Difference: OldPatVelo ( vs. 1)

Revision 12009-07-02 - unknown

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META TOPICPARENT name="Hlt2EffsRates"

Hlt2 efficiencies and rates

Version

This is obtained with DaVinci head as of 02/07/09. With the Old version PatVelo v3r13p1.

Hlt1 and 2 rates

Hlt1 eff is 91.0228%. Assuming it is already applied at 36409.1 kHz

Using 58582 events. Normalisation factor is 0.682804

Category Selection Rate Weighted # Coll. % b
Hlt1 Hlt1Global 36409 Hz   1.8 15%
Hlt1 Hlt1BeamGasCrossing        
Hlt1 Hlt1BeamGas        
Hlt1 Hlt1BeamGasLeft        
Hlt1 Hlt1BeamGasRight        
Hlt1 Hlt1DiHadron 7990±65 Hz 6442±92 Hz 1.8 17%
Hlt1 Hlt1DiMuonIPC2L0 2113±37 Hz 1318±39 Hz 1.9 19%
Hlt1 Hlt1DiMuonIPCGECSeg        
Hlt1 Hlt1DiMuonIPCL0Di 804±23 Hz 332±16 Hz 1.9 26%
Hlt1 Hlt1DiMuonIPCL0GRC        
Hlt1 Hlt1DiMuonIPCL0Seg 907±25 Hz 516±24 Hz 2 23%
Hlt1 Hlt1DiMuonNoIP2L0 1642±33 Hz 842±29 Hz 1.7 15%
Hlt1 Hlt1DiMuonNoIPGECSeg        
Hlt1 Hlt1DiMuonNoIPL0Di 1027±26 Hz 382±15 Hz 1.7 18%
Hlt1 Hlt1DiMuonNoIPL0GEC        
Hlt1 Hlt1DiMuonNoIPL0Seg 1042±26 Hz 629±27 Hz 1.8 16%
Hlt1 Hlt1DiMuonNoPV2L0 16±3 Hz 10±3 Hz 1.2 0%
Hlt1 Hlt1DiMuonNoPVL0Di        
Hlt1 Hlt1DiMuonNoPVL0Seg 12±3 Hz 8±3 Hz 1.1 0%
Hlt1 Hlt1ElectronFromPi0TrackNoIP        
Hlt1 Hlt1ElectronFromPi0TrackWithIP        
Hlt1 Hlt1ElectronTrack        
Hlt1 Hlt1ElectronTrackNoIP 488±18 Hz 359±21 Hz 1.8 10%
Hlt1 Hlt1ElectronTrackWithIP 550±19 Hz 222±12 Hz 1.7 19%
Hlt1 Hlt1IgnoringLumi 36409 Hz 31955±210 Hz 1.8 15%
Hlt1 Hlt1Incident        
Hlt1 Hlt1L0DiMuon,lowMult        
Hlt1 Hlt1L0DiMuon        
Hlt1 Hlt1L0Electron        
Hlt1 Hlt1L0Forced        
Hlt1 Hlt1L0GlobalPi0        
Hlt1 Hlt1L0Hadron 1±1 Hz 1±1 Hz 1 0%
Hlt1 Hlt1L0LocalPi0        
Hlt1 Hlt1L0Muon,lowMult        
Hlt1 Hlt1L0Muon 1±1 Hz 1±1 Hz 1 0%
