def _pre145_cleanExtraAux(self):
"""correct a possible error where, when going from a larger to a
smaller aux value, extra Q keys exist that should not by the aux count
this causes errors elsewhere, and his been fixed
this method looks a the aux and removes any extra aux like things"""
t = self.tData
for tName in list(t['textureLib'].keys()):
auxNo = t['textureLib'][tName]['auxNo']
# store all valid
auxLabelValid = basePmtr.auxLabel(auxNo)
for pmtrKey in list(t['textureLib'][tName]['pmtrQDict'].keys()):
if pmtrKey not in auxLabelValid: # not a valid auxq
if pmtrKey[:4] == 'auxQ': # if it looks like an auxq
del t['textureLib'][tName]['pmtrQDict'][pmtrKey]
environment.printDebug(
['removed extra auxQ:', pmtrKey])
# clear extra clone aux as well
for cName in list(t['cloneLib'].keys()):
auxNo = t['cloneLib'][cName]['auxNo']
# store all valid
auxLabelValid = basePmtr.auxLabel(auxNo)
for pmtrKey in list(t['cloneLib'][cName]['pmtrQDict'].keys()):
if pmtrKey not in auxLabelValid: # not a valid auxq
if pmtrKey[:4] == 'auxQ': # if it looks like an auxq
del t['cloneLib'][cName]['pmtrQDict'][pmtrKey]
environment.printDebug(
['removed extra auxQ:', pmtrKey])
def getAux(self, valueArrayList, tEvalArray, refDict):
""" get the value list from texture aux parameter
valueArrayList is a list of aux values for each event
this needs to be converted into a list of values for each aux
then converted back
"""
auxEventList = [] # seperate val for each aux
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
auxEventList.append([]) # add a list for each aux
# go through values and split each aux into separate list, chanelize
for event in valueArrayList:
assert len(event) == self.auxNo
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
auxEventList[i].append(event[i])
# process dataArray in each aux independently
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
valArray = auxEventList[i] # dataArray for one aux value
auxArray = self.pmtrObjDict[auxLabel](valArray, tEvalArray,
refDict)
auxEventList[i] = auxArray
# restore to format where each event has all array values
auxiliary = []
for e in range(0, len(valueArrayList)): # go through each event
eventData = []
# get data for each aux in this event, put into one list
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
eventData.append(auxEventList[i][e])
auxiliary.append(eventData)
return auxiliary
def getAux(self, valueArrayList, tEvalArray, refDict):
""" get the value list from texture aux parameter
valueArrayList is a list of aux values for each event
this needs to be converted into a list of values for each aux
then converted back
"""
auxEventList = [] # seperate val for each aux
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
auxEventList.append([]) # add a list for each aux
# go through values and split each aux into separate list, chanelize
for event in valueArrayList:
assert len(event) == self.auxNo
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
auxEventList[i].append(event[i])
# process dataArray in each aux independently
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
valArray = auxEventList[i] # dataArray for one aux value
auxArray = self.pmtrObjDict[auxLabel](valArray, tEvalArray, refDict)
auxEventList[i] = auxArray
# restore to format where each event has all array values
auxiliary = []
for e in range(0,len(valueArrayList)): # go through each event
eventData = []
# get data for each aux in this event, put into one list
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
eventData.append(auxEventList[i][e])
auxiliary.append(eventData)
return auxiliary
def _pre145_cleanExtraAux(self):
"""correct a possible error where, when going from a larger to a
smaller aux value, extra Q keys exist that should not by the aux count
this causes errors elsewhere, and his been fixed
this method looks a the aux and removes any extra aux like things"""
t = self.tData
for tName in t["textureLib"].keys():
auxNo = t["textureLib"][tName]["auxNo"]
# store all valid
auxLabelValid = basePmtr.auxLabel(auxNo)
for pmtrKey in t["textureLib"][tName]["pmtrQDict"].keys():
