def addNoteGroupings(self, measureNumber, noteGroupingR, noteGroupingL):
if self.rightHandLine is None and self.leftHandLine is None:
self.makeNewLines()
if self.rightHandLine.textLocation == 0:
self.rightHandLine.insert(
self.highestMeasureNumberLength - len(measureNumber),
measureNumber)
self.leftHandLine.textLocation = self.rightHandLine.textLocation
addSpace = True
if self.rightHandLine.containsNoteGrouping is False:
addSpace = False
self.rightHandLine.append(symbols['rh_keyboard'], addSpace=True)
self.leftHandLine.append(symbols['lh_keyboard'], addSpace=True)
if noteGroupingR:
for dot in yieldDots(noteGroupingR[0]):
self.rightHandLine.append(dot, addSpace=False)
if noteGroupingL:
for dot in yieldDots(noteGroupingL[0]):
self.leftHandLine.append(dot, addSpace=False)
if (self.rightHandLine.canAppend(noteGroupingR, addSpace=addSpace)
and self.leftHandLine.canAppend(noteGroupingL,
addSpace=addSpace)):
if noteGroupingL:
self.leftHandLine.append(noteGroupingL, addSpace=addSpace)
if noteGroupingR:
self.rightHandLine.append(noteGroupingR, addSpace=addSpace)
if self.rightHandLine.textLocation > self.leftHandLine.textLocation:
self.leftHandLine.textLocation = self.rightHandLine.textLocation
else:
self.rightHandLine.textLocation = self.leftHandLine.textLocation
else:
self.makeNewLines()
self.rightHandLine.insert(
self.highestMeasureNumberLength - len(measureNumber),
measureNumber)
self.leftHandLine.textLocation = self.rightHandLine.textLocation
self.rightHandLine.append(symbols['rh_keyboard'], addSpace=True)
self.leftHandLine.append(symbols['lh_keyboard'], addSpace=True)
if noteGroupingR:
for dot in yieldDots(noteGroupingR[0]):
self.rightHandLine.append(dot, addSpace=False)
self.rightHandLine.append(noteGroupingR, addSpace=False)
if noteGroupingL:
for dot in yieldDots(noteGroupingL[0]):
self.leftHandLine.append(dot, addSpace=False)
self.leftHandLine.append(noteGroupingL, addSpace=False)
if self.rightHandLine.textLocation > self.leftHandLine.textLocation:
self.leftHandLine.textLocation = self.rightHandLine.textLocation
else:
self.rightHandLine.textLocation = self.leftHandLine.textLocation
self.rightHandLine.containsNoteGrouping = True
self.leftHandLine.containsNoteGrouping = True
def addNoteGroupings(self, measureNumber, noteGroupingR, noteGroupingL):
if self.rightHandLine is None and self.leftHandLine is None:
self.makeNewLines()
if self.rightHandLine.textLocation == 0:
self.rightHandLine.insert(self.highestMeasureNumberLength - len(measureNumber),
measureNumber)
self.leftHandLine.textLocation = self.rightHandLine.textLocation
addSpace = True
if self.rightHandLine.containsNoteGrouping is False:
addSpace = False
self.rightHandLine.append(symbols['rh_keyboard'], addSpace=True)
self.leftHandLine.append(symbols['lh_keyboard'], addSpace=True)
if noteGroupingR:
for dot in yieldDots(noteGroupingR[0]):
self.rightHandLine.append(dot, addSpace=False)
if noteGroupingL:
for dot in yieldDots(noteGroupingL[0]):
self.leftHandLine.append(dot, addSpace=False)
if (self.rightHandLine.canAppend(noteGroupingR, addSpace=addSpace)
and self.leftHandLine.canAppend(noteGroupingL, addSpace=addSpace)):
if noteGroupingL:
self.leftHandLine.append(noteGroupingL, addSpace=addSpace)
if noteGroupingR:
self.rightHandLine.append(noteGroupingR, addSpace=addSpace)
if self.rightHandLine.textLocation > self.leftHandLine.textLocation:
self.leftHandLine.textLocation = self.rightHandLine.textLocation
else:
self.rightHandLine.textLocation = self.leftHandLine.textLocation
else:
self.makeNewLines()
self.rightHandLine.insert(self.highestMeasureNumberLength - len(measureNumber),
measureNumber)
self.leftHandLine.textLocation = self.rightHandLine.textLocation
self.rightHandLine.append(symbols['rh_keyboard'], addSpace=True)
self.leftHandLine.append(symbols['lh_keyboard'], addSpace=True)
if noteGroupingR:
for dot in yieldDots(noteGroupingR[0]):
self.rightHandLine.append(dot, addSpace=False)
self.rightHandLine.append(noteGroupingR, addSpace=False)
if noteGroupingL:
for dot in yieldDots(noteGroupingL[0]):
self.leftHandLine.append(dot, addSpace=False)
self.leftHandLine.append(noteGroupingL, addSpace=False)
if self.rightHandLine.textLocation > self.leftHandLine.textLocation:
self.leftHandLine.textLocation = self.rightHandLine.textLocation
else:
self.rightHandLine.textLocation = self.leftHandLine.textLocation
self.rightHandLine.containsNoteGrouping = True
self.leftHandLine.containsNoteGrouping = True
def optionalAddKeyboardSymbolsAndDots(self, noteGrouping=None):
'''
Adds symbols for rh_keyboard or lh_keyboard depending on what
is appropriate
returns a boolean indicating whether a space needs to be added
before the next symbol is needed.
