def __init__(self, name="EFBMuMuXFex_LbMuMuLambda"):
super(TrigEFBMuMuXFex, self).__init__(name)
#self.VertexFitterTool = ToolSvc.TrigBphysFitter
# AcceptAll flag: if true take events regardless of cuts
self.AcceptAll = False
# muon part
self.OppositeSign = True # if check opposite sign of muons
self.LowerMuMuMassCut = 100.
self.UpperMuMuMassCut = 5500.
##self.LowerMuVtxMassCut = 100.
##self.UpperMuVtxMassCut = 5500.
self.MuVtxChi2Cut = 40.
# B{+/-} -> K{+/-} Mu Mu
self.DoB_KMuMuDecay = False
# Bd -> K*(892) Mu Mu
self.DoBd_KstarMuMuDecay = False
# Bs -> Phi(1020) Mu Mu
self.DoBs_Phi1020MuMuDecay = False
# Lb -> L Mu Mu
self.DoLb_LambdaMuMuDecay = True
self.LowerLambda_PrPiMassCut = 1040. #1040.
self.UpperLambda_PrPiMassCut = 1250. #1220.
self.LowerLambda_PtCut = 1200.
self.LowerLb_LambdaMuMuMassCut = 3700. #5090.
self.UpperLb_LambdaMuMuMassCut = 6600. #6270.
self.LowerLb_PtCut = 8000.
self.UpperLambdaVtxMassCut = 1200.
self.LowerLbVtxMassCut = 3850.
self.UpperLbVtxMassCut = 6150.
self.DoLambda_PPiVertexing = True
self.DoLb_LambdaMuMuVertexing = True
self.DoLb_LambdaMuMuCascade = True
self.LambdaVtxChi2Cut = 90. #100.
self.LbVtxChi2Cut = 180. #100.
self.LowerLambda_LxyCut = 5.
##self.LbVtxDistanceCut = 0.
##self.PiImpactCut = 0.
##self.PrImpactCut = 0.
# Bc -> D_s* Mu Mu
self.DoBc_DsMuMuDecay = False
# Bc -> D+ Mu Mu
self.DoBc_DplusMuMuDecay = False
# Bc -> D* Mu Mu
self.DoBc_DstarMuMuDecay = False
# Bc -> D0 Mu Mu
self.DoBc_D0MuMuDecay = False
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexValidationMonitoring
validation = EFBMuMuXFexValidationMonitoring()
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexOnlineMonitoring
online = EFBMuMuXFexOnlineMonitoring()
from TrigTimeMonitor.TrigTimeHistToolConfig import TrigTimeHistToolConfig
time = TrigTimeHistToolConfig("Time")
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="EFBMuMuXFex_BsMuMuPhi_noVtx"):
super(TrigEFBMuMuXFex, self).__init__(name)
# AcceptAll flag: if true take events regardless of cuts
self.AcceptAll = False
# muon part
self.OppositeSign = True # if check opposite sign of muons
self.LowerMuMuMassCut = 100.
self.UpperMuMuMassCut = 5500.
##self.LowerMuVtxMassCut = 100.
##self.UpperMuVtxMassCut = 5500.
self.MuVtxChi2Cut = 40.
# B{+/-} -> K{+/-} Mu Mu
self.DoB_KMuMuDecay = False
# Bd -> K*(892) Mu Mu
self.DoBd_KstarMuMuDecay = False
# Bs -> Phi(1020) Mu Mu
self.DoBs_Phi1020MuMuDecay = True
self.LowerPhi1020_KaonMassCut = 990.
self.UpperPhi1020_KaonMassCut = 1050.
self.LowerBs_Phi1020MuMuMassCut = 5000.
self.UpperBs_Phi1020MuMuMassCut = 5800.
##self.LowerBs_Phi1020MuMuMassCutVtxOff = 5000.
##self.UpperBs_Phi1020MuMuMassCutVtxOff = 5800.
##self.LowerPhi1020VtxMassCut = 990.
##self.UpperPhi1020VtxMassCut = 1060.
##self.LowerBsVtxMassCut = 4600.