if pmtrKey not in auxLabelValid: # not a valid auxq
if pmtrKey[:4] == "auxQ": # if it looks like an auxq
del t["textureLib"][tName]["pmtrQDict"][pmtrKey]
environment.printDebug(["removed extra auxQ:", pmtrKey])
# clear extra clone aux as well
for cName in t["cloneLib"].keys():
auxNo = t["cloneLib"][cName]["auxNo"]
# store all valid
auxLabelValid = basePmtr.auxLabel(auxNo)
for pmtrKey in t["cloneLib"][cName]["pmtrQDict"].keys():
if pmtrKey not in auxLabelValid: # not a valid auxq
if pmtrKey[:4] == "auxQ": # if it looks like an auxq
del t["cloneLib"][cName]["pmtrQDict"][pmtrKey]
environment.printDebug(["removed extra auxQ:", pmtrKey])
def _updateInstPmtr(self, refDict):
"""when a texture's instrument is changed, aux numbers may change
this change must be represented in the clone
updates the parameter dict to that of a new instrument
does not reload objects; must be done with updatePmtrObj
used for converting/refreshing instruments
"""
oldAuxNo = self.auxNo # store old
self.auxNo = refDict['auxNo'] # aux no passed in ref dict
self.auxFmt = refDict['auxFmt'] # aux no passed in ref dict
oldPmtrDict = copy.deepcopy(self.pmtrQDict)
#print _MOD, 'clone: oldAuxNo, self.AuxNo', oldAuxNo, self.auxNo
print lang.WARN, 'new Clone auxiliary value %s' % self.auxNo
# remove old aux values
for auxLabel in basePmtr.auxLabel(oldAuxNo):
del self.pmtrQDict[auxLabel]
if auxLabel in self.pmtrObjDict.keys(
): # remove objects if they exist
del self.pmtrObjDict[auxLabel]
# insert new values from defaults
for auxLabel in basePmtr.auxLabel(self.auxNo):
self.pmtrQDict[auxLabel] = self._defaultPmtrArg()
def _reprView(self, extData={}):
"""privide standard TIv display"""
headList = []
headList.append('TC: %s, TI: %s\n' % (self.name,
self.nameParent))
tStrAbs = typeset.timeRangeAsStr(self.timeRangeAbs)
headList.append('%s%s: %s, duration: %s\n' % (lang.TAB, lang.MUTELABEL,
self._getMuteStr(), tStrAbs))
entryLines = []
for p in ('time', 'sus', 'acc'):
if p not in self.pmtrActive: continue
attr, label = self.decodePmtrName(p)
entryLines.append([label, self.pmtrObjDict[attr].repr()])
for p in ('fieldQ', 'octQ', 'ampQ', 'panQ'):
if p not in self.pmtrActive: continue
attr, label = self.decodePmtrName(p)
entryLines.append([label, self.pmtrObjDict[attr].repr()])
if self.auxNo == 0:
entryLines.append([self.decodePmtrName('x')[1], 'none'])
else:
entryLines.append([self.decodePmtrName('x')[1], ''])
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
valueStr = self.pmtrObjDict[auxLabel].repr()
entryLines.append([(lang.TAB + 'x%i'% i), valueStr])
if self.clonePmtrNo == 0:
entryLines.append([self.decodePmtrName('s')[1], 'none'])
else:
entryLines.append([self.decodePmtrName('s')[1], ''])
for i, textLabel in basePmtr.cloneLabel(self.clonePmtrNo, 1):
valueStr = self.pmtrObjDict[textLabel].repr()
entryLines.append([(lang.TAB + 's%i'% i), valueStr])
return headList, entryLines
def _reprView(self, extData={}):
"""privide standard TIv display"""
headList = []
headList.append('TC: %s, TI: %s\n' % (self.name, self.nameParent))
tStrAbs = typeset.timeRangeAsStr(self.timeRangeAbs)
headList.append(
'%s%s: %s, duration: %s\n' %
(lang.TAB, lang.MUTELABEL, self._getMuteStr(), tStrAbs))
entryLines = []
for p in ('time', 'sus', 'acc'):
if p not in self.pmtrActive: continue
attr, label = self.decodePmtrName(p)
entryLines.append([label, self.pmtrObjDict[attr].repr()])
for p in ('fieldQ', 'octQ', 'ampQ', 'panQ'):
if p not in self.pmtrActive: continue
attr, label = self.decodePmtrName(p)
entryLines.append([label, self.pmtrObjDict[attr].repr()])
if self.auxNo == 0:
entryLines.append([self.decodePmtrName('x')[1], 'none'])
else:
entryLines.append([self.decodePmtrName('x')[1], ''])
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
valueStr = self.pmtrObjDict[auxLabel].repr()
entryLines.append([(lang.TAB + 'x%i' % i), valueStr])
if self.clonePmtrNo == 0:
entryLines.append([self.decodePmtrName('s')[1], 'none'])
else:
entryLines.append([self.decodePmtrName('s')[1], ''])
for i, textLabel in basePmtr.cloneLabel(self.clonePmtrNo, 1):
valueStr = self.pmtrObjDict[textLabel].repr()
