def _resolveSpecialSegment(self, segmentB, specialResolutionMethods):
resolutionMethodExecutor = _compileRules(specialResolutionMethods, 3)
for (resolutionMethod, args) in resolutionMethodExecutor[True]:
iterables = []
for arg in args:
iterables.append(itertools.repeat(arg))
resolutions = imap(resolutionMethod,
self.allCorrectSinglePossibilities(),
*iterables)
correctAB = izip(self.allCorrectSinglePossibilities(), resolutions)
correctAB = ifilter(
lambda possibAB: possibility.pitchesWithinLimit(
possibA=possibAB[1], maxPitch=segmentB._maxPitch),
correctAB)
if self.fbRules.applyConsecutivePossibRulesToResolution:
correctAB = ifilter(
lambda possibAB: self._isCorrectConsecutivePossibility(
possibA=possibAB[0], possibB=possibAB[1]), correctAB)
if self.fbRules.applySinglePossibRulesToResolution:
segmentB._singlePossibilityRuleChecking = _compileRules(
segmentB.singlePossibilityRules(segmentB.fbRules))
correctAB = ifilter(
lambda possibAB: segmentB._isCorrectSinglePossibility(
possibA=possibAB[1]), correctAB)
return correctAB
raise SegmentException("No standard resolution available.")
def _resolveSpecialSegment(self, segmentB, specialResolutionMethods):
resolutionMethodExecutor = _compileRules(specialResolutionMethods, 3)
for (resolutionMethod, args) in resolutionMethodExecutor[True]:
iterables = []
for arg in args:
iterables.append(itertools.repeat(arg))
resolutions = imap(resolutionMethod, self.allCorrectSinglePossibilities(), *iterables)
correctAB = izip(self.allCorrectSinglePossibilities(), resolutions)
correctAB = ifilter(lambda possibAB: possibility.pitchesWithinLimit(
possibA=possibAB[1],
maxPitch=segmentB._maxPitch),
correctAB)
if self.fbRules.applyConsecutivePossibRulesToResolution:
correctAB = ifilter(lambda possibAB: self._isCorrectConsecutivePossibility(
possibA=possibAB[0],
possibB=possibAB[1]),
correctAB)
if self.fbRules.applySinglePossibRulesToResolution:
segmentB._singlePossibilityRuleChecking = _compileRules(
segmentB.singlePossibilityRules(segmentB.fbRules))
correctAB = ifilter(lambda possibAB: segmentB._isCorrectSinglePossibility(
possibA=possibAB[1]),
correctAB)
return correctAB
raise SegmentException("No standard resolution available.")