##self.UpperBsVtxMassCut = 6000.
self.DoPhi1020_KKVertexing = False
self.DoBs_Phi1020MuMuVertexing = False
self.Phi1020VtxChi2Cut = 40.
self.BsVtxChi2Cut = 60.
# Lb -> L Mu Mu
self.DoLb_LambdaMuMuDecay = False
# Bc -> D_s* Mu Mu
self.DoBc_DsMuMuDecay = False
# Bc -> D+ Mu Mu
self.DoBc_DplusMuMuDecay = False
# Bc -> D* Mu Mu
self.DoBc_DstarMuMuDecay = False
# Bc -> D0 Mu Mu
self.DoBc_D0MuMuDecay = False
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexValidationMonitoring
validation = EFBMuMuXFexValidationMonitoring()
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexOnlineMonitoring
online = EFBMuMuXFexOnlineMonitoring()
from TrigTimeMonitor.TrigTimeHistToolConfig import TrigTimeHistToolConfig
time = TrigTimeHistToolConfig("Time")
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="EFBMuMuXFex_BplusMuMuKplus"):
super(TrigEFBMuMuXFex, self).__init__(name)
# AcceptAll flag: if true take events regardless of cuts
self.AcceptAll = False
# muon part
self.OppositeSign = True # if check opposite sign of muons
self.LowerMuMuMassCut = 2500. # JW update to loose jpsi mass range
self.UpperMuMuMassCut = 4200.
##self.LowerMuVtxMassCut = 100.
##self.UpperMuVtxMassCut = 5500.
self.MuVtxChi2Cut = 20. # JW tighten vertex requirement
# B{+/-} -> K{+/-} Mu Mu
self.DoB_KMuMuDecay = True
self.LowerKMuMuMassCut = 4500.
self.UpperKMuMuMassCut = 5900.
#self.LowerB_KMuMuMassCutVtxOff = 4500.
#self.UpperB_KMuMuMassCutVtxOff = 5900.
#self.LowerBVtxMassCut = 4500.
#self.UpperBVtxMassCut = 5900.
self.DoB_KMuMuVertexing = True
self.BVtxChi2Cut = 200. # JW reduce from
# Bd -> K*(892) Mu Mu
self.DoBd_KstarMuMuDecay = False
# Bs -> Phi(1020) Mu Mu
self.DoBs_Phi1020MuMuDecay = False
# Lb -> L Mu Mu
self.DoLb_LambdaMuMuDecay = False
# Bc -> D_s* Mu Mu
self.DoBc_DsMuMuDecay = False
# Bc -> D+ Mu Mu
self.DoBc_DplusMuMuDecay = False
# Bc -> D* Mu Mu
self.DoBc_DstarMuMuDecay = False
# Bc -> D0 Mu Mu
self.DoBc_D0MuMuDecay = False
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexValidationMonitoring
validation = EFBMuMuXFexValidationMonitoring()
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexOnlineMonitoring_BpMuMuKp
online = EFBMuMuXFexOnlineMonitoring_BpMuMuKp()
from TrigTimeMonitor.TrigTimeHistToolConfig import TrigTimeHistToolConfig
time = TrigTimeHistToolConfig("Time")
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="EFBMuMuXFex_allModes"):
EFBMuMuXFex_1.__init__(self, name)
# Bc -> D_s* Mu Mu
self.DoBc_DsMuMuDecay = True
# Bc -> D+ Mu Mu
self.DoBc_DplusMuMuDecay = True
# Bc -> Dstar Mu Mu
self.DoBc_DstarMuMuDecay = True
# Bc -> D0 Mu Mu
self.DoBc_D0MuMuDecay = True
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexValidationMonitoring
validation = EFBMuMuXFexValidationMonitoring()
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexOnlineMonitoring_allModes
online = EFBMuMuXFexOnlineMonitoring_allModes()
from TrigTimeMonitor.TrigTimeHistToolConfig import TrigTimeHistToolConfig
time = TrigTimeHistToolConfig("Time")
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="EFBMuMuXFex_BcMuMuDs"):
super(TrigEFBMuMuXFex, self).__init__(name)
#self.VertexFitterTool = ToolSvc.TrigBphysFitter
# AcceptAll flag: if true take events regardless of cuts
self.AcceptAll = False
# muon part
self.OppositeSign = True # if check opposite sign of muons
self.LowerMuMuMassCut = 100.
self.UpperMuMuMassCut = 5500.
