def keyboardPartsToBraille(music21PartStaffUpper, music21PartStaffLower,
**keywords):
"""
Translates two :class:`~music21.stream.Part` instances to braille, an upper part and a lower
part. Assumes that the two parts are aligned and well constructed. Bar over bar format is used.
"""
(inPlace, debug) = _translateArgs(**keywords)
upperPartToTranscribe = music21PartStaffUpper
if not inPlace:
upperPartToTranscribe = music21PartStaffUpper.makeNotation(
cautionaryNotImmediateRepeat=False)
lowerPartToTranscribe = music21PartStaffLower
if not inPlace:
lowerPartToTranscribe = music21PartStaffLower.makeNotation(
cautionaryNotImmediateRepeat=False)
rhSegments = segment.findSegments(upperPartToTranscribe, **keywords)
lhSegments = segment.findSegments(lowerPartToTranscribe, **keywords)
allBrailleText = []
for (rhSegment, lhSegment) in zip(rhSegments, lhSegments):
bg = segment.BrailleGrandSegment(rhSegment, lhSegment)
if not debug:
allBrailleText.append(bg.transcription)
else:
allBrailleText.append(str(bg))
return u"\n".join([unicode(bt) for bt in allBrailleText])
def keyboardPartsToBraille(staffUpper, staffLower, **keywords):
"""
Translates two :class:`~music21.stream.Part` instances to braille, an upper part and a lower
part. Assumes that the two parts are aligned and well constructed. Bar over bar format is used.
"""
(inPlace, debug) = _translateArgs(**keywords)
upperPartToTranscribe = staffUpper
if not inPlace:
upperPartToTranscribe = staffUpper.makeNotation(cautionaryNotImmediateRepeat=False)
lowerPartToTranscribe = staffLower
if not inPlace:
lowerPartToTranscribe = staffLower.makeNotation(cautionaryNotImmediateRepeat=False)
rhSegments = segment.findSegments(upperPartToTranscribe, **keywords)
lhSegments = segment.findSegments(lowerPartToTranscribe, **keywords)
allBrailleText = []
for (rhSegment, lhSegment) in zip(rhSegments, lhSegments):
bg = segment.BrailleGrandSegment(rhSegment, lhSegment)
if not debug:
allBrailleText.append(bg.transcription)
else:
if six.PY2:
bsStr = str(bg)
bsUni = bsStr.decode('utf-8')
allBrailleText.append(bsUni)
else:
allBrailleText.append(str(bg))
if six.PY2 and debug:
return u"\n".join(allBrailleText)
else:
return u"\n".join([unicode(bt) for bt in allBrailleText])
def keyboardPartsToBraille(keyboardScore, **keywords):
"""
Translates a Score object containing two :class:`~music21.stream.Part` instances to braille,
an upper part and a lower
part. Assumes that the two parts are aligned and well constructed. Bar over bar format is used.
"""
parts = keyboardScore.getElementsByClass(['Part', 'PartStaff'])
if len(parts) != 2:
raise BrailleTranslateException(
"Can only translate two keyboard parts at a time")
(inPlace, debug) = _translateArgs(**keywords)
staffUpper = parts[0]
staffLower = parts[1]
upperPartToTranscribe = staffUpper
if not inPlace:
upperPartToTranscribe = staffUpper.makeNotation(
cautionaryNotImmediateRepeat=False)
lowerPartToTranscribe = staffLower
if not inPlace:
lowerPartToTranscribe = staffLower.makeNotation(
cautionaryNotImmediateRepeat=False)
rhSegments = segment.findSegments(upperPartToTranscribe,
setHand='right',
**keywords)
lhSegments = segment.findSegments(lowerPartToTranscribe,
setHand='left',
**keywords)
allBrailleText = []
for (rhSegment, lhSegment) in zip(rhSegments, lhSegments):
bg = segment.BrailleGrandSegment()
for rhGroupingKey in rhSegment:
bg[rhGroupingKey] = rhSegment[rhGroupingKey]
for lhGroupingKey in lhSegment:
bg[lhGroupingKey] = lhSegment[lhGroupingKey]
bg.transcribe()
if not debug:
allBrailleText.append(bg.brailleText)
else:
if six.PY2:
bsStr = str(bg)
bsUni = bsStr.decode('utf-8')
allBrailleText.append(bsUni)
else:
allBrailleText.append(str(bg))
if six.PY2 and debug:
return u"\n".join(allBrailleText)
else:
return u"\n".join([unicode(bt) for bt in allBrailleText])
def partToBraille(music21Part, **keywords):
'''
Translates a :class:`~music21.stream.Part` to braille.
