def test_gamutFailure(workingCF, cantus, cantusGamut):
workingCF[2] = 1
assert checkCF(workingCF).reasons[0].split(':')[0].split('.')[1] == "GAMUT"
symCF = [ConstPitch(x) for x in workingCF]
sm = makeSimMap([makeTemporalisedLine(symCF, NoteLength.WHOLE)],
makeTemporalisedLine(symCF, NoteLength.WHOLE))
x = smartRepairLine(symCF, cantus, checkCF(workingCF), cantusGamut, sm)
assert x is not None
assert checkCF(x).isValid()
def doCheckCF(self):
print("Checking CF")
self.results.clear()
cf = [int(x) for x in self.cfInput.text().split(',')]
problems = checkCF(cf)
print(problems)
self.resultsLabel.setText("Problems with Cantus Firmus:")
if not problems.reasons:
self.results.addItem("Cantus Firmus is valid!")
else:
for problem in problems.reasons:
self.results.addItem(problem.split(':')[1])
def test_badCFIsBad(badCF):
assert not checkCF(badCF).isValid()
def test_goodCFIsGood(goodCF):
assert checkCF(goodCF).isValid()
def test_repairCFWorksOnBrokenCF(foundry, cantus, maxCount, cantusGamut):
badSpecs = getAllBadSpecs(cantus, maxCount)
for badSpec in badSpecs:
foundry = Foundry(Optimize()).applySpec(badSpec)
cantus = foundry.extractPitches(badSpec.line)
assert checkCF(repairCF(cantus, cantusGamut)).isValid()