Run 4 startup configuration Key=0x989 (2441) L1Lines = 3B&2A&2M: ( nM >= 2 and nA >= 2 and nB >= 3 ) number=1 width=15 3A&B*: ( nA >= 3 and nB* >= 1 ) number=2 width=15 3B&B*&1G: ( nG >= 1 and nB >= 3 and nB* >= 1 ) number=3 width=15 2E: ( nE >= 2 ) number=4 width=15 EM*: ( nEM >= 1 ) number=5 width=15 G*: ( nG* >= 1 ) number=6 width=15 D2&1E: ( nE >= 1 and nA >= 1 and nB >= 2 ) number=7 width=15 1Y&1B: ( nY >= 1 and nB >= 1 ) number=8 width=15 D2*+: ( nA >= 1 and nB* >= 1 and nA' >= 1 ) number=9 width=15 3M&D2: ( nM >= 3 and nA >= 1 and nB >= 2 ) number=10 width=15 4M: ( nM >= 4 ) number=11 width=15 3M&M*: ( nM >= 3 and nM* >= 1 ) number=12 width=15 2M&A+: ( nM >= 2 and nA >= 1 and nA' >= 1 ) number=13 width=15 M*&5U: ( nU >= 5 and nM* >= 1 ) number=14 width=15 2BM&2M: ( nM >= 2 and nBM >= 2 ) number=15 width=15 1Y: ( nY >= 1 ) number=16 prescale=20 width=15 3M: ( nM >= 3 ) number=17 prescale=4 width=15 3B&2A: ( nA >= 2 and nB >= 3 ) number=18 prescale=8 width=15 M*&1B: ( nM* >= 1 and nB >= 1 ) number=19 prescale=4 width=15 D2*&1M: ( nM >= 1 and nA >= 1 and nB* >= 1 ) number=20 prescale=16 width=15 2M: ( nM >= 2 ) number=21 prescale=60 width=15 D2: ( nA >= 1 and nB >= 2 ) number=22 prescale=96 width=15 1B: ( nB >= 1 ) number=23 prescale=0 width=15 1M: ( nM >= 1 ) number=24 prescale=0 width=15 HERinjection: hardware number=25 LERinjection: hardware number=26 sourcecalpulser: hardware number=27 lightpulser: hardware number=28 cyclic1: cyclic number=29 rate=1 L3InputLines = L3InputOpen: 3B&2A&2M or 3A&B* or 3B&B*&1G or 2E or EM* or G* or D2&1E or 1Y&1B or D2*+ or 3M&D2 or 4M or 3M&M* or 2M&A+ or M*&5U or 2BM&2M or 1Y or 3M or 3B&2A or M*&1B or D2*&1M or 2M or D2 or 1B or 1M or HERinjection or LERinjection or sourcecalpulser or lightpulser or cyclic1 L3InputPhysics: 3B&2A&2M or 3A&B* or 3B&B*&1G or 2E or EM* or G* or D2&1E or D2*+ or 3M&D2 or 4M or 3M&M* or 2M&A+ or M*&5U or 2BM&2M or 3M or 3B&2A or M*&1B or D2*&1M or 2M or D2 L3InputCyclic1: cyclic1 L3Sequences = L3DSequence: L3ESequence: L3Modules = L3DIP1TrackFilter: L3DIPTrackFilterProto { nTracksCut=1 d0Cut=1 z0Cut=7 ptCut=0.6 } L3DIP2TrackFilter: L3DIPTrackFilterProto { nTracksCut=2 d0Cut=1.5 z0Cut=10 ptCut=0.25 } L3EHighEnergyFilter: L3EClusterFilterProto { nClustersCut=2 xClusterCut=0.0662 } L3EHighMultiplicityFilter: L3EClusterFilterProto { nClustersCut=4 xClusterCut=0 } L3TBhabha1ProngVetoFilter: L3TBhabha1ProngVetoFilterProto L3TBhabha2ProngVetoFilter: L3TBhabha2ProngVetoFilterProto L3TBhabhaAcceptFilter: L3TBhabhaAcceptFilterProto L3TRadiativeBhabhaFilter: L3TRadiativeBhabhaFilterProto L3TVirtualComptonFilter: L3TVirtualComptonFilterProto L3EBhabhaFilter: L3EBhabhaFilterProto L3TOnlineLumiFilter: L3TOnlineLumiFilterProto L3TGammaGammaFilter: L3TGammaGammaFilterProto L3THadronicAFilter: L3THadronicFilterProto { r2Cut=0.95 } L3THadronicBFilter: L3THadronicFilterProto { r2Cut=0.4 } L3TMuPairFilter: L3TMuPairFilterProto L3TPhiGammaFilter: L3TPhiGammaFilterProto L3TCosmic2ProngFilter: L3TCosmic2ProngFilterProto L3TWideCosmic2ProngFilter: L3TCosmic2ProngFilterProto { d0Cut=12 } L3TBoostMonitor: L3TBoostMonitorProto L3TBoostMonitorCosmics: L3TBoostMonitorProto { doBoost=0 } L3TBoostMonitorUncorrected: L3TBoostMonitorProto { doCorrection=0 } L3TBeamSpotMonitor: L3TBeamSpotMonitorProto L3TDataflowDamageFilter: L3TDataflowDamageFilterProto L3TRateLimitingFilter: L3TRateLimitingFilterProto L3TBinnedPrescaler: L3TBinnedPrescalerProto L3Scripts = IP1TrackScript: L3InputPhysics { L3DSequence L3DIP1TrackFilter } IP2TrackScript: L3InputPhysics { L3DSequence L3DIP2TrackFilter } Cosmic2ProngScript: L3InputPhysics { L3DSequence L3TCosmic2ProngFilter } WideCosmic2ProngScript: L3InputPhysics { L3DSequence L3TWideCosmic2ProngFilter } OnlineLumiScript: L3InputPhysics { L3DSequence L3TOnlineLumiFilter } EHighMultiplicityScript: L3InputPhysics { L3ESequence L3EHighMultiplicityFilter } EHighEnergyScript: L3InputPhysics { L3ESequence L3EHighEnergyFilter } Bhabha1ProngVetoScript: L3InputPhysics { L3DSequence L3ESequence L3TBhabha1ProngVetoFilter } Bhabha2ProngVetoScript: L3InputPhysics { L3DSequence L3ESequence L3TBhabha2ProngVetoFilter } BhabhaScript: L3InputOpen { L3DSequence L3ESequence L3TBhabhaAcceptFilter } RadiativeBhabhaScript: L3InputOpen { L3DSequence L3ESequence L3TRadiativeBhabhaFilter } VirtualComptonScript: L3InputOpen { L3DSequence L3ESequence L3TVirtualComptonFilter } EmcBhabhaScript: L3InputOpen { L3ESequence L3EBhabhaFilter } GammaGammaScript: L3InputOpen { L3DSequence L3ESequence L3TGammaGammaFilter } HadronicAScript: L3InputPhysics { L3DSequence L3THadronicAFilter } HadronicBScript: L3InputPhysics { L3DSequence L3THadronicBFilter } MuPairScript: L3InputPhysics { L3DSequence L3ESequence L3TMuPairFilter } PhiGammaScript: L3InputPhysics { L3DSequence L3ESequence L3TPhiGammaFilter } BoostMonitorScript: L3InputPhysics { L3DSequence L3TBoostMonitor } BoostMonitorCosmicsScript: L3InputPhysics { L3DSequence L3TBoostMonitorCosmics } BoostMonitorUncorrectedScript:L3InputPhysics { L3DSequence L3TBoostMonitorUncorrected } BeamSpotMonitorScript: L3InputPhysics { L3DSequence L3TBeamSpotMonitor } DataflowDamageScript: L3InputOpen { L3TDataflowDamageFilter } RateLimitedDataflowDamageScript:L3InputOpen { L3TDataflowDamageFilter L3TRateLimitingFilter } L1OpenScript: L3InputOpen { } Cyclic1Script: L3InputCyclic1 { } OepInputLines = L3OutDch: prescale=1 enable L3OutEmc: prescale=1 enable L3OutDchEmcPreVeto: prescale=50 enable L3OutBhabha: prescale=1000 enable L3OutBhabhaFlat: prescale=1 enable L3OutRadiativeBhabha: prescale=1 enable L3OutVirtualCompton: prescale=1 enable L3OutEmcBhabha: prescale=1 enable L3OutMuPair: prescale=1 enable L3OutCosmic: prescale=1 enable L3OutWideCosmic: prescale=1 enable L3OutLumi: prescale=1000 enable L3OutDiag: prescale=1 enable L3OutGammaGamma: prescale=1 enable L3OutPhiGamma: prescale=1 enable L3OutDataflowDamage: prescale=1 enable L3OutL1Open: prescale=200 enable L3OutCyclic1: prescale=1 enable L3OutBackground: prescale=1 enable L3OutputLines = L3OutDch: ( IP1TrackScript or IP2TrackScript ) and !Bhabha1ProngVetoScript and !Bhabha2ProngVetoScript L3OutEmc: ( EHighMultiplicityScript or EHighEnergyScript ) and !Bhabha1ProngVetoScript and !Bhabha2ProngVetoScript L3OutDchEmcPreVeto: IP1TrackScript or IP2TrackScript or EHighMultiplicityScript or EHighEnergyScript L3OutBhabha: BhabhaScript L3OutRadiativeBhabha: RadiativeBhabhaScript L3OutVirtualCompton: VirtualComptonScript L3OutEmcBhabha: ( EmcBhabhaScript ) and !BhabhaScript L3OutMuPair: MuPairScript L3OutCosmic: Cosmic2ProngScript L3OutWideCosmic: WideCosmic2ProngScript L3OutLumi: OnlineLumiScript L3OutDiag: HadronicAScript or HadronicBScript L3OutGammaGamma: GammaGammaScript L3OutPhiGamma: PhiGammaScript L3OutDataflowDamage: RateLimitedDataflowDamageScript L3OutL1Open: L1OpenScript L3OutCyclic1: Cyclic1Script OepPrescaleLines = L3OutBhabhaFlat: L3OutBhabha L3TBinnedPrescaler { 3 [0.9] 3 [1.543] 6 [1.724] 9 [1.905] 12 [2.087] 21 [2.268] 39 [2.5] 39 } L3OutBackground: L3OutCyclic1 L3OutLumi prescale=300