def __init__(self, name="MultiTrkFex_DiE"):
super(TrigMultiTrkFex_DiE, self).__init__(name)
self.nTrk = 2
self.trkMass = 0.511 # looking for di-electron resonances
self.nTrkVertexChi2 = 20 # set twice worse than for muons
self.nTrkCharge = 0
self.nTrkMassMin = [10.]
self.nTrkMassMax = [9000.]
self.ptTrkMin = [
3600., 3600.
] # set minimal pt of tracks for 2mu passing L1 - changed in generateBphysicsChainDefs
self.diTrkMassMin = [] # phi window
self.diTrkMassMax = []
self.diTrkCharge = -1
self.outputTrackCollectionKey = "MultiTrkFex_DiE"
self.bphysCollectionKey = "MultiTrkFex_DiE"
self.maxNOutputObject = 10
# muons are not matched to tracks, but still require to be present in TE
self.nEfMuon = 0
self.nL2CombMuon = 0
self.nL2SAMuon = 0 # as we run on muon RoIs all necessary muons are already requested.
self.ptMuonMin = [] #[3600.]
self.overlapdR = 0.005
time = TrigTimeHistToolConfig("Time")
validation = TrigMultiTrkFexValidationMonitoring()
online = TrigMultiTrkFexOnlineMonitoring()
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="MultiTrkFex_trkPhi"):
super(TrigMultiTrkFex_trkPhi, self).__init__(name)
#self.trackCollectionKey = "'
self.nTrk = 2
self.trkMass = 105.6583745 # looking for di-muon resonances
self.nTrkCharge = 0
self.nTrkMassMin = [840.]
self.nTrkMassMax = [1240.]
self.ptTrkMin = [3600., 3600.] # set minimal pt of tracks for Phi+Pi
self.diTrkMassMin = [] # phi window
self.diTrkMassMax = []
self.diTrkCharge = -1
# muons are not matched to tracks, but still require to be present in TE
self.nEfMuon = 0
self.nL2CombMuon = 0
self.nL2SAMuon = 0 # as we run on muon RoIs all necessary muons are already requested.
self.ptMuonMin = [] #[3600.]
#self.overlapdR = 0.005
time = TrigTimeHistToolConfig("Time")
validation = TrigMultiTrkFexValidationMonitoring()
online = TrigMultiTrkFexOnlineMonitoring()
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="MultiTrkFex_EMu"):
super(TrigMultiTrkFex_EMu, self).__init__(name)
self.nTrk = 2
self.trkMass = 0.5 # looking for electron-muon resonances ; ignore muon mass
self.nTrkVertexChi2 = 20
self.nTrkCharge = 0
self.nTrkMassMin = [100.]
self.nTrkMassMax = [7000.]
self.ptTrkMin = [3600.,
3600.] # set minimal pt of tracks for 2mu passing L1
self.diTrkMassMin = [] # phi window
self.diTrkMassMax = []
self.diTrkCharge = 0
# muons are not matched to tracks, but still require to be present in TE
self.nEfMuon = 0
self.nL2CombMuon = 0
self.nL2SAMuon = 0 # as we run on muon RoIs all necessary muons are already requested.
self.ptMuonMin = [] #[3600.]
#self.overlapdR = 0.005
time = TrigTimeHistToolConfig("Time")
validation = TrigMultiTrkFexValidationMonitoring()
online = TrigMultiTrkFexOnlineMonitoring()
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="TrigMultiTrkFex_Vtx2"):
super(TrigMultiTrkFex_Vtx2, self).__init__(name)
self.nTrk = 2
self.trkMass = 105.6583745 # looking for di-muon resonances
self.nTrkVertexChi2 = 100 # very loose here, tighter at Hypo
self.nTrkCharge = -1
self.nTrkMassMin = [0.]
self.nTrkMassMax = [1e+8] # should be safe at LHC, no?
self.ptTrkMin = [3600.,
3600.] # set minimal pt of tracks for 2mu passing L1
self.diTrkMassMin = [] # phi window
self.diTrkMassMax = []
self.diTrkCharge = -1
# muons are not matched to tracks, but still require to be present in TE
self.nEfMuon = 0
self.nL2CombMuon = 0
self.nL2SAMuon = 0 # as we run on muon RoIs all necessary muons are already requested.
self.ptMuonMin = [] #[3600.]
