8
d'8
ef'8
]
r4
}
'''
)
def test_scoretools_Container_insert_12():
r'''Insert works with really big positive values.
'''
staff = abjad.Staff([abjad.Note(n, (1, 8)) for n in range(4)])
beam = abjad.Beam()
abjad.attach(beam, staff[:])
staff.insert(1000, abjad.Rest('r4'), fracture_spanners=True)
r'''
\new Staff {
c'8
[
cs'8
d'8
ef'8
]
r4
}
'''
assert abjad.inspect(staff).is_well_formed()
assert format(staff) == abjad.String.normalize(
r'''
\new Staff
{
c'8
[
cs'8
d'8
ef'8
]
r4
}
'''
)
def test_scoretools_Container_insert_06():
r'''Insert works with really big negative values.
'''
voice = abjad.Voice("c'8 d'8 e'8 f'8")
beam = abjad.Beam()
abjad.attach(beam, voice[:])
voice.insert(-1000, abjad.Rest((1, 8)))
r'''
\new Voice {
r8
c'8
[
d'8
e'8
f'8
]
}
'''
assert abjad.inspect(voice).is_well_formed()
assert format(voice) == abjad.String.normalize(
r'''
\new Voice
{
r8
c'8
[
d'8
e'8
f'8
]
}
'''
)
def test_Staff___delitem___03():
staff = abjad.Staff([
abjad.Note("c'4"),
abjad.Rest((1, 4)),
abjad.Chord([2, 3, 4], (1, 4)),
abjad.Skip((1, 4)),
abjad.Tuplet((4, 5), 4 * abjad.Note(0, (1, 16))),
])
assert len(staff) == 5
assert isinstance(staff[0], abjad.Note)
assert isinstance(staff[1], abjad.Rest)
assert isinstance(staff[2], abjad.Chord)
assert isinstance(staff[3], abjad.Skip)
assert isinstance(staff[4], abjad.Tuplet)
del (staff[3])
assert len(staff) == 4
assert isinstance(staff[0], abjad.Note)
assert isinstance(staff[1], abjad.Rest)
assert isinstance(staff[2], abjad.Chord)
assert isinstance(staff[3], abjad.Tuplet)
del (staff[-2])
assert len(staff) == 3
assert isinstance(staff[0], abjad.Note)
assert isinstance(staff[1], abjad.Rest)
assert isinstance(staff[2], abjad.Tuplet)
del (staff[2])
assert len(staff) == 2
assert isinstance(staff[0], abjad.Note)
assert isinstance(staff[1], abjad.Rest)
del (staff[0])
assert len(staff) == 1
assert isinstance(staff[0], abjad.Rest)
del (staff[-1])
assert len(staff) == 0
def test_lilypondparsertools_LilyPondParser__leaves__Rest_01():
target = abjad.Rest((1, 8))
parser = abjad.lilypondparsertools.LilyPondParser()
result = parser('{ %s }' % format(target))
assert format(target) == format(result[0]) and target is not result[0]
# -*- encoding: utf-8 -*-
import os
import abjad
from organi.tools import SegmentMaker
# TIME SIGNATURES
time_signatures = [(4, 4)]
# ORGAN NOTATION
rest_organ = abjad.Rest("r1")
abjad.attach(abjad.Fermata("verylongfermata"), rest_organ)
rest_organ_voice_four = abjad.Rest("r1")
# CHORD ZERO ELECTRONICS
chord_zero_electronics = abjad.Chord(
"<cqs' f' gs' c'' e'' ftqs'' gqs'' gs''" +
" b'' cs''' ctqs''' f''' fs''' ftqs''' gs'''>1")
# laisses vibrer
laissez_vibrer = abjad.LaissezVibrer()
abjad.attach(laissez_vibrer, chord_zero_electronics)
# tempo mark
mark = abjad.MetronomeMark(None, None, "Statico")
abjad.attach(mark, chord_zero_electronics)
# fermata
abjad.attach(abjad.Fermata("verylongfermata"), chord_zero_electronics)
# remove includes to collect segments
includes = ['../../stylesheets/stylesheet.ily']
c = Chord.from_string(line)
lower_pitches = [p for p in c.pitches if p.midi_number < 60]
lower_abjad_chord = abjad.Chord([], abjad.Duration(1, 1))
if len(lower_pitches) > 0:
for i in range(0, len(lower_pitches)):
lower_abjad_chord.note_heads.extend(
[lower_pitches[i].midi_number - 60])