entryLines.append([(lang.TAB + 's%i' % i), valueStr])
return headList, entryLines
def editPmtrObj(self, pmtrName, pmtrValue, refDict, esObj=None, refresh=1):
"""refresh: turn off score generation
clearing a clone may be good; texture should not be cleared
clearing the esObj of a clone causes a problem when trying to
using the TCmap comamnd; for now, do not clear score
self.clearScore() # dont store all this data, but pmtrs updated
"""
p = pmtrName
newData = pmtrValue
if (p in self.pmtrCommon and p not in self.pmtrActive):
return None, 'no %s parameter in TC %s.' % (p, self.name)
elif (p in ('time', 'sus', 'acc', 'ampQ', 'panQ', 'fieldQ', 'octQ',) or
p[:4]=='auxQ' or p[:6]=='cloneQ'):
if p[:4] == 'auxQ':
if p not in basePmtr.auxLabel(self.auxNo):
return 0, 'no such auxiliary label'
if p[:6] == 'cloneQ':
if p not in basePmtr.cloneLabel(self.clonePmtrNo):
return 0, 'no such clone label'
attrName = 'pmtrQDict'
oldData = self.pmtrQDict # attrReference
newData = copy.deepcopy(self.pmtrQDict) # copy old dict
newData[p] = pmtrValue
else:
return 0, 'incorrect parameter label access.'
setattr(self, attrName, newData) # make change
try: # try to refresh objects
editPhase = 'object creation:'
ok, msg = self.updatePmtrObj(p, refDict)
if not ok:
self._editRestore(attrName, p, oldData, refDict)
return ok, msg
if refresh and esObj != None: # test w/ an esObj
editPhase = 'score creation:'
ok = self.score(esObj, refDict)
if not ok:
self._editRestore(attrName, p, oldData, refDict)
return ok, 'score creation returned an error.'
except error.ParameterObjectSyntaxError as msg: # standard init errors from pmtr obj
msg = '%s %s' % (editPhase, msg)
ok = 0
except IndexError as msg:
msg = '%s incorrect number of arguments. %s.' % (editPhase, msg)
ok = 0
except TypeError as msg:
msg = '%s incorrect data-type in arguments. %s' % (editPhase, msg)
ok = 0
except UnboundLocalError as msg:
msg = '%s incorrect paramater type in arguments. %s' % (editPhase, msg)
ok = 0
except ValueError as msg:
msg = '%s value error: an inappropriate data type used.' % editPhase
ok = 0
except ZeroDivisionError:
msg = '%s zero division error: zero cannot be a divisor.' % editPhase
ok = 0
if not ok:
self._editRestore(attrName, p, oldData, refDict)
return ok, msg
return 1, '' # success
def _reprDocAuxArgs(self):
"""documentation for aix args; does not include title in the list"""
entryLines = []
if self.auxNo != 0:
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
valueStr = self.pmtrObjDict[auxLabel].reprDoc('argsMax')
#labelStr = '%sx%i'% (lang.TAB, i)
entryLines.append(['', valueStr])
return entryLines
def _reprDocAuxArgs(self):
"""documentation for aix args; does not include title in the list"""
entryLines = []
if self.auxNo != 0:
for i, auxLabel in basePmtr.auxLabel(self.auxNo, 1):
valueStr = self.pmtrObjDict[auxLabel].reprDoc('argsMax')
#labelStr = '%sx%i'% (lang.TAB, i)
entryLines.append(['', valueStr])
return entryLines
def _updateInstPmtr(self, refDict):
"""when a texture's instrument is changed, aux numbers may change
this change must be represented in the clone
updates the parameter dict to that of a new instrument
does not reload objects; must be done with updatePmtrObj
used for converting/refreshing instruments
"""
oldAuxNo = self.auxNo # store old
self.auxNo = refDict['auxNo'] # aux no passed in ref dict
self.auxFmt = refDict['auxFmt'] # aux no passed in ref dict
oldPmtrDict = copy.deepcopy(self.pmtrQDict)
#print _MOD, 'clone: oldAuxNo, self.AuxNo', oldAuxNo, self.auxNo
print lang.WARN, 'new Clone auxiliary value %s' % self.auxNo
# remove old aux values
for auxLabel in basePmtr.auxLabel(oldAuxNo):
del self.pmtrQDict[auxLabel]
if auxLabel in self.pmtrObjDict.keys(): # remove objects if they exist
del self.pmtrObjDict[auxLabel]
# insert new values from defaults
for auxLabel in basePmtr.auxLabel(self.auxNo):
self.pmtrQDict[auxLabel] = self._defaultPmtrArg()
def loadDefault(self, auxNo, auxFmt):
"""create an empty clone dict
note: no refershing of event is done here; just loads parameters obs
>>> a = Clone()
>>> a.loadDefault(3, 'num')
"""
