def _playMIDINow(self, measureList, score):
if self.kit is None or self._midiOut is None:
return
baseTime = 0
msPerBeat = 60000.0 / score.scoreData.bpm
self._measureDetails = []
try:
for measure, measureIndex in measureList:
times = list(measure.counter.iterTimesMs(msPerBeat))
baseTime += times[-1]
self._measureDetails.append((measureIndex, baseTime))
self._measureDetails.reverse()
del self._midiOut
self._midiOut = None
midi = StringIO.StringIO()
exportMidi(measureList, score, midi)
midi.seek(0, 0)
pygame.mixer.music.load(midi)
pygame.mixer.music.play()
self._songStart = time.clock()
self._musicPlaying = True
except:
self.timer.timeout.emit()
raise
self.timer.start(baseTime + 500)
self._measureTimer.start(0)
def _playMIDINow(self, measureList, score):
if self.kit is None or self._midiOut is None:
return
baseTime = 0
msPerBeat = 60000.0 / score.scoreData.bpm
self._measureDetails = []
try:
for measure, measureIndex in measureList:
times = list(measure.counter.iterTimesMs(msPerBeat))
baseTime += times[-1]
self._measureDetails.append((measureIndex, baseTime))
self._measureDetails.reverse()
del self._midiOut
self._midiOut = None
midi = StringIO.StringIO()
exportMidi(measureList, score, midi)
midi.seek(0, 0)
pygame.mixer.music.load(midi)
pygame.mixer.music.play()
self._songStart = time.clock()
self._musicPlaying = True
except:
self.timer.timeout.emit()
raise
self.timer.start(baseTime + 500)
self._measureTimer.start(0)
def _playMIDINow(self, measureList, score):
if self.kit is None or self._midiOut is None:
return
baseTime = 0
bpm = score.scoreData.bpm
swing = score.scoreData.swing
msPerBeat = 60000.0 / bpm
self._measureDetails = []
lastMeasureIndex = None
try:
for measure, measureIndex in measureList:
if lastMeasureIndex is None or measureIndex != lastMeasureIndex + 1:
bpm = score.bpmAtMeasureByIndex(measureIndex)
elif measure.newBpm > 0 and bpm != measure.newBpm:
bpm = measure.newBpm
if bpm == 0:
bpm = 120
lastMeasureIndex = measureIndex
msPerBeat = 60000.0 / bpm
times = list(measure.counter.iterTimesMs(msPerBeat, swing))
baseTime += times[-1]
self._measureDetails.append((measureIndex, baseTime))
self._measureDetails.reverse()
del self._midiOut
self._midiOut = None
midi = StringIO.StringIO()
exportMidi(measureList, score, midi)
midi.seek(0, 0)
pygame.mixer.music.load(midi)
pygame.mixer.music.play()
self._songStart = time.clock()
self._musicPlaying = True
except:
self.timer.timeout.emit()
raise
self.timer.start(baseTime + 500)
self._measureTimer.start(0)
def _playMIDINow(self, measureList, score):
if self.kit is None or self._midiOut is None:
return
baseTime = 0
bpm = score.scoreData.bpm
msPerBeat = 60000.0 / bpm
self._measureDetails = []
lastMeasureIndex = None
try:
for measure, measureIndex in measureList:
if lastMeasureIndex is None or measureIndex != lastMeasureIndex + 1:
bpm = score.bpmAtMeasureByIndex(measureIndex)
elif measure.newBpm > 0 and bpm != measure.newBpm:
bpm = measure.newBpm
if bpm == 0:
bpm = 120
lastMeasureIndex = measureIndex
msPerBeat = 60000.0 / bpm
times = list(measure.counter.iterTimesMs(msPerBeat))
baseTime += times[-1]
self._measureDetails.append((measureIndex, baseTime))
self._measureDetails.reverse()
del self._midiOut
self._midiOut = None
midi = StringIO.StringIO()
exportMidi(measureList, score, midi)
midi.seek(0, 0)
pygame.mixer.music.load(midi)
pygame.mixer.music.play()
self._songStart = time.clock()
self._musicPlaying = True
except:
self.timer.timeout.emit()
raise
self.timer.start(baseTime + 500)
self._measureTimer.start(0)
