def initialize(self,config_name):
"""
Initialize the selection (before looping the events)
@param config_name Name of the configuration to use (e.g., 'miniSL')
"""
self.cfg_name = config_name
logging.getLogger('share/{0}.log'.format(self.cfg_name))
self.loggingLEVEL = logging.getLogger().getEffectiveLevel() # DEBUG, INFO, ERROR, etc.
logging.info("")
logging.critical(" -- In file 'SelectionBase.py'\n")
logging.info(" ------------ ")
parser_cutsfile_name = self.parser.get(self.cfg_name,'cutsfile') # default
if not self.cutsfile:
self.cutsfile = parser_cutsfile_name
self.cuts = config.processCuts(self.cutsfile)
## We only need to load the cuts files once
## (the cuts don't change from event-to-event!)
self.object_level_cuts = ObjectCuts(self.parser,self.cuts)
self.event_level_cuts = EventCuts(self.parser,self.cuts)
self.build_custom_objects = (self.parser.get(self.cfg_name,'new_objects'))
self.btag_WP = info.btagging_WP(self.parser.get(self.cfg_name,'btag_wkpt'))
return
def __init__(self,parser,cuts):
"""
Initialize the class by loading the config file.
@param objects
@param cuts
"""
self.ops = config.logicOperators()
self.cuts = cuts
self.parser = parser
#cut_result = self.applyCuts()
self.section = 'object_level'
self.btag_WP = info.btagging_WP(self.parser.get('miniSL','btag_wkpt'))
self.user_specified_cuts = [k for k in cuts[self.section].keys()]
self.lepton_keys = []
self.met_keys = []
self.nu_keys = []
self.jet_keys = []
self.bjet_keys = []
self.fatjet_keys = []
self.rcjet_keys = []
self.leptonicW_keys = []
self.leptonicT_keys = []
self.hadronicT_keys = []
for k in self.user_specified_cuts:
if "lepton" in k:
self.lepton_keys.append(k)
elif "met" in k:
self.met_keys.append(k)
elif "nu" in k:
self.nu_keys.append(k)
elif k.startswith("jet"):
self.jet_keys.append(k)
elif k.startswith("bjet"):
self.bjet_keys.append(k)
elif "fatjets" in k:
self.fatjet_keys.append(k)
elif "rcjet" in k:
self.rcjet_keys.append(k)
elif "leptonicW" in k:
self.leptonicW_keys.append(k)
elif "leptonicT" in k:
self.leptonicT_keys.append(k)
elif "hadronicT" in k:
self.hadronicT_keys.append(k)
return