if lower_pitches[i].is_harmonic_tone == False:
abjad.tweak(lower_abjad_chord.note_heads[i]
).style = 'harmonic'
lower_staff_components.append(lower_abjad_chord)
else:
lower_staff_components.append(
abjad.Rest(abjad.Duration(1, 1)))
upper_pitches = [p for p in c.pitches if p.midi_number >= 60]
upper_abjad_chord = abjad.Chord([], abjad.Duration(1, 1))
if len(upper_pitches) > 0:
for i in range(0, len(upper_pitches)):
upper_abjad_chord.note_heads.extend(
[upper_pitches[i].midi_number - 60])
if upper_pitches[i].is_harmonic_tone == False:
abjad.tweak(upper_abjad_chord.note_heads[i]
).style = 'harmonic'
upper_staff_components.append(upper_abjad_chord)
else:
upper_staff_components.append(
abjad.Rest(abjad.Duration(1, 1)))
metronome_marks = []
for skip in skips:
metronome_mark = abjad.inspect(skip).effective(abjad.MetronomeMark)
metronome_marks.append(metronome_mark)
staff = abjad.Staff()
abjad.setting(staff).midiInstrument = '#"drums"'
score = abjad.Score([staff], simultaneous=False)
fermata_measure_numbers = maker.fermata_measure_empty_overrides or []
for i, time_signature in enumerate(time_signatures):
measure_number = i + 1
if measure_number in fermata_measure_numbers:
metronome_mark = abjad.MetronomeMark((1, 4), 60)
time_signature = abjad.TimeSignature((3, 4))
notes = [abjad.Rest("r2.")]
else:
metronome_mark = metronome_marks[i]
units_per_minute = round(metronome_mark.units_per_minute)
metronome_mark = abjad.new(
metronome_mark,
hide=False,
units_per_minute=units_per_minute,
)
time_signature = abjad.new(time_signature)
numerator, denominator = time_signature.pair
notes = []
for _ in range(numerator):
note = abjad.Note.from_pitch_and_duration(
-18, (1, denominator))
notes.append(note)
def sscore_to_abjad_score(sscore):
globals = _Globals()
score = abjad.Score(context_name='Score')
sig = abjad.TimeSignature((1, 4))
# don't just use the score object since we're alternating lyrics blocks
# ooh it can be tuples (Voice, _Lyrics)
voices = []
# create a staff of empty measures for each jig
for i in range(0, sscore['jigs']):
voice = abjad.Voice(name=globals.iToStaff(i))
for beat in range(0, sscore['beats']):
measure = abjad.Measure(sig, "r4")
voice.extend(measure)
# only now that the staves have content can we set their clef
leaf = abjad.inspect(voice).get_leaf()
abjad.attach(abjad.Clef('alto'), leaf)
score.append(voice)
lyrics = _Lyrics(globals.iToStaff(i))
score.append(lyrics)
voices.append((voice, lyrics))
nextState = 0
for beat in range(0, sscore['beats']):
while sscore['states'][nextState].beat <= beat + 1:
# thanks python for making me write this twice
state = sscore['states'][nextState]
snote = state.noteObj
pitch = globals.lilypondPitch(snote)
# generate correct amount of rest before the note begins
# assume powers of 2 (no tuplets, sorry boiz)
restBeats = state.beat % 1
if restBeats != 0:
rest16ths = int(restBeats / 0.25)
rest = abjad.Rest(abjad.Duration(rest16ths, 16))
noteBeats = 1 - restBeats
note16ths = int(noteBeats / 0.25)
anote = abjad.Note()
anote.written_pitch = pitch
anote.written_duration = abjad.Duration(note16ths, 16)
measure = abjad.Measure(sig, [rest, anote])
else:
anote = abjad.Note()
anote.written_pitch = pitch
anote.written_duration = abjad.Duration(1, 4)
measure = abjad.Measure(sig, [anote])
