def setParamsByModule( self, mparam, mvalue):
""" receives parameter changes from the iso cutter module
return a list of objKey and their parameters to be set by the Neg2Gui class
"""
_infoer.function = str(self.setParamsByModule)
_infoer.write("param: %s, value: %s" % (mparam, str(mvalue)))
pChangeList = []
newparams = CopyParams(self.params)
if mparam == 'len':
try:
newparams.length= int(mvalue[0])
except ValueError:
newparams.length= int(float(mvalue[0]))
if mparam == 'skip':
try:
newparams.skip= int(mvalue[0])
except ValueError:
newparams.skip= int(float(mvalue[0]))
pChangeList.append( (self.key, newparams) )
return pChangeList
def setParamsByModule(self, mparam, mvalue):
""" receives parameter changes from the iso cutter module
return a list of objKey and their parameters to be set by the Neg2Gui class
"""
_infoer.function = str(self.setParamsByModule)
_infoer.write("param: %s, value: %s" % (mparam, str(mvalue)))
pChangeList = []
newparams = CopyParams(self.params)
if mparam == 'len':
try:
newparams.length = int(mvalue[0])
except ValueError:
newparams.length = int(float(mvalue[0]))
if mparam == 'skip':
try:
newparams.skip = int(mvalue[0])
except ValueError:
newparams.skip = int(float(mvalue[0]))
pChangeList.append((self.key, newparams))
return pChangeList
def setParamsByModule(self, mparam, mvalue):
""" receives parameter changes from the cutting surface module
return a list of objKey and their parameters to be set by the Neg2Gui class
"""
_infoer.function = str(self.setParamsByModule)
_infoer.write(" ")
pChangeList = []
newparams = CopyParams(self.params)
if mparam == 'point':
self.__point = mvalue
return pChangeList
if mparam == 'vertex':
aaa = RectangleIn3d1Mid1Norm(
) #convertAlignedRectangleToGeneral(self.params.alignedRectangle)
if self.__point:
aaa.point = (float(self.__point[0]), float(self.__point[1]),
float(self.__point[2]))
aaa.normal = (float(mvalue[0]), float(mvalue[1]), float(mvalue[2]))
xxx = convertCutRectangleToAlignedRectangle(
aaa, self.params.alignedRectangle.orthogonalAxis)
newparams.alignedRectangle = xxx
self.__point = None
if mparam == 'option':
newparams.option = int(mvalue[0])
if mparam == 'scale':
newparams.scale = float(mvalue[2])
if mparam == 'length':
newparams.length = int(mvalue[0])
pChangeList.append((self.key, newparams))
if mparam == 'Min/Max':
cTableObject = globalKeyHandler().getObject(
self.params.colorTableKey[self.currentVariable()])
if cTableObject.params.baseMin != float(
mvalue[0]) or cTableObject.params.baseMax != float(
mvalue[1]):
cTableObject.params.baseObjectName = self.params.name
cTableObject.params.baseMin = float(mvalue[0])
cTableObject.params.baseMax = float(mvalue[1])
if self.key not in cTableObject.params.dependantKeys:
cTableObject.params.dependantKeys.append(self.key)
pChangeList.append((cTableObject.key, cTableObject.params))
return pChangeList
def setParamsByModule( self, mparam, mvalue):
""" receives parameter changes from the cutting surface module
return a list of objKey and their parameters to be set by the Neg2Gui class
"""
_infoer.function = str(self.setParamsByModule)
_infoer.write(" ")
pChangeList = []
newparams = CopyParams(self.params)
if mparam == 'point':
self.__point = mvalue
return pChangeList
if mparam == 'vertex':
aaa = RectangleIn3d1Mid1Norm()#convertAlignedRectangleToGeneral(self.params.alignedRectangle)
if self.__point:
aaa.point=(float(self.__point[0]), float(self.__point[1]), float(self.__point[2]) )
aaa.normal=(float(mvalue[0]), float(mvalue[1]), float(mvalue[2]) )
xxx=convertCutRectangleToAlignedRectangle(aaa, self.params.alignedRectangle.orthogonalAxis)
newparams.alignedRectangle=xxx
self.__point=None
if mparam == 'option':
newparams.option= int(mvalue[0])
if mparam == 'scale':
newparams.scale= float(mvalue[2])
if mparam == 'length':
newparams.length= int(mvalue[0])
pChangeList.append( (self.key, newparams) )
if mparam == 'Min/Max':
cTableObject = globalKeyHandler().getObject(self.params.colorTableKey[self.currentVariable()])
if cTableObject.params.baseMin != float(mvalue[0]) or cTableObject.params.baseMax != float(mvalue[1]):
cTableObject.params.baseObjectName = self.params.name
cTableObject.params.baseMin = float(mvalue[0])
cTableObject.params.baseMax = float(mvalue[1])
if self.key not in cTableObject.params.dependantKeys:
cTableObject.params.dependantKeys.append(self.key)
pChangeList.append( (cTableObject.key, cTableObject.params) )
return pChangeList