This is one of two (w/ keyboardPartsToBraille) main routines. Runs segment.findSegments
and then for each segment runs transcribe on it.
'''
(inPlace, debug) = _translateArgs(**keywords)
partToTranscribe = music21Part
if not inPlace:
partToTranscribe = music21Part.makeNotation(
cautionaryNotImmediateRepeat=False)
allSegments = segment.findSegments(partToTranscribe, **keywords)
allBrailleText = []
for brailleSegment in allSegments:
transcription = brailleSegment.transcribe()
if not debug:
allBrailleText.append(transcription)
else:
allBrailleText.append(str(brailleSegment))
from music21.braille.basic import beamStatus
for x in list(
beamStatus
): # coerce to list first so that dictionary does not change size
del beamStatus[x] # while iterating.
return '\n'.join([str(bt) for bt in allBrailleText])
def partToBraille(music21Part, **keywords):
"""
Translates a :class:`~music21.stream.Part` to braille.
This is one of two (w/ keyboardPartsToBraille) main routines. Runs segment.findSegments
and then for each segment runs transcribe on it.
"""
(inPlace, debug) = _translateArgs(**keywords)
partToTranscribe = music21Part
if not inPlace:
partToTranscribe = music21Part.makeNotation(cautionaryNotImmediateRepeat=False)
allSegments = segment.findSegments(partToTranscribe, **keywords)
allBrailleText = []
for brailleSegment in allSegments:
transcription = brailleSegment.transcribe()
if not debug:
allBrailleText.append(transcription)
else:
if six.PY2:
bsStr = str(brailleSegment)
bsUni = bsStr.decode('utf-8')
allBrailleText.append(bsUni)
else:
allBrailleText.append(str(brailleSegment))
if six.PY2 and debug:
return u"\n".join(allBrailleText)
else:
return u"\n".join([unicode(bt) for bt in allBrailleText])
def partToBraille(music21Part, **keywords):
"""
Translates a :class:`~music21.stream.Part` to braille.
This is one of two (w/ keyboardPartsToBraille) main routines. Runs segment.findSegments
and then for each segment runs transcribe on it.
"""
(inPlace, debug) = _translateArgs(**keywords)
partToTranscribe = music21Part
if not inPlace:
partToTranscribe = music21Part.makeNotation(cautionaryNotImmediateRepeat=False)
allSegments = segment.findSegments(partToTranscribe, **keywords)
allBrailleText = []
for brailleSegment in allSegments:
transcription = brailleSegment.transcribe()
if not debug:
allBrailleText.append(transcription)
else:
allBrailleText.append(str(brailleSegment))
from music21.braille.basic import beamStatus
for x in list(beamStatus): # coerce to list first so that dictionary does not change size
del beamStatus[x] # while iterating.
return "\n".join([str(bt) for bt in allBrailleText])
def partToBraille(music21Part, **keywords):
"""
Translates a :class:`~music21.stream.Part` to braille.
"""
(inPlace, debug) = _translateArgs(**keywords)
partToTranscribe = music21Part
if not inPlace:
partToTranscribe = music21Part.makeNotation(
cautionaryNotImmediateRepeat=False)
allSegments = segment.findSegments(partToTranscribe, **keywords)
allBrailleText = []
for brailleSegment in allSegments:
transcription = brailleSegment.transcribe()
if not debug:
allBrailleText.append(transcription)
else:
if six.PY2:
bsStr = str(brailleSegment)
bsUni = bsStr.decode('utf-8')
allBrailleText.append(bsUni)
else:
allBrailleText.append(str(brailleSegment))
if six.PY2 and debug:
return u"\n".join(allBrailleText)
else:
return u"\n".join([unicode(bt) for bt in allBrailleText])
def partToBraille(music21Part,
*,
inPlace=False,
debug=False,
cancelOutgoingKeySig=True,
descendingChords=None,
dummyRestLength=None,
maxLineLength=40,
segmentBreaks=None,
showClefSigns=False,
showFirstMeasureNumber=True,
showHand=None,
showHeading=True,
showLongSlursAndTiesTogether: t.Optional[bool] = None,
showShortSlursAndTiesTogether=False,
slurLongPhraseWithBrackets=True,
suppressOctaveMarks=False,
upperFirstInNoteFingering=True,
):
'''
Translates a :class:`~music21.stream.Part` to braille.