# what if the measure already contained a note this beat?
# eh that's a risk I'm willing to take
voiceTuple = voices[state.singamajigIndex]
voiceTuple[0][beat] = measure
voiceTuple[1].add_lyric(snote['syllable'])
nextState += 1
if nextState >= len(sscore['states']):
break
return score
for fundamental, voice in zip(fundamentals, voicewise_ratios):
handlers.append(
evans.PitchHandler(
[
evans.JIPitch(fundamental, ratio)
for ratio in voicewise_ratios[voice]
],
forget=False,
))
voice_length = len(voicewise_ratios[voice])
handlers.reverse()
maker = abjad.LeafMaker()
durations = [abjad.Duration((10, 4)) for _ in range(len(out_))]
leaves_1 = [abjad.Rest((3, 8))] + [maker(["c'"], durations)]
leaves_2 = [abjad.Rest(
(3, 4))] + [maker(["c'"], durations)] + [abjad.Rest((3, 4))]
leaves_3 = [maker(["c"], durations)]
group = abjad.StaffGroup([
abjad.Staff([abjad.Voice(leaves_1, name="violin 3")]),
abjad.Staff([abjad.Voice(leaves_2, name="violin 4")]),
abjad.Staff([abjad.Voice(leaves_3, name="viola 2")]),
])
abjad.attach(abjad.Clef("treble"), group[0][0][0])
abjad.attach(abjad.Clef("treble"), group[1][0][0])
abjad.attach(abjad.Clef("alto"), group[2][0][0])
# trio 2
voices = {
def test_scoretools_Rest___str___01():
rest = abjad.Rest((1, 4))
assert str(rest) == 'r4'
def convert2score(
self,
reference_pitch: int = 0,
stretch_factor: float = 1,
n_divisions: int = 8,
min_tone_size: fractions.Fraction = 0,
min_rest_size: fractions.Fraction = fractions.Fraction(1, 10),
) -> None:
pitches, delays = self.quantizise(
stretch_factor=stretch_factor,
n_divisions=n_divisions,
min_tone_size=min_tone_size,
min_rest_size=min_rest_size,
)
bar_grid = tuple(fractions.Fraction(1, 1) for i in range(15))
grid = tuple(fractions.Fraction(1, 4) for i in range(50))
notes = abjad.Voice([])
absolute_delay = tools.accumulate_from_zero(delays)
for pitch, delay, start, stop in zip(pitches, delays, absolute_delay,
absolute_delay[1:]):
seperated_by_bar = tools.accumulate_from_n(
lily.seperate_by_grid(start, stop, bar_grid, hard_cut=True),
start)
sub_delays = functools.reduce(
operator.add,
tuple(
functools.reduce(
operator.add,
tuple(
lily.seperate_by_assignability(d)
for d in lily.seperate_by_grid(start, stop, grid)),
) for start, stop in zip(seperated_by_bar,
seperated_by_bar[1:])),
)
subnotes = []
if pitch.is_empty:
ct = None
else:
ct = pitch.cents / 100
# round to 12th tone
ct = round(ct * 6) / 6
ct += reference_pitch
for delay in sub_delays:
if ct is None:
obj = abjad.Rest(delay)
else:
obj = abjad.Note(ct, delay)
subnotes.append(obj)
if ct is not None and len(subnotes) > 1:
for note in subnotes[:-1]:
abjad.attach(abjad.Tie(), note)
notes.extend(subnotes)
score = abjad.Score([notes])
with open("{}.ly".format(self.name), "w") as f:
f.write('\\version "2.19.83"\n')
f.write(lily.EKMELILY_PREAMBLE)
f.write("\n")
f.write(format(score))
subprocess.call(["lilypond", "{}.ly".format(self.name)])
def card_16():
notes = [abjad.Note(pitch, (1, 8)) for pitch in ("F5", "F5", "E4")]
notes = make_triplets(notes)
notes += [abjad.Rest((1, 8)), blank_space()]
return notes
def card_0():
notes = [abjad.Rest('r2')]
return notes
def card_10():
seven_e = [abjad.Note('E4', (1, 16)) for _ in range(7)]
notes = [abjad.Tuplet((4, 7), seven_e)]
notes.append(abjad.Rest('r4'))
return notes
def card_6():
notes = slur_all(
[abjad.Note(pitch, (1, 32)) for pitch in ['G4', 'A4', 'B4', 'C5']])
notes.append(abjad.Rest('r16'))
notes.append((blank_space()))
return notes
card_funcs = [
func()
for func in filter(lambda x: callable(x), CardBuilder.__dict__.values())
]
i = 0
for card_base in card_funcs:
if os.path.exists(f'../resources/card_{i}.jpg'):
print(f"Skipping card {i}")
i += 1
continue
score = abjad.Score(name="Score")
notes = card_base + [abjad.Rest('r2') for _ in range(3)
] + [abjad.Note("C5", (1, 4)) for _ in range(4)]
container = abjad.Container(notes)
repeat = abjad.Repeat()
abjad.attach(repeat, container)
staff = abjad.Staff([container])
score.append(staff)
note = abjad.select(score).note(0)
time_signature = abjad.TimeSignature((12, 4))
abjad.attach(time_signature, note)
lilypond_file = abjad.LilyPondFile(items=[preamble, score])
abjad.show(lilypond_file)
all_pdfs = glob.glob(
r"C:\Users\bkier\projects\draw(0)\abjad\output_dir\*.pdf")
def make_piano_score(leaves=None, lowest_treble_pitch="B3", sketch=False):
r"""
Makes piano score from ``leaves``.
