def __init__(self, ):
event_function.__init__(self)
self.break_exceptions += [cut_on_l1_I.l1_pt_cut]
self.required_branches += [
'l1_pt',
]
def __init__(self):
event_function.__init__(self)
self.lepton_names = [
'px',
'py',
'pz',
'E_',
]
for name in self.lepton_names:
for f in [3, 4, 5]:
self.required_branches.append(name + str(f))
def __init__(self, min_l1_pt=arg(15000., 'minimum l1 pt')):
event_function.__init__(self)
self.min_l1_pt = min_l1_pt
self.break_exceptions += [cut_on_l1_II.l1_pt_cut]
self.required_branches += [
'l1_pt',
]
self.create_branches['l1_pt_copy'] = 'float'
def __init__(self): event_function.__init__(self) self.required_branches += [ 'mu', 'e', 'METx', 'METy', 'MET', ] self.create_branches['A_m_collinear'] = 'float' self.create_branches['A_m_super_collinear'] = 'float'
def __init__(self,grl_xmls):
event_function.__init__(self)
self.grl = {}
analysis_home = os.getenv('ANALYSISHOME')
for grl_xml in grl_xmls:
self.grl.update(parse_grl_xml('{0}/data/{1}'.format(analysis_home,grl_xml)))
self.required_branches += [
'RunNumber',
'lbn',
]
def __init__(self): event_function.__init__(self) self.required_branches += ['truth'] self.create_branches.update(dict((particle_type+'_'+particle_value,'float') for particle_type,particle_value in product(['b1','b2','b3','b4','A','mu','e'],['pt','eta','phi','m']))) self.create_branches['MET'] = 'float' self.create_branches['METx'] = 'float' self.create_branches['METy'] = 'float' self.create_branches['A_m_visible'] = 'float' self.create_branches['mu'] = None self.create_branches['e'] = None
def __init__(self):
event_function.__init__(self)
self.tau_mass = 1776.82
self.tauola = tauola_()
def __init__(self):
event_function.__init__(self)
self.required_branches += [
'wt_ALL',
]
self.maximum = 0.02432399056851864
def __init__(self):
event_function.__init__(self)
def __init__(self, dR=0.2):
super(remove_overlap, self).__init__()
self.dR = dR
event_function.__init__(self)