This is one of two (w/ keyboardPartsToBraille) main routines. Runs segment.findSegments
and then for each segment runs transcribe on it.
'''
partToTranscribe = music21Part
if not inPlace:
partToTranscribe = music21Part.makeNotation(cautionaryNotImmediateRepeat=False)
allSegments = segment.findSegments(partToTranscribe,
cancelOutgoingKeySig=cancelOutgoingKeySig,
descendingChords=descendingChords,
dummyRestLength=dummyRestLength,
maxLineLength=maxLineLength,
segmentBreaks=segmentBreaks,
showClefSigns=showClefSigns,
showFirstMeasureNumber=showFirstMeasureNumber,
showHand=showHand,
showHeading=showHeading,
showLongSlursAndTiesTogether=showLongSlursAndTiesTogether,
showShortSlursAndTiesTogether=showShortSlursAndTiesTogether,
slurLongPhraseWithBrackets=slurLongPhraseWithBrackets,
suppressOctaveMarks=suppressOctaveMarks,
upperFirstInNoteFingering=upperFirstInNoteFingering,
)
allBrailleText = []
for brailleSegment in allSegments:
transcription = brailleSegment.transcribe()
if not debug:
allBrailleText.append(transcription)
else:
allBrailleText.append(str(brailleSegment))
from music21.braille.basic import beamStatus
for x in list(beamStatus): # coerce to list first so that dictionary does not change size
del beamStatus[x] # while iterating.
return '\n'.join([str(bt) for bt in allBrailleText])
def keyboardPartsToBraille(keyboardScore, **keywords):
"""
Translates a Score object containing two :class:`~music21.stream.Part` instances to braille,
an upper part and a lower
part. Assumes that the two parts are aligned and well constructed. Bar over bar format is used.
"""
parts = keyboardScore.getElementsByClass(['Part', 'PartStaff'])
if len(parts) != 2:
raise BrailleTranslateException("Can only translate two keyboard parts at a time")
(inPlace, debug) = _translateArgs(**keywords)
staffUpper = parts[0]
staffLower = parts[1]
upperPartToTranscribe = staffUpper
if not inPlace:
upperPartToTranscribe = staffUpper.makeNotation(cautionaryNotImmediateRepeat=False)
lowerPartToTranscribe = staffLower
if not inPlace:
lowerPartToTranscribe = staffLower.makeNotation(cautionaryNotImmediateRepeat=False)
rhSegments = segment.findSegments(upperPartToTranscribe, setHand='right', **keywords)
lhSegments = segment.findSegments(lowerPartToTranscribe, setHand='left', **keywords)
allBrailleText = []
for (rhSegment, lhSegment) in zip(rhSegments, lhSegments):
bg = segment.BrailleGrandSegment()
for rhGroupingKey in rhSegment:
bg[rhGroupingKey] = rhSegment[rhGroupingKey]
for lhGroupingKey in lhSegment:
bg[lhGroupingKey] = lhSegment[lhGroupingKey]
bg.transcribe()
if not debug:
allBrailleText.append(bg.brailleText)
else:
if six.PY2:
bsStr = str(bg)
bsUni = bsStr.decode('utf-8')
allBrailleText.append(bsUni)
else:
allBrailleText.append(str(bg))
if six.PY2 and debug:
return u"\n".join(allBrailleText)
else:
return u"\n".join([unicode(bt) for bt in allBrailleText])
def partToBraille(music21Part, **keywords):
"""
Translates a :class:`~music21.stream.Part` to braille.