Hlt1 Hlt1L0MuonNoGlob        
Hlt1 Hlt1L0Photon        
Hlt1 Hlt1LumiBeamCrossing        
Hlt1 Hlt1Lumi        
Hlt1 Hlt1LumiNoBeam        
Hlt1 Hlt1LumiSingleBeamLeft        
Hlt1 Hlt1LumiSingleBeamRight        
Hlt1 Hlt1MuTrack4JPsi        
Hlt1 Hlt1MuTrack 1817±34 Hz 668±20 Hz 1.7 63%
Hlt1 Hlt1MuTrackFitMu 1835±34 Hz 675±20 Hz 1.7 63%
Hlt1 Hlt1PhoFromEle        
Hlt1 Hlt1Photon 4451±52 Hz 4225±78 Hz 1.9 8%
Hlt1 Hlt1PhotonFromEle 3239±45 Hz 3057±66 Hz 1.9 9%
Hlt1 Hlt1Physics        
Hlt1 Hlt1Random        
Hlt1 Hlt1RawBankConversion        
Hlt1 Hlt1SingleElectron 3131±44 Hz 2548±58 Hz 1.7 14%
Hlt1 Hlt1SingleElectronFromPi0        
Hlt1 Hlt1SingleHadron 8624±67 Hz 7081±97 Hz 1.7 11%
Hlt1 Hlt1SingleMuonIPCGEC        
Hlt1 Hlt1SingleMuonIPCL0 8037±65 Hz 6626±95 Hz 1.7 27%
Hlt1 Hlt1SingleMuonNoIPGEC        
Hlt1 Hlt1SingleMuonNoIPL0 633±21 Hz 423±23 Hz 1.7 33%
Hlt1 Hlt1SoftDiHadron        
Hlt1 Hlt1VeloASide        
Hlt1 Hlt1VeloAlign        
Hlt1 Hlt1VeloCSide        
Hlt1 Hlt1VeloClosing        
Hlt1 Hlt1XPress 87±8 Hz 45±6 Hz 1.8 11%
Hlt2 Hlt2Global 4665±53 Hz   1.8 42%
Exclusive Hlt2B2HH 20±4 Hz 11±3 Hz 2.1 41%
Exclusive Hlt2B2JpsiX_MuMu 41±5 Hz 17±2 Hz 1.7 21%
Exclusive Hlt2B2TwoBody 18±3 Hz 8±2 Hz 2.5 26%
Exclusive Hlt2Bd2JpsiKstar 1±1 Hz 0.2±0.2 Hz 4 0%
Exclusive Hlt2Bd2JpsiKstarHighMass 1±1 Hz 0.2±0.2 Hz 1 0%
Exclusive Hlt2Bd2JpsiKstarLowMass        
Exclusive Hlt2Bd2JpsiKstarSignal 13±3 Hz 5±1 Hz 1.7 5%
Exclusive Hlt2Bd2JpsiMuMuKsDDBiased        
Exclusive Hlt2Bd2JpsiMuMuKsDDUnbiased        
Exclusive Hlt2Bd2JpsiMuMuKsLLBiased 14±3 Hz 5±1 Hz 1.8 35%
Exclusive Hlt2Bd2JpsiMuMuKsLLUnbiased 10±3 Hz 3±1 Hz 1.6 21%
Exclusive Hlt2Bd2MuMuKstar 257±13 Hz 198±11 Hz 2.2 23%
Exclusive Hlt2Bs2EtacPhi 39±5 Hz 29±4 Hz 2.4 15%
Exclusive Hlt2Bs2JpsiEta 18±4 Hz 6±1 Hz 2 44%