##self.LowerMuVtxMassCut = 100.
##self.UpperMuVtxMassCut = 5500.
self.MuVtxChi2Cut = 40.
# B{+/-} -> K{+/-} Mu Mu
self.DoB_KMuMuDecay = False
# Bd -> K*(892) Mu Mu
self.DoBd_KstarMuMuDecay = False
# Bs -> Phi(1020) Mu Mu
self.DoBs_Phi1020MuMuDecay = False
# Lb -> L Mu Mu
self.DoLb_LambdaMuMuDecay = False
# Bc -> D_s* Mu Mu
self.DoBc_DsMuMuDecay = True
self.LowerPhiDs_MassCut = 980.
self.UpperPhiDs_MassCut = 1080.
self.LowerDs_MassCut = 1600.
self.UpperDs_MassCut = 2400.
self.LowerBc_DsMuMuMassCut = 5450.
self.UpperBc_DsMuMuMassCut = 7050.
self.DoDs_Vertexing = True
self.DoBc_DsMuMuVertexing = True
self.DoBc_DsMuMuCascade = True
self.DsVtxChi2Cut = 90.
self.BcVtxChi2Cut = 120.
self.MaxBcToStore = 1000
# Bc -> D+ Mu Mu
self.DoBc_DplusMuMuDecay = True
self.LowerDplus_MassCut = 1500.
self.UpperDplus_MassCut = 2300.
self.LowerDplus_PtCut = 2000.
self.LowerBc_DplusMuMuMassCut = 5450.
self.UpperBc_DplusMuMuMassCut = 7050.
self.LowerBcDplus_PtCut = 8000.
##self.LowerDplus_LxyCut = 0.3
self.LowerDplus_LxyCut = 0.01
self.DoDplus_Vertexing = True
self.DoBc_DplusMuMuVertexing = True
self.DoBc_DplusMuMuCascade = True
self.DplusVtxChi2Cut = 90.
self.BcDplusVtxChi2Cut = 180.
self.MaxBcDplusToStore = 1000
# Bc -> Dstar Mu Mu
self.DoBc_DstarMuMuDecay = True
self.LowerD0Dstar_MassCut = 1500.
self.UpperD0Dstar_MassCut = 2300.
self.UpperDstar_DMCut = 180.
self.LowerDstar_PtCut = 2000.
self.LowerDstarKpi_PtCut = 1800.
self.LowerBc_DstarMuMuMassCut = 5450.
self.UpperBc_DstarMuMuMassCut = 7050.
self.LowerBcDstar_PtCut = 8000.
self.LowerD0Dstar_LxyCut = -999.
self.DoD0Dstar_Vertexing = True
self.DoBc_DstarMuMuVertexing = True
self.DoBc_DstarMuMuCascade = True
self.D0DstarVtxChi2Cut = 90.
self.BcDstarVtxChi2Cut = 120.
self.MaxBcDstarToStore = 1000
# Bc -> D0 (Dstar with lost pi_s) Mu Mu
self.DoBc_D0MuMuDecay = True
self.LowerD0_MassCut = 1500.
self.UpperD0_MassCut = 2300.
self.LowerD0_PtCut = 2000.
self.LowerBc_D0MuMuMassCut = 5250.
self.UpperBc_D0MuMuMassCut = 6911.
self.LowerBcD0_PtCut = 8000.
self.LowerD0_LxyCut = 0.01
self.DoD0_Vertexing = True
self.DoBc_D0MuMuVertexing = True
self.DoBc_D0MuMuCascade = True
self.D0VtxChi2Cut = 90.
self.BcD0VtxChi2Cut = 120.