'''
addSpace = True
if (not self.currentLine.containsNoteGrouping
and (self.rightHandSymbol or self.leftHandSymbol)):
if self.currentLine.textLocation == 0:
addSpace = False
if self.rightHandSymbol:
self.currentLine.append(symbols['rh_keyboard'], addSpace=addSpace)
elif self.leftHandSymbol:
self.currentLine.append(symbols['lh_keyboard'], addSpace=addSpace)
if noteGrouping:
for dot in yieldDots(noteGrouping[0]):
self.currentLine.append(dot, addSpace=False)
addSpace = False
if self.currentLine.textLocation == 0:
addSpace = False
return addSpace
def addInaccord(self, inaccord):
addSpace = self.optionalAddKeyboardSymbolsAndDots(inaccord)
try:
self.currentLine.append(inaccord, addSpace=addSpace)
except BrailleTextException:
self.makeNewLine()
if self.rightHandSymbol or self.leftHandSymbol:
if self.rightHandSymbol:
self.currentLine.insert(2, symbols['rh_keyboard'])
elif self.leftHandSymbol:
self.currentLine.insert(2, symbols['lh_keyboard'])
for dot in yieldDots(inaccord[0]):
self.currentLine.append(dot, addSpace=False)
self.currentLine.append(inaccord, addSpace=False)
else:
self.currentLine.insert(2, inaccord)
self.currentLine.containsNoteGrouping = True
def optionallyAddDotToPrevious(self, el=None):
'''
if el is None or not a Dynamic or TextExpression, add a dot-3 Dot
before the current transcription
under certain circumstances:
1. self.previousElement exists
2. the last character in the current transcription (self.trans) fits the criteria for
basic.yieldDots()
3. one of these three. PreviousElement was...:
a. a Dynamic.
b. a Clef and clef signs are being transcribed
c. a TextExpression not ending in "."
Returns True if a dot as added, or False otherwise.
'''
prev = self.previousElement
if prev is None:
return False
if not self.trans:
return False # need to consult previous element in translation
if el is not None and isinstance(el, dynamics.Dynamic):
return False
if el is not None and isinstance(el, expressions.TextExpression):
return False
if (isinstance(prev, dynamics.Dynamic)
or (isinstance(prev, clef.Clef) and self.showClefSigns)
or (isinstance(prev, expressions.TextExpression)
# TE is an abbreviation, no extra dot 3 necessary
and prev.content[-1] != '.')):
for dot in basic.yieldDots(self.trans[-1][0]):
self.trans.insert(
-1, dot) # insert one before the end, not append...
prev.editorial.brailleEnglish.append(f'Dot 3 {dot}')
return True # only append max one dot.
return False
def optionallyAddDotToPrevious(self, el=None):
'''
if el is None or not a Dynamic or TextExpression, add a dot-3 Dot
before the current transcription
under certain circumstances:
1. self.previousElement exists
2. the last character in the current transcription (self.trans) fits the criteria for
basic.yieldDots()
3. one of these three. PreviousElement was...:
a. a Dynamic.
b. a Clef and clef signs are being transcribed
c. a TextExpression not ending in "."
Returns True if a dot as added, or False otherwise.
'''
prev = self.previousElement
if prev is None:
return False
if not self.trans:
return False # need to consult previous element in translation
if el is not None and 'Dynamic' in el.classes:
return False
if el is not None and 'TextExpression' in el.classes:
return False
if ('Dynamic' in prev.classes
or ('Clef' in prev.classes
and self.showClefSigns)
or ('TextExpression' in prev.classes
and prev.content[-1] != '.') # TE is an abbreviation, no extra dot 3 necessary
):
for dot in basic.yieldDots(self.trans[-1][0]):
self.trans.insert(-1, dot) # insert one before the end, not append...
prev._brailleEnglish.append("Dot 3 {0}".format(dot))
return True # only append max one dot.
return False