.. container:: example
Makes empty piano score:
>>> result = abjad.Score.make_piano_score()
>>> abjad.f(result[0])
\new Score
<<
\new PianoStaff
<<
\context Staff = "Treble_Staff"
{
}
\context Staff = "Bass_Staff"
{
}
>>
>>
.. container:: example
Makes piano score from leaves:
>>> notes = [abjad.Note(x, (1, 4)) for x in [-12, 37, -10, 2, 4, 17]]
>>> result = abjad.Score.make_piano_score(leaves=notes)
>>> abjad.show(result[0]) # doctest: +SKIP
.. docs::
>>> abjad.f(result[0])
\new Score
<<
\new PianoStaff
<<
\context Staff = "Treble_Staff"
{
\clef "treble"
r4
cs''''4
r4
d'4
e'4
f''4
}
\context Staff = "Bass_Staff"
{
\clef "bass"
c4
r4
d4
r4
r4
r4
}
>>
>>
.. container:: example
Makes piano sketch score from leaves:
>>> maker = abjad.NoteMaker()
>>> notes = maker(
... [-12, -10, -8, -7, -5, 0, 2, 4, 5, 7],
... [(1, 16)],
... )
>>> result = abjad.Score.make_piano_score(
... leaves=notes,
... sketch=True,
... )
>>> abjad.show(result[0]) # doctest: +SKIP
.. docs::
>>> abjad.f(result[0])
\new Score
\with
{
\override BarLine.stencil = ##f
\override BarNumber.transparent = ##t
\override SpanBar.stencil = ##f
\override TimeSignature.stencil = ##f
}
<<
\new PianoStaff
<<
\context Staff = "Treble_Staff"
{
\clef "treble"
r16
r16
r16
r16
r16
c'16
d'16
e'16
f'16
g'16
}
\context Staff = "Bass_Staff"
{
\clef "bass"
c16
d16
e16
f16
g16
r16
r16
r16
r16
r16
}
>>
>>
Returns score, treble staff, bass staff triple.
"""
import abjad
leaves = leaves or []
lowest_treble_pitch = abjad.NamedPitch(lowest_treble_pitch)
treble_staff = abjad.Staff(name="Treble_Staff")
bass_staff = abjad.Staff(name="Bass_Staff")
staff_group = abjad.StaffGroup(
[treble_staff, bass_staff], lilypond_type="PianoStaff"
)
score = abjad.Score()
score.append(staff_group)
for leaf in leaves:
treble_pitches, bass_pitches = [], []
for pitch in abjad.inspect(leaf).pitches():
if pitch < lowest_treble_pitch:
bass_pitches.append(pitch)
else:
treble_pitches.append(pitch)
written_duration = leaf.written_duration
if not treble_pitches:
treble_leaf = abjad.Rest(written_duration)
elif len(treble_pitches) == 1:
treble_leaf = abjad.Note(treble_pitches[0], written_duration)
else:
treble_leaf = abjad.Chord(treble_pitches, written_duration)
treble_staff.append(treble_leaf)
if not bass_pitches:
bass_leaf = abjad.Rest(written_duration)
elif len(bass_pitches) == 1:
bass_leaf = abjad.Note(bass_pitches[0], written_duration)
else:
bass_leaf = abjad.Chord(bass_pitches, written_duration)
bass_staff.append(bass_leaf)
if 0 < len(treble_staff):
abjad.attach(abjad.Clef("treble"), treble_staff[0])
if 0 < len(bass_staff):
abjad.attach(abjad.Clef("bass"), bass_staff[0])
if sketch:
abjad.override(score).time_signature.stencil = False
abjad.override(score).bar_number.transparent = True
abjad.override(score).bar_line.stencil = False
abjad.override(score).span_bar.stencil = False
return score, treble_staff, bass_staff
def __init__(self, *arguments):
import abjad
if len(arguments) == 0:
arguments = ((1, 4), )
rest = abjad.Rest(*arguments)
Leaf.__init__(self, rest.written_duration)