def changeCut(process, name, value, attribute = "cut"):
cutNames = []
cutNames.append(name)
cutNames.append(composeModuleName([ name, "Cumulative" ]))
cutNames.append(composeModuleName([ name, "Individual" ]))
oldValue = None
oldValue_initialized = False
numCutsChanged = 0
for cutName in cutNames:
if hasattr(process, cutName):
cut = getattr(process, cutName)
# Note: "cumulative" and "individual" cuts both point to the same cut value object;
# as a consequence, the cut value actually changes for both
# the "cumulative" and "individual" cuts upon the first setattr call
# --> need to initialize oldValue variable before first setattr call
if not oldValue_initialized:
oldValue = recursiveGetAttr(cut, attribute).value()
oldValue_initialized = True
recursiveSetAttr(cut, attribute, value)
numCutsChanged += 1
if numCutsChanged > 0:
print("Replaced " + cutName + "." + attribute + ": '" + str(oldValue) + "' => '" + str(value) + "'")
else:
raise ValueError("No cut = " + cutName + " attached to process object !!")
def _addModule(self, objProdItem, sysName, sysAttributes, pyNameSpace = None, process = None):
# create module
moduleType = objProdItem.type_()
module = cms.EDProducer(moduleType)
# set module attributes
# to default values
for objProdAttrName in dir(objProdItem):
objProdAttr = getattr(objProdItem, objProdAttrName)
if isinstance(objProdAttr, cms._ParameterTypeBase) and not objProdAttrName in [ "pluginName", "pluginType" ]:
if isinstance(objProdAttr, cms.PSet):
# CV: need to clone configuration parameters of type cms.PSet,...
# in order to avoid that recursiveSetAttr function
# overwrites objProd "template" object passed to objProdConfigurator constructor !!
setattr(module, objProdAttrName, objProdAttr.clone())
else:
setattr(module, objProdAttrName, objProdAttr)
# set names of source collections
# to objects shifted in energy/transverse momentum, theta, phi...
for sysAttrName, sysAttrValue in sysAttributes.items():
recursiveSetAttr(module, sysAttrName, sysAttrValue)
moduleName = composeModuleName([ getInstanceName(objProdItem, pyNameSpace, process), sysName ])
module.setLabel(moduleName)
# if process object exists, attach module to process object;
# else register module in global python name-space
if process is not None:
setattr(process, moduleName, module)
else:
pyModule = sys.modules[self.pyModuleName[0]]
if pyModule is None:
raise ValueError("'pyModuleName' Parameter invalid !!")
setattr(pyModule, moduleName, module)
# add module to sequence
if self.sequence == None:
self.sequence = module
else:
self.sequence *= module
def _addModule(self, objProdItem, sysName, sysAttributes, pyNameSpace = None, process = None):
# create module
moduleType = objProdItem.type_()
module = cms.EDProducer(moduleType)
# set module attributes
# to default values
for objProdAttrName in dir(objProdItem):
objProdAttr = getattr(objProdItem, objProdAttrName)
if isinstance(objProdAttr, cms._ParameterTypeBase) and not objProdAttrName in [ "pluginName", "pluginType" ]:
if isinstance(objProdAttr, cms.PSet):
# CV: need to clone configuration parameters of type cms.PSet,...
# in order to avoid that recursiveSetAttr function
# overwrites objProd "template" object passed to objProdConfigurator constructor !!
setattr(module, objProdAttrName, objProdAttr.clone())
else:
setattr(module, objProdAttrName, objProdAttr)
# set names of source collections
# to objects shifted in energy/transverse momentum, theta, phi...
for sysAttrName, sysAttrValue in sysAttributes.items():
recursiveSetAttr(module, sysAttrName, sysAttrValue)
moduleName = composeModuleName([ getInstanceName(objProdItem, pyNameSpace, process), sysName ])
#print "moduleName = %s" % moduleName
module.setLabel(moduleName)
# if process object exists, attach module to process object;
# else register module in global python name-space
if process is not None:
setattr(process, moduleName, module)
else:
pyModule = sys.modules[self.pyModuleName[0]]
if pyModule is None:
raise ValueError("'pyModuleName' Parameter invalid !!")
setattr(pyModule, moduleName, module)
# add module to sequence
self.sequence += module