Exclusive Hlt2Bs2JpsiEtap 2±1 Hz 0.5±0.3 Hz 2.6 66%
Exclusive Hlt2Bs2JpsiPhi        
Exclusive Hlt2Bs2JpsiPhiDetached 8±2 Hz 3±1 Hz 2.1 16%
Exclusive Hlt2Bs2JpsiPhiHighMass        
Exclusive Hlt2Bs2JpsiPhiLowMass 1±1 Hz 0.3±0.3 Hz 1 0%
Exclusive Hlt2Bs2JpsiPhiPrescaled 10±3 Hz 5±1 Hz 2.1 14%
Exclusive Hlt2Bs2JpsiPhiSignal 1±1 Hz 0.7±0.5 Hz 1 0%
Exclusive Hlt2Bs2JpsiPhiSwave 1±1 Hz 0.2±0.2 Hz 1 0%
Exclusive Hlt2Bs2PhiGamma 101±8 Hz 82±7 Hz 2.1 11%
Exclusive Hlt2Bs2PhiPhi 2±1 Hz 0.5±0.4 Hz 2 66%
Exclusive Hlt2Bu2D0K_KPi        
Exclusive Hlt2Bu2D0K_KsDD        
Exclusive Hlt2Bu2D0K_KsHH 1±1 Hz 1±1 Hz 3 0%
Exclusive Hlt2Bu2JpsiK        
Exclusive Hlt2Bu2JpsiKHighMass        
Exclusive Hlt2Bu2JpsiKLowMass        
Exclusive Hlt2Bu2JpsiKSignal 5±2 Hz 2±1 Hz 1.4 0%
Exclusive Hlt2Bu2MuMuK        
Exclusive Hlt2Bu2MuMuKHighMass        
Exclusive Hlt2Bu2MuMuKJpsi        
Exclusive Hlt2Bu2MuMuKSignal 1±1 Hz 0.1±0.1 Hz 3 0%
Exclusive Hlt2Bu2eeK 1±1 Hz 0.1±0.1 Hz 3 100%
Exclusive Hlt2Bu2eeKHighMass 23±4 Hz 17±3 Hz 2.5 5%
Exclusive Hlt2Bu2eeKJpsi 1±1 Hz 1±1 Hz 2.5 50%
Exclusive Hlt2Bu2eeKSignal 20±4 Hz 15±3 Hz 2.8 13%
Exclusive Hlt2DrellYan 40±5 Hz 17±2 Hz 1.9 32%
Exclusive Hlt2HidValley 22±4 Hz 13±3 Hz 3.4 12%
Exclusive Hlt2KstGamma 80±7 Hz 63±6 Hz 2.3 12%
Exclusive Hlt2PhiGamma 28±4 Hz 15±3 Hz 2.3 19%
Exclusive Hlt2UnbiasedBs2PhiPhi 47±6 Hz 42±5 Hz 1.9 7%
Exclusive 792±23 Hz   2.2 18%
Leptons Hlt2BiasedDiMuonIP 266±13 Hz 165±10 Hz 2.1 65%
Leptons Hlt2BiasedDiMuonMass 94±8 Hz 42±4 Hz 1.9 51%
Leptons Hlt2BiasedDiMuonRefined 15±3 Hz 12±3 Hz 2 36%
Leptons Hlt2BiasedDiMuonRobust 35±5 Hz 30±4 Hz 2.2 33%
Leptons Hlt2IncMuTrackMid 447±17 Hz 283±13 Hz 1.8 78%
Leptons Hlt2SingleHighPTMuon 13±3 Hz 9±2 Hz 2.1 36%
Leptons Hlt2SingleMuon 952±25 Hz 619±18 Hz 1.7 64%
Leptons Hlt2SingleMuonMid 397±16 Hz 163±7 Hz 1.7 69%