self.MaxBcD0ToStore = 1000
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexValidationMonitoring
validation = EFBMuMuXFexValidationMonitoring()
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexOnlineMonitoring_BcMuMuDs
online = EFBMuMuXFexOnlineMonitoring_BcMuMuDs()
from TrigTimeMonitor.TrigTimeHistToolConfig import TrigTimeHistToolConfig
time = TrigTimeHistToolConfig("Time")
self.AthenaMonTools = [validation, online, time]
def __init__(self, name="EFBMuMuXFex_noVtx"):
super(TrigEFBMuMuXFex, self).__init__(name)
# AcceptAll flag: if true take events regardless of cuts
self.AcceptAll = False
# muon part
self.OppositeSign = True # if check opposite sign of muons
self.LowerMuMuMassCut = 100.
self.UpperMuMuMassCut = 5500.
##self.LowerMuVtxMassCut = 100.
##self.UpperMuVtxMassCut = 5500.
self.MuVtxChi2Cut = 40.
# B{+/-} -> K{+/-} Mu Mu
self.DoB_KMuMuDecay = True
self.LowerKMuMuMassCut = 4500.
self.UpperKMuMuMassCut = 5900.
##self.LowerB_KMuMuMassCutVtxOff = 4500.
##self.UpperB_KMuMuMassCutVtxOff = 5900.
##self.LowerBVtxMassCut = 4500.
##self.UpperBVtxMassCut = 5900.
self.DoB_KMuMuVertexing = False
self.BVtxChi2Cut = 60. # 300 in L2
# Bd -> K*(892) Mu Mu
self.DoBd_KstarMuMuDecay = True
self.LowerKstar_KaonMassCut = 600.
self.UpperKstar_KaonMassCut = 1500.
self.LowerBd_KstarMuMuMassCut = 4600.
self.UpperBd_KstarMuMuMassCut = 6300.
##self.LowerBd_KstarMuMuMassCutVtxOff = 4600.
##self.UpperBd_KstarMuMuMassCutVtxOff = 6300.
##self.LowerKstarVtxMassCut = 600.
##self.UpperKstarVtxMassCut = 1200.
##self.LowerBdVtxMassCut = 4600.
##self.UpperBdVtxMassCut = 6000.
self.DoKstar_KPiVertexing = False
self.DoBd_KstarMuMuVertexing = False
self.KstarVtxChi2Cut = 40.
self.BdVtxChi2Cut = 60.
# Bs -> Phi(1020) Mu Mu
self.DoBs_Phi1020MuMuDecay = True
self.LowerPhi1020_KaonMassCut = 990.
self.UpperPhi1020_KaonMassCut = 1050.
self.LowerBs_Phi1020MuMuMassCut = 5000.
self.UpperBs_Phi1020MuMuMassCut = 5800.
##self.LowerBs_Phi1020MuMuMassCutVtxOff = 5000.
##self.UpperBs_Phi1020MuMuMassCutVtxOff = 5800.
##self.LowerPhi1020VtxMassCut = 990.
##self.UpperPhi1020VtxMassCut = 1060.
##self.LowerBsVtxMassCut = 4600.
##self.UpperBsVtxMassCut = 6000.
self.DoPhi1020_KKVertexing = False
self.DoBs_Phi1020MuMuVertexing = False
self.Phi1020VtxChi2Cut = 40.
self.BsVtxChi2Cut = 60.
# Lb -> L Mu Mu
self.DoLb_LambdaMuMuDecay = True
self.LowerLambda_PrPiMassCut = 1040. #1040.
self.UpperLambda_PrPiMassCut = 1250. #1220.
self.LowerLambda_PtCut = 1200.
self.LowerLb_LambdaMuMuMassCut = 3700. #5090.
self.UpperLb_LambdaMuMuMassCut = 6600. #6270.
self.LowerLb_PtCut = 8000.
self.UpperLambdaVtxMassCut = 1200.
self.LowerLbVtxMassCut = 3850.
self.UpperLbVtxMassCut = 6150.
self.DoLambda_PPiVertexing = False
self.DoLb_LambdaMuMuVertexing = False
self.DoLb_LambdaMuMuCascade = False
self.LambdaVtxChi2Cut = 90. #100.
self.LbVtxChi2Cut = 180. #100.