# defaults do not come from anywhere else...
self.auxNo = auxNo
pmtrQDict = {}
pmtrQDict['time'] = ('filterAdd', ('l',(1,) ))
pmtrQDict['sus'] = self._defaultPmtrArg()
pmtrQDict['acc'] = self._defaultPmtrArg()
pmtrQDict['ampQ'] = self._defaultPmtrArg()
pmtrQDict['panQ'] = self._defaultPmtrArg()
pmtrQDict['octQ'] = self._defaultPmtrArg()
pmtrQDict['fieldQ'] = self._defaultPmtrArg()
for auxLabel in basePmtr.auxLabel(self.auxNo):
pmtrQDict[auxLabel] = self._defaultPmtrArg()
self.load(pmtrQDict, auxNo, auxFmt)
def loadDefault(self, auxNo, auxFmt):
"""create an empty clone dict
note: no refershing of event is done here; just loads parameters obs
>>> a = Clone()
>>> a.loadDefault(3, 'num')
"""
# defaults do not come from anywhere else...
self.auxNo = auxNo
pmtrQDict = {}
pmtrQDict['time'] = ('filterAdd', ('l', (1, )))
pmtrQDict['sus'] = self._defaultPmtrArg()
pmtrQDict['acc'] = self._defaultPmtrArg()
pmtrQDict['ampQ'] = self._defaultPmtrArg()
pmtrQDict['panQ'] = self._defaultPmtrArg()
pmtrQDict['octQ'] = self._defaultPmtrArg()
pmtrQDict['fieldQ'] = self._defaultPmtrArg()
for auxLabel in basePmtr.auxLabel(self.auxNo):
pmtrQDict[auxLabel] = self._defaultPmtrArg()
self.load(pmtrQDict, auxNo, auxFmt)
def editPmtrObj(self, pmtrName, pmtrValue, refDict, esObj=None, refresh=1):
"""refresh: turn off score generation
clearing a clone may be good; texture should not be cleared
clearing the esObj of a clone causes a problem when trying to
using the TCmap comamnd; for now, do not clear score
self.clearScore() # dont store all this data, but pmtrs updated
"""
p = pmtrName
newData = pmtrValue
if (p in self.pmtrCommon and p not in self.pmtrActive):
return None, 'no %s parameter in TC %s.' % (p, self.name)
elif (p in ('time', 'sus', 'acc', 'ampQ', 'panQ', 'fieldQ', 'octQ',) or
p[:4]=='auxQ' or p[:6]=='cloneQ'):
if p[:4] == 'auxQ':
if p not in basePmtr.auxLabel(self.auxNo):
return 0, 'no such auxiliary label'
if p[:6] == 'cloneQ':
if p not in basePmtr.cloneLabel(self.clonePmtrNo):
return 0, 'no such clone label'
attrName = 'pmtrQDict'
oldData = self.pmtrQDict # attrReference
newData = copy.deepcopy(self.pmtrQDict) # copy old dict
newData[p] = pmtrValue
else:
return 0, 'incorrect parameter label access.'