Leptons Hlt2UnbiasedBmm 100±8 Hz 60±6 Hz 2 30%
Leptons Hlt2UnbiasedDiMuon 31±5 Hz 16±3 Hz 2.1 39%
Leptons Hlt2UnbiasedJPsi 265±13 Hz 190±11 Hz 1.8 16%
Leptons Hlt2UnbiasedPsi2S 68±7 Hz 52±6 Hz 1.8 21%
Leptons Hlt2Z02MuMu        
Leptons 2008±36 Hz   1.8 50%
Charm Hlt2DX3BodyCopKsDD 130±9 Hz 85±7 Hz 1.6 45%
Charm Hlt2DX3BodyCopNoKs 31±5 Hz 18±3 Hz 1.9 54%
Charm Hlt2Dstar 183±11 Hz 132±9 Hz 2 25%
Charm Hlt2Topo2BodyCharmSA 3±1 Hz 3±1 Hz 1.7 0%
Charm Hlt2Topo3BodyCharmSA 3±2 Hz 3±2 Hz 1.2 0%
Charm Hlt2Topo4BodyCharmSA 1±1 Hz 0.4±0.3 Hz 1.5 0%
Charm Hlt2TopoTF2BodyCharmSignal 225±12 Hz 139±9 Hz 1.6 41%
Charm Hlt2TopoTF2BodyCharmWideMass 36±5 Hz 18±3 Hz 1.6 48%
Charm Hlt2TopoTF3BodyCharmSignal 1060±27 Hz 645±19 Hz 1.6 50%
Charm Hlt2TopoTF3BodyCharmWideMass 81±7 Hz 44±5 Hz 1.7 41%
Charm Hlt2TopoTF4BodyCharmSignal 391±16 Hz 181±9 Hz 1.6 53%
Charm Hlt2TopoTF4BodyCharmWideMass 44±5 Hz 21±3 Hz 1.5 45%
Charm 1665±33 Hz   1.7 43%
Phi Hlt2IncPhi 167±11 Hz 130±9 Hz 1.9 29%
Phi Hlt2IncPhiRobust 3±1 Hz 3±1 Hz 1.2 0%
Phi Hlt2IncPhiTF 3±1 Hz 2±1 Hz 1.2 75%
Phi 175±11 Hz   1.9 28%
Topo Hlt2Topo2BodySA 5±2 Hz 2±1 Hz 2.1 0%
Topo Hlt2Topo3BodySA 4±2 Hz 3±1 Hz 1.6 16%
Topo Hlt2Topo4BodySA 8±2 Hz 6±2 Hz 2 45%
Topo Hlt2TopoTF2BodyReq2Yes 50±6 Hz 9±1 Hz 1.9 38%
Topo Hlt2TopoTF2BodyReq3Yes 74±7 Hz 14±2 Hz 2 34%
Topo Hlt2TopoTF2BodyReq4Yes 79±7 Hz 17±2 Hz 2.1 33%
Topo Hlt2TopoTF2BodySA 1±1 Hz 1±1 Hz 2 0%
Topo Hlt2TopoTF3BodyReq2Yes 83±8 Hz 14±1 Hz 1.9 36%
Topo Hlt2TopoTF3BodyReq3Yes 552±19 Hz 134±5 Hz 1.8 54%
Topo Hlt2TopoTF3BodyReq4Yes 640±21 Hz 172±6 Hz 1.9 51%
Topo Hlt2TopoTF3BodySA        
Topo Hlt2TopoTF4BodyReq2Yes 84±8 Hz 15±2 Hz 1.9 35%
Topo Hlt2TopoTF4BodyReq3Yes 791±23 Hz 221±7 Hz 1.8 55%
Topo Hlt2TopoTF4BodyReq4Yes 1120±27 Hz 430±13 Hz 1.9 53%
Topo Hlt2TopoTF4BodySA 2±1 Hz 1±1 Hz 1.3 33%
Topo 1317±29 Hz   1.8 52%