"""
(inPlace, debug) = _translateArgs(**keywords)
partToTranscribe = music21Part
if not inPlace:
partToTranscribe = music21Part.makeNotation(cautionaryNotImmediateRepeat=False)
allSegments = segment.findSegments(partToTranscribe, **keywords)
allBrailleText = []
for brailleSegment in allSegments:
transcription = brailleSegment.transcribe()
if not debug:
allBrailleText.append(transcription)
else:
allBrailleText.append(str(brailleSegment))
return u"\n".join([unicode(bt) for bt in allBrailleText])
def keyboardPartsToBraille(keyboardScore,
*,
inPlace=False,
debug=False,
cancelOutgoingKeySig=True,
descendingChords=None,
dummyRestLength=None,
maxLineLength=40,
segmentBreaks=None,
showClefSigns=False,
showFirstMeasureNumber=True,
showHand=None,
showHeading=True,
showLongSlursAndTiesTogether: t.Optional[bool] = None,
showShortSlursAndTiesTogether=False,
slurLongPhraseWithBrackets=True,
suppressOctaveMarks=False,
upperFirstInNoteFingering=True,
):
'''
Translates a Score object containing two :class:`~music21.stream.Part` instances to braille,
an upper part and a lower
part. Assumes that the two parts are aligned and well constructed. Bar over bar format is used.
'''
parts = keyboardScore.getElementsByClass(['Part', 'PartStaff'])
if len(parts) != 2:
raise BrailleTranslateException('Can only translate two keyboard parts at a time')
staffUpper = parts[0]
staffLower = parts[1]
upperPartToTranscribe = staffUpper
if not inPlace:
upperPartToTranscribe = staffUpper.makeNotation(cautionaryNotImmediateRepeat=False)
lowerPartToTranscribe = staffLower
if not inPlace:
lowerPartToTranscribe = staffLower.makeNotation(cautionaryNotImmediateRepeat=False)
rhSegments = segment.findSegments(upperPartToTranscribe,
setHand='right',
cancelOutgoingKeySig=cancelOutgoingKeySig,
descendingChords=descendingChords,
dummyRestLength=dummyRestLength,
maxLineLength=maxLineLength,
segmentBreaks=segmentBreaks,
showClefSigns=showClefSigns,
showFirstMeasureNumber=showFirstMeasureNumber,
showHand=showHand,
showHeading=showHeading,
showLongSlursAndTiesTogether=showLongSlursAndTiesTogether,
showShortSlursAndTiesTogether=showShortSlursAndTiesTogether,
slurLongPhraseWithBrackets=slurLongPhraseWithBrackets,
suppressOctaveMarks=suppressOctaveMarks,
upperFirstInNoteFingering=upperFirstInNoteFingering,
)
lhSegments = segment.findSegments(lowerPartToTranscribe,
setHand='left',
cancelOutgoingKeySig=cancelOutgoingKeySig,
descendingChords=descendingChords,
dummyRestLength=dummyRestLength,
maxLineLength=maxLineLength,
segmentBreaks=segmentBreaks,
showClefSigns=showClefSigns,
showFirstMeasureNumber=showFirstMeasureNumber,
showHand=showHand,
showHeading=showHeading,
showLongSlursAndTiesTogether=showLongSlursAndTiesTogether,
showShortSlursAndTiesTogether=showShortSlursAndTiesTogether,
slurLongPhraseWithBrackets=slurLongPhraseWithBrackets,
suppressOctaveMarks=suppressOctaveMarks,
upperFirstInNoteFingering=upperFirstInNoteFingering,
)
allBrailleText = []
for (rhSegment, lhSegment) in zip(rhSegments, lhSegments):
bg = segment.BrailleGrandSegment(lineLength=maxLineLength)
for rhGroupingKey in rhSegment:
# print(type(rhSegment), type(rhSegment[rhGroupingKey]))
# breakpoint()
bg[rhGroupingKey] = rhSegment[rhGroupingKey]
for lhGroupingKey in lhSegment:
bg[lhGroupingKey] = lhSegment[lhGroupingKey]
bg.transcribe()
if not debug:
allBrailleText.append(bg.brailleText)
else:
allBrailleText.append(str(bg))
return '\n'.join([str(bt) for bt in allBrailleText])
