def user_SetParameter(self,parameter,value):
# algorithm
if parameter=="algorithm":
if value=='cone':
self.algorithm='cone'
self.isolation=IsolationCone()
elif value=='sumpt':
self.algorithm='sumpt'
self.isolation=IsolationSumPt()
else:
logging.getLogger('MA5').error("Specified algorithm for muon isolation is not correct. "+\
"Only possible ones are : 'cone' and 'sumpt'.")
return False
# other
else:
self.isolation.user_SetParameter(parameter,value)
def user_SetParameter(self,parameter,value):
# algorithm
if parameter=="algorithm":
if value=='cone':
self.algorithm='cone'
self.isolation=IsolationCone()
elif value=='sumpt':
self.algorithm='sumpt'
self.isolation=IsolationSumPt()
else:
logging.error("Specified algorithm for muon isolation is not correct. "+\
"Only possible ones are : 'cone' and 'sumpt'.")
return False
# other
else:
self.isolation.user_SetParameter(parameter,value)
class IsolationConfiguration():
userVariables = { "algorithm" : ["cone","sumpt"] }
def __init__(self):
self.algorithm = 'cone'
self.isolation = IsolationCone()
def Display(self):
self.user_DisplayParameter("algorithm")
self.isolation.Display()
def user_DisplayParameter(self,parameter):
if parameter=="algorithm":
logging.getLogger('MA5').info(" isolation algorithm : "+self.algorithm)
else:
self.isolation.user_DisplayParameter(parameter)
def user_GetParameters(self):
table = IsolationConfiguration.userVariables.keys()
table.extend(self.isolation.user_GetParameters())
return table
def user_GetValues(self,variable):
table = []
try:
table.extend(IsolationConfiguration.userVariables[variable])
except:
pass
try:
table.extend(self.isolation.user_GetValues(variable))
except:
pass
return table
def user_SetParameter(self,parameter,value):
# algorithm
if parameter=="algorithm":
if value=='cone':
self.algorithm='cone'
self.isolation=IsolationCone()
elif value=='sumpt':
self.algorithm='sumpt'
self.isolation=IsolationSumPt()
else:
logging.getLogger('MA5').error("Specified algorithm for muon isolation is not correct. "+\
"Only possible ones are : 'cone' and 'sumpt'.")
return False
# other
else:
self.isolation.user_SetParameter(parameter,value)
class IsolationConfiguration():
userVariables = { "algorithm" : ["cone","sumpt"] }
def __init__(self):
self.algorithm = 'cone'
self.isolation = IsolationCone()
def Display(self):
self.user_DisplayParameter("algorithm")
self.isolation.Display()
def user_DisplayParameter(self,parameter):
if parameter=="algorithm":
logging.info(" isolation algorithm : "+self.algorithm)
else:
self.isolation.user_DisplayParameter(parameter)
def user_GetParameters(self):
table = IsolationConfiguration.userVariables.keys()
table.extend(self.isolation.user_GetParameters())
return table
def user_GetValues(self,variable):
table = []
try:
table.extend(IsolationConfiguration.userVariables[variable])
except:
pass
try:
table.extend(self.isolation.user_GetValues(variable))
except:
pass
return table
def user_SetParameter(self,parameter,value):
# algorithm
if parameter=="algorithm":
if value=='cone':
self.algorithm='cone'
self.isolation=IsolationCone()
elif value=='sumpt':
self.algorithm='sumpt'
self.isolation=IsolationSumPt()
else:
logging.error("Specified algorithm for muon isolation is not correct. "+\
"Only possible ones are : 'cone' and 'sumpt'.")
return False
# other
else:
self.isolation.user_SetParameter(parameter,value)
def __init__(self):
self.algorithm = 'cone'
self.isolation = IsolationCone()
def __init__(self):
self.algorithm = 'cone'
self.isolation = IsolationCone()
