def _parseEventsIn(self, m21Stream: Union[m21.stream.Voice, m21.stream.Measure],
voiceIndex: int,
emptyStartDuration: HumNum = HumNum(0),
emptyEndDuration: HumNum = HumNum(0)):
if emptyStartDuration > 0:
# make m21 hidden rests totalling this duration, and pretend they
# were at the beginning of m21Stream
durations: List[HumNum] = Convert.getPowerOfTwoDurationsWithDotsAddingTo(emptyStartDuration)
startTime: HumNum = self.startTime
for duration in durations:
m21StartRest: m21.note.Rest = m21.note.Rest(duration=m21.duration.Duration(duration))
m21StartRest.style.hideObjectOnPrint = True
event: EventData = EventData(m21StartRest, -1, voiceIndex, self, offsetInScore=startTime)
if event is not None:
self.events.append(event)
startTime += duration
m21FlatStream: Union[m21.stream.Voice, m21.stream.Measure] = m21Stream.flat
for elementIndex, element in enumerate(m21FlatStream):
event: EventData = EventData(element, elementIndex, voiceIndex, self)
if event is not None:
self.events.append(event)
if emptyEndDuration > 0:
# make m21 hidden rests totalling this duration, and pretend they
# were at the end of m21Stream
durations: List[HumNum] = Convert.getPowerOfTwoDurationsWithDotsAddingTo(emptyEndDuration)
startTime: HumNum = self.startTime + self.duration - emptyEndDuration
for duration in durations:
m21EndRest: m21.note.Rest = m21.note.Rest(duration=m21.duration.Duration(duration))
m21EndRest.style.hideObjectOnPrint = True
event: EventData = EventData(m21EndRest, -1, voiceIndex, self, offsetInScore=startTime)
if event is not None:
self.events.append(event)
startTime += duration
def _parseEventsIn(
self,
m21Stream: t.Union[m21.stream.Voice, m21.stream.Measure],
voiceIndex: int,
emptyStartDuration: HumNumIn = 0,
emptyEndDuration: HumNumIn = 0
) -> None:
event: EventData
durations: t.List[HumNum]
startTime: HumNum
if emptyStartDuration > 0:
# make m21 hidden rests totalling this duration, and pretend they
# were at the beginning of m21Stream
durations = Convert.getPowerOfTwoDurationsWithDotsAddingTo(emptyStartDuration)
startTime = self.startTime
for duration in durations:
m21StartRest: m21.note.Rest = m21.note.Rest(
duration=m21.duration.Duration(duration)
)
m21StartRest.style.hideObjectOnPrint = True
event = EventData(m21StartRest, -1, voiceIndex, self, offsetInScore=startTime)
if event is not None:
self.events.append(event)
startTime = opFrac(startTime + duration)
for elementIndex, element in enumerate(m21Stream.recurse()
.getElementsNotOfClass(m21.stream.Stream)):
event = EventData(element, elementIndex, voiceIndex, self)
if event is not None:
self.events.append(event)
# Make a separate event for any DynamicWedge (in score's
# spannerBundle) that starts with this element.
# Why?
# 1. So we don't put the end of the wedge in the same slice as the
# endNote (wedges end at the end time of the endNote, not at
# the start time of the endNote).
# 2. So wedge starts/ends will go in their own slice if necessary (e.g.
# if we choose not to export the voice-with-only-invisible-rests we
# may have made to position them correctly.
extraEvents: t.List[EventData] = self._parseDynamicWedgesStartedOrStoppedAt(event)
if extraEvents:
self.events += extraEvents
if emptyEndDuration > 0:
# make m21 hidden rests totalling this duration, and pretend they
# were at the end of m21Stream
durations = Convert.getPowerOfTwoDurationsWithDotsAddingTo(emptyEndDuration)
startTime = opFrac(self.startTime + self.duration - opFrac(emptyEndDuration))
for duration in durations:
m21EndRest: m21.note.Rest = m21.note.Rest(duration=m21.duration.Duration(duration))
m21EndRest.style.hideObjectOnPrint = True
event = EventData(m21EndRest, -1, voiceIndex, self, offsetInScore=startTime)
if event is not None:
self.events.append(event)
startTime = opFrac(startTime + duration)