setattr(self, attrName, newData) # make change
try: # try to refresh objects
editPhase = 'object creation:'
ok, msg = self.updatePmtrObj(p, refDict)
if not ok:
self._editRestore(attrName, p, oldData, refDict)
return ok, msg
if refresh and esObj != None: # test w/ an esObj
editPhase = 'score creation:'
ok = self.score(esObj, refDict)
if not ok:
self._editRestore(attrName, p, oldData, refDict)
return ok, 'score creation returned an error.'
except error.ParameterObjectSyntaxError, msg: # standard init errors from pmtr obj
msg = '%s %s' % (editPhase, msg)
ok = 0
def load(self, pmtrQDict, auxNo, auxFmt, mute=0):
"""load clone data
tRef is time reference, either clone or texture time
load, unlike texture, does not automatically score"""
self.mute = mute
self.auxNo = auxNo
self.auxFmt = auxFmt
#as cloneStatic parameterObject
#self.timeRef = timeRef
self.pmtrObjDict = {}
self.pmtrQDict = copy.deepcopy(pmtrQDict)
self.pmtrObjDict['time'] = parameter.factory(self.pmtrQDict['time'],
'filterPmtrObjs')
self.pmtrObjDict['sus'] = parameter.factory(self.pmtrQDict['sus'],
'filterPmtrObjs')
self.pmtrObjDict['acc'] = parameter.factory(self.pmtrQDict['acc'],
'filterPmtrObjs')
self.pmtrObjDict['fieldQ'] = parameter.factory(self.pmtrQDict['fieldQ'],
'filterPmtrObjs')
self.pmtrObjDict['octQ'] = parameter.factory(self.pmtrQDict['octQ'],
'filterPmtrObjs')
self.pmtrObjDict['ampQ'] = parameter.factory(self.pmtrQDict['ampQ'],
'filterPmtrObjs')
self.pmtrObjDict['panQ'] = parameter.factory(self.pmtrQDict['panQ'],
'filterPmtrObjs')
for auxLabel in basePmtr.auxLabel(self.auxNo):
self.pmtrObjDict[auxLabel] = parameter.factory(
self.pmtrQDict[auxLabel], 'filterPmtrObjs')
self._updateClonePmtrDefaults()
for cloneLabel in self.cloneLabels: # load object into textPmtr object
args = self.pmtrQDict[cloneLabel]
self.pmtrObjDict[cloneLabel] = parameter.factory(args,
'clonePmtrObjs', self.refDict)
def load(self, pmtrQDict, auxNo, auxFmt, mute=0):
"""load clone data
tRef is time reference, either clone or texture time
load, unlike texture, does not automatically score"""
self.mute = mute
self.auxNo = auxNo
self.auxFmt = auxFmt
#as cloneStatic parameterObject
#self.timeRef = timeRef
self.pmtrObjDict = {}
self.pmtrQDict = copy.deepcopy(pmtrQDict)
self.pmtrObjDict['time'] = parameter.factory(self.pmtrQDict['time'],
'filterPmtrObjs')
self.pmtrObjDict['sus'] = parameter.factory(self.pmtrQDict['sus'],
'filterPmtrObjs')
self.pmtrObjDict['acc'] = parameter.factory(self.pmtrQDict['acc'],
'filterPmtrObjs')
self.pmtrObjDict['fieldQ'] = parameter.factory(
self.pmtrQDict['fieldQ'], 'filterPmtrObjs')
self.pmtrObjDict['octQ'] = parameter.factory(self.pmtrQDict['octQ'],
'filterPmtrObjs')
self.pmtrObjDict['ampQ'] = parameter.factory(self.pmtrQDict['ampQ'],
'filterPmtrObjs')
self.pmtrObjDict['panQ'] = parameter.factory(self.pmtrQDict['panQ'],
'filterPmtrObjs')
for auxLabel in basePmtr.auxLabel(self.auxNo):
self.pmtrObjDict[auxLabel] = parameter.factory(
self.pmtrQDict[auxLabel], 'filterPmtrObjs')
self._updateClonePmtrDefaults()
for cloneLabel in self.cloneLabels: # load object into textPmtr object
args = self.pmtrQDict[cloneLabel]
self.pmtrObjDict[cloneLabel] = parameter.factory(
args, 'clonePmtrObjs', self.refDict)