#self.overlapdR = 0.005
time = TrigTimeHistToolConfig("Time")
validation = TrigMultiTrkFexValidationMonitoring()
online = TrigMultiTrkFexOnlineMonitoring()
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="MultiTrkFex_B_2mu2trk"):
super(TrigMultiTrkFex_B_2mu2trk, self).__init__(name)
#self.trackCollectionKey = "'
# disable any parameter by setting it to -1 or giving an empty list
self.trkMass = 139.57018 # take pion mass for all tracks, adjust mass accordingly, if you need Kaons
self.nTrk = 4
self.nTrkCharge = 0
self.nTrkVertexChi2 = 60
self.ptTrkMin = [
1000., 1000., 1000.
] # set minimal pt of tracks; first 2 thresholds will be replaced by muon thresholds in the menu
#self.diTrkMassMin = [100., 359] # di-muon , K* (600-1500) using pion hypo
#self.diTrkMassMax = [5500., 1421.] #
self.diTrkMassMin = [100.,
300] # di-muon , K* (600-1500) using pion hypo
self.diTrkMassMax = [5500., 1400.] #
self.diTrkCharge = 0 # set to -1 to disable
self.nTrkMassMin = [4500] # 4600-6300 if we would use Kaon mass
self.nTrkMassMax = [6280.] #
# muons are not matched to tracks, but still could be required to be present in TE
self.nEfMuon = 0
self.nL2CombMuon = 0
self.nL2SAMuon = 0 # as we run on muon RoIs all necessary muons are already requested.
self.ptMuonMin = [] #[3600.]
#self.overlapdR = 0.005
time = TrigTimeHistToolConfig("Time")
validation = TrigMultiTrkFexValidationMonitoring()
online = TrigMultiTrkFexOnlineMonitoring()
self.AthenaMonTools = [validation, online, time]
def __init__(self, name, ptMuonMin):
super(TrigMultiTrkFex_bNmu, self).__init__(name)
# AcceptAll flag: if true take events regardless of cuts
self.AcceptAll = False
#self.trackCollectionKey = "'
self.trkMass = 105.6583745 # looking for di-muon resonances
self.nTrk = -1 # no cut
self.nTrkMassMin = []
self.nTrkMassMax = [] # cut away J/psi
self.nTrkCharge = -1
self.ptTrkMin = [] # set minimal pt of tracks for Phi+Pi
self.diTrkMassMin = [] # no sub-resonances
self.diTrkMassMax = []
# muons are not matched to tracks, but still could be required to be present in TE
self.nL2CombMuon = 0
self.nL2SAMuon = 0
# these are 2 cuts that matters. Set to the softest
self.nEfMuon = len(ptMuonMin)
self.ptMuonMin = []
for thr in ptMuonMin:
self.ptMuonMin.append(thr)
time = TrigTimeHistToolConfig("Time")
validation = TrigMultiTrkFexValidationMonitoring()
online = TrigMultiTrkFexOnlineMonitoring()
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="MultiTrkFex_trkTau"):
super(TrigMultiTrkFex_trkTau, self).__init__(name)
# AcceptAll flag: if true take events regardless of cuts
self.AcceptAll = False
#self.trackCollectionKey = "'
self.maxNOutputObject = -1
self.trkMass = 105.6583745 # looking for di-muon
self.nTrk = 2
self.nTrkMassMin = [0.]
self.nTrkMassMax = [2900.] # cut away J/psi
self.nTrkCharge = -1
self.ptTrkMin = [3600., 3600.] # set minimal pt of tracks for Phi+Pi
self.diTrkMassMin = [] # no sub-resonances
self.diTrkMassMax = []
# muons are not matched to tracks, but still require to be present in TE
self.nEfMuon = 0
self.nL2CombMuon = 0
self.nL2SAMuon = 0
self.ptMuonMin = [] #3600., 3600.]
self.overlapdR = 0.005
time = TrigTimeHistToolConfig("Time")
validation = TrigMultiTrkFexValidationMonitoring()
online = TrigMultiTrkFexOnlineMonitoring()
self.AthenaMonTools = [validation, online, time]