Rate
Hlt2 rate after Hlt1.
Weighted
Hlt2 rate after Hlt1 and re-weighting all events by the number ofselections that have selected it (i.e. how much does this selection contribute to the rate?).The sum should be equal to the Hlt2 rate. This is probably the number you want.
# coll
Average number of pp collision in selected events (the lower the better)
% b
Fraction of b quark in selected events (the higher the better)

Signal

Signal Trigger L0 Hlt Hlt1 Hlt2 Hlt2/1 Tk Best Sel 2nd Sel 3rd Sel 4th Sel
B2HH 46 % 65 % 70 % 79 % 89 % 93 % 93 % B2HH: 83 % TopoTF2BodyReq2Yes: 75 % TopoTF2BodyReq3Yes: 75 % TopoTF2BodyReq4Yes: 68 %
B2MuMu 93 % 98 % 95 % 98 % 97 % 97 % 95 % UnbiasedBmm: 92 % BiasedDiMuonMass: 90 % IncMuTrackMid: 83 % DrellYan: 76 %
Bd2JpsiMuMuKsBiased 82 % 95 % 86 % 89 % 96 % 97 % 18 % UnbiasedJPsi: 94 % BiasedDiMuonMass: 80 % IncMuTrackMid: 56 % BiasedDiMuonIP: 50 %
Bd2JpsiMuMuKsUnbiased 82 % 95 % 86 % 89 % 96 % 97 % 18 % UnbiasedJPsi: 94 % BiasedDiMuonMass: 80 % IncMuTrackMid: 56 % BiasedDiMuonIP: 50 %
Bd2MuMuKstar 82 % 91 % 90 % 92 % 97 % 98 % 86 % IncMuTrackMid: 89 % TopoTF4BodyReq4Yes: 77 % TopoTF4BodyReq3Yes: 76 % TopoTF3BodyReq4Yes: 66 %
Bs2DsDs 35 % 61 % 57 % 64 % 89 % 92 % 65 % TopoTF4BodyReq4Yes: 67 % TopoTF3BodyCharmSignal: 55 % TopoTF4BodyReq3Yes: 46 % IncPhi: 40 %
Bs2DsH 35 % 55 % 63 % 70 % 90 % 95 % 86 % TopoTF4BodyReq4Yes: 79 % TopoTF4BodyReq3Yes: 77 % TopoTF3BodyReq4Yes: 73 % TopoTF3BodyReq3Yes: 72 %
Bs2JpsiPhi 83 % 94 % 88 % 90 % 98 % 99 % 85 % UnbiasedJPsi: 93 % BiasedDiMuonMass: 78 % Bs2JpsiPhiDetached: 70 % Bs2JpsiPhiSignal: 66 %
Bs2JpsiPhiBiased 84 % 94 % 89 % 91 % 98 % 98 % 86 % UnbiasedJPsi: 86 % BiasedDiMuonMass: 83 % Bs2JpsiPhiDetached: 74 % IncMuTrackMid: 70 %
Bs2JpsieePhi 20 % 52 % 39 % 53 % 72 % 79 % 73 % IncPhi: 56 % TopoTF4BodyReq4Yes: 48 % TopoTF4BodyReq3Yes: 42 % TopoTF3BodyReq4Yes: 34 %
Bs2KstarKstar 28 % 51 % 55 % 67 % 82 % 90 % 81 % TopoTF4BodyReq4Yes: 71 % TopoTF4BodyReq3Yes: 69 % TopoTF3BodyReq4Yes: 66 % TopoTF3BodyReq3Yes: 65 %
Bs2PhiGamma 54 % 82 % 66 % 71 % 93 % 97 % 94 % PhiGamma: 87 % IncPhi: 77 % KstGamma: 72 % TopoTF4BodyReq4Yes: 2 %
Bu2D0K_KsDD 26 % 55 % 46 % 64 % 72 % 76 % 22 % TopoTF3BodyReq3Yes: 42 % TopoTF3BodyReq4Yes: 41 % TopoTF4BodyReq4Yes: 41 % TopoTF4BodyReq3Yes: 38 %
Bu2D0K_KsHH 26 % 55 % 46 % 64 % 72 % 76 % 22 % TopoTF3BodyReq3Yes: 42 % TopoTF3BodyReq4Yes: 41 % TopoTF4BodyReq4Yes: 41 % TopoTF4BodyReq3Yes: 38 %
Bu2MuMuK 86 % 98 % 88 % 93 % 95 % 95 % 91 % IncMuTrackMid: 85 % TopoTF3BodyReq4Yes: 65 % TopoTF3BodyReq3Yes: 65 % BiasedDiMuonIP: 65 %
Bu2eeK 39 % 60 % 64 % 72 % 89 % 92 % 92 % Bu2eeKSignal: 81 % TopoTF3BodyReq3Yes: 63 % TopoTF3BodyReq4Yes: 62 % TopoTF4BodyReq4Yes: 44 %
Dstar 14 % 50 % 28 % 47 % 60 % 76 % 65 % TopoTF2BodyCharmSignal: 46 % TopoTF4BodyReq4Yes: 14 % TopoTF4BodyReq3Yes: 11 % TopoTF3BodyCharmSignal: 10 %
Z0 99 % 100 % 99 % 99 % 99 % 100 % 0 % SingleHighPTMuon: 99 % UnbiasedBmm: 96 % DrellYan: 95 % Z02MuMu: 95 %
Signal
Signal sample as described in Hlt/HltSelChecker options.
Trigger
Overall Trigger efficiency.
L0
L0 efficiency.
Hlt
Hlt efficiency on L0 events.
Hlt1
Hlt1 efficiency on L0 events.
Hlt2
Overall Hlt2 efficiency including all selections.
Hlt2/Hlt1
Hlt2 efficiency given Hlt1.
Tk
Hlt2 tracking efficiency on all tracks.
Sel
Name and efficiency (on Hlt1 accepted events) of 4 best Hlt2 selections.

All efficiencies after L0 and offline (except L0 of course). Null efficiencies are due to missing or incorrect Hlt2 selections. To know what is exactly done and what offline selection is used see HltSelChecker.

-- PatrickKoppenburg - 02 Jul 2009

 
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