##self.LbVtxDistanceCut = 0.
##self.PiImpactCut = 0.
##self.PrImpactCut = 0.
# vertexing off
##self.LowerLb_LambdaMuMuMassCutVtxOff = 1080.
##self.UpperLb_LambdaMuMuMassCutVtxOff = 1180.
# Bc -> D_s* Mu Mu
self.DoBc_DsMuMuDecay = True
self.LowerPhiDs_MassCut = 980.
self.UpperPhiDs_MassCut = 1080.
self.LowerDs_MassCut = 1600.
self.UpperDs_MassCut = 2400.
self.LowerDs_PtCut = 2000.
self.LowerBc_DsMuMuMassCut = 5450.
self.UpperBc_DsMuMuMassCut = 7050.
self.LowerBcDs_PtCut = 8000.
##self.LowerDs_LxyCut = 0.3
self.LowerDs_LxyCut = -999.3
self.DoDs_Vertexing = False
self.DoBc_DsMuMuVertexing = False
self.DoBc_DsMuMuCascade = False
self.DsVtxChi2Cut = 90.
self.BcVtxChi2Cut = 120.
# Bc -> D+ Mu Mu
self.DoBc_DplusMuMuDecay = True
##self.LowerPhiDs_MassCut = 980.
##self.UpperPhiDs_MassCut = 1080.
self.LowerDplus_MassCut = 1500.
self.UpperDplus_MassCut = 2300.
self.LowerDplus_PtCut = 2000.
##self.LowerBc_DsMuMuMassCut = 1800.
self.LowerBc_DplusMuMuMassCut = 5450.
self.UpperBc_DplusMuMuMassCut = 7050.
self.LowerBcDplus_PtCut = 8000.
##self.LowerDplus_LxyCut = 0.3
self.LowerDplus_LxyCut = 0.01
self.DoDplus_Vertexing = False
self.DoBc_DplusMuMuVertexing = False
self.DoBc_DplusMuMuCascade = False
self.DplusVtxChi2Cut = 90.
self.BcDplusVtxChi2Cut = 180.
# Bc -> Dstar Mu Mu
self.DoBc_DstarMuMuDecay = True
self.LowerD0Dstar_MassCut = 1500.
self.UpperD0Dstar_MassCut = 2300.
self.UpperDstar_DMCut = 180.
self.LowerDstar_PtCut = 2000.
self.LowerDstarKpi_PtCut = 1800.
self.LowerBc_DstarMuMuMassCut = 5450.
self.UpperBc_DstarMuMuMassCut = 7050.
self.LowerBcDstar_PtCut = 8000.
self.DoD0Dstar_Vertexing = False
self.DoBc_DstarMuMuVertexing = False
self.DoBc_DstarMuMuCascade = False
self.D0DstarVtxChi2Cut = 90.
self.BcDstarVtxChi2Cut = 120.
# Bc -> D0 (Dstar with lost pi_s) Mu Mu
self.DoBc_D0MuMuDecay = True
self.LowerD0_MassCut = 1500.
self.UpperD0_MassCut = 2300.
self.LowerD0_PtCut = 2000.
self.LowerBc_D0MuMuMassCut = 5250.
self.UpperBc_D0MuMuMassCut = 6911.
self.LowerBcD0_PtCut = 8000.
self.LowerD0_LxyCut = 0.01
self.DoD0_Vertexing = False
self.DoBc_D0MuMuVertexing = False
self.DoBc_D0MuMuCascade = False
self.D0VtxChi2Cut = 90.
self.BcD0VtxChi2Cut = 120.
self.MaxBcD0ToStore = 1000
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexValidationMonitoring
validation = EFBMuMuXFexValidationMonitoring()
from TrigBphysHypo.TrigEFBMuMuXFexMonitoring import EFBMuMuXFexOnlineMonitoring
online = EFBMuMuXFexOnlineMonitoring()
from TrigTimeMonitor.TrigTimeHistToolConfig import TrigTimeHistToolConfig
time = TrigTimeHistToolConfig("Time")
self.AthenaMonTools = [validation, online, time]
