def _joinPitch(self):
# note: joinPsReal will accept pc values tt are not pc:
# the may be floats, above and below 0-11 range
psReal = pitchTools.joinPsReal(self.oct, self.pc, self.micro)
# deleat temporary variables
del self.oct
del self.pc
del self.micro
#del self.psReal
return psReal
def _joinPitch(self):
# note: joinPsReal will accept pc values tt are not pc:
# the may be floats, above and below 0-11 range
psReal = pitchTools.joinPsReal(self.oct, self.pc, self.micro)
# deleat temporary variables
del self.oct
del self.pc
del self.micro
#del self.psReal
return psReal
def getOct(self, valArray, tEvalArray, refDict):
"""value input is a ps value, need to extract
octave information and only process this, then restore
it to pitch space"""
octArray = []
pcArray = []
# get octave data form ps; micro will not be lost
for val in valArray:
oct, pc = pitchTools.splitOctPs(val)
octArray.append(oct)
pcArray.append(pc)
# process oct data
octArray = self.pmtrObjDict['octQ'](octArray, tEvalArray, refDict)
# micro in pc will not be lost
valArray = []
for i in range(0, len(octArray)): # restpr w/ pc
oct = octArray[i]
pc = pcArray[i]
valArray.append(pitchTools.joinPsReal(oct, pc, 0))
return valArray
def getOct(self, valArray, tEvalArray, refDict):
"""value input is a ps value, need to extract
octave information and only process this, then restore
it to pitch space"""
octArray = []
pcArray = []
# get octave data form ps; micro will not be lost
for val in valArray:
oct, pc = pitchTools.splitOctPs(val)
octArray.append(oct)
pcArray.append(pc)
# process oct data
octArray = self.pmtrObjDict['octQ'](octArray, tEvalArray, refDict)
# micro in pc will not be lost
valArray = []
for i in range(0, len(octArray)): # restpr w/ pc
oct = octArray[i]
pc = pcArray[i]
valArray.append(pitchTools.joinPsReal(oct, pc, 0))
return valArray
