TriggerMenuDescription8E29_V04 < Sandbox

---+!! HLT paths for the 8E29 "core" menu (v0.4, announced and frozen on 2009.04.29)

This version of the High Level Trigger tables has been *frozen from further development*, so that 
it can be used as a reference. For a version up-to-date with recent development, please use 
*[[Sandbox/TriggerMenuDescription8E29][this]]* table.<br />

| *[[#JetsGroup][Jets]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltL1jet6u][HLT_L1Jet6U]] | [[#L1Seeds][L1_SingleJet6U]] | 25 | 20 | None Hz | 6.50 &#177; 0.20 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltJet15u][HLT_Jet15U]] | [[#L1Seeds][L1_SingleJet6U]] | 25 | 1 | None Hz | 8.32 &#177; 0.22 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltJet30u][HLT_Jet30U]] | [[#L1Seeds][L1_SingleJet20U]] | 1 | 1 | None Hz | 17.71 &#177; 0.33 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltJet50u][HLT_Jet50U]] | [[#L1Seeds][L1_SingleJet30U]] | 1 | 1 | None Hz | 3.01 &#177; 0.13 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltDijetave15u][HLT_DiJetAve15U]] | [[#L1Seeds][L1_SingleJet6U]] | 25 | 1 | None Hz | 3.48 &#177; 0.15 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltDijetave30u][HLT_DiJetAve30U]] | [[#L1Seeds][L1_SingleJet20U]] | 1 | 1 | None Hz | 8.49 &#177; 0.23 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltFwdjet20u][HLT_FwdJet20U]] | [[#L1Seeds][L1_IsoEG10_Jet6U_ForJet6U]] | 1 | 1 | None Hz | 5.62 &#177; 0.18 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltQuadjet15u][HLT_QuadJet15U]] | [[#L1Seeds][L1_QuadJet6U]] | 1 | 1 | None Hz | 0.70 &#177; 0.07 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#MetGroup][MET]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltL1met20][HLT_L1MET20]] | [[#L1Seeds][L1_ETM20]] | 1 | 2 | None Hz | 6.64 &#177; 0.20 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltMet35][HLT_MET35]] | [[#L1Seeds][L1_ETM30]] | 1 | 1 | None Hz | 0.26 &#177; 0.04 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltMet100][HLT_MET100]] | [[#L1Seeds][L1_ETM80]] | 1 | 1 | None Hz | 0.00 &#177; 0.00 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#MuonsGroup][Muons]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltL1muopen][HLT_L1MuOpen]] | [[#L1Seeds][L1_SingleMuOpen OR L1_SingleMu0]] | 1, 1 | 10 | None Hz | 10.92 &#177; 0.26 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltL1mu][HLT_L1Mu]] | [[#L1Seeds][L1_SingleMu7 OR L1_DoubleMu3]] | 1, 1 | 5 | None Hz | 2.14 &#177; 0.11 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltL1mu20][HLT_L1Mu20]] | [[#L1Seeds][L1_SingleMu20]] | 1 | 1 | None Hz | 1.17 &#177; 0.08 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltL2mu9][HLT_L2Mu9]] | [[#L1Seeds][L1_SingleMu7]] | 1 | 1 | None Hz | 1.37 &#177; 0.09 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltL2mu11][HLT_L2Mu11]] | [[#L1Seeds][L1_SingleMu7]] | 1 | 1 | None Hz | 0.81 &#177; 0.07 Hz | Backup | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltMu3][HLT_Mu3]] | [[#L1Seeds][L1_SingleMuOpen OR L1_SingleMu0 OR L1_SingleMu3]] | 1, 1, 1 | 1 | None Hz | 22.83 &#177; 0.37 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltMu5][HLT_Mu5]] | [[#L1Seeds][L1_SingleMu3]] | 1 | 1 | None Hz | 7.53 &#177; 0.21 Hz | Backup | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltMu9][HLT_Mu9]] | [[#L1Seeds][L1_SingleMu7]] | 1 | 1 | None Hz | 0.95 &#177; 0.08 Hz | Backup | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltDoublemu0][HLT_DoubleMu0]] | [[#L1Seeds][L1_DoubleMuOpen]] | 1 | 1 | None Hz | 0.43 &#177; 0.05 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltDoublemu3][HLT_DoubleMu3]] | [[#L1Seeds][L1_DoubleMu3]] | 1 | 1 | None Hz | 0.17 &#177; 0.03 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltL1doublemuopen][HLT_L1DoubleMuOpen]] | [[#L1Seeds][L1_DoubleMuOpen]] | 1 | 1 | None Hz | 2.59 &#177; 0.13 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltIsomu3][HLT_IsoMu3]] | [[#L1Seeds][L1_SingleMu3]] | 1 | 1 | None Hz | 12.96 &#177; 0.28 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#ElectronsGroup][Electrons]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltL1singleeg5][HLT_L1SingleEG5]] | [[#L1Seeds][L1_SingleEG5]] | 1 | 50 | None Hz | 8.29 &#177; 0.22 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltL1singleeg8][HLT_L1SingleEG8]] | [[#L1Seeds][L1_SingleEG8]] | 1 | 10 | None Hz | 7.85 &#177; 0.22 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltEle10LwL1r][HLT_Ele10_LW_L1R]] | [[#L1Seeds][L1_SingleEG5]] | 1 | 1 | None Hz | 11.38 &#177; 0.26 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltEle10LwEleidL1r][HLT_Ele10_LW_EleId_L1R]] | [[#L1Seeds][L1_SingleEG5]] | 1 | 1 | None Hz | 2.34 &#177; 0.12 Hz | Backup | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltEle15LwL1r][HLT_Ele15_LW_L1R]] | [[#L1Seeds][L1_SingleEG8]] | 1 | 1 | None Hz | 2.61 &#177; 0.13 Hz | Backup | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltEle15Sc10LwL1r][HLT_Ele15_SC10_LW_L1R]] | [[#L1Seeds][L1_SingleEG8]] | 1 | 1 | None Hz | 2.33 &#177; 0.12 Hz | ES bit | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltEle20LwL1r][HLT_Ele20_LW_L1R]] | [[#L1Seeds][L1_SingleEG8]] | 1 | 1 | None Hz | 0.92 &#177; 0.07 Hz | ES bit | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltL1doubleeg5][HLT_L1DoubleEG5]] | [[#L1Seeds][L1_DoubleEG5]] | 1 | 5 | None Hz | 7.58 &#177; 0.21 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltDoubleele5SwL1r][HLT_DoubleEle5_SW_L1R]] | [[#L1Seeds][L1_DoubleEG5]] | 1 | 1 | None Hz | 0.71 &#177; 0.07 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltDoublephoton5EeresL1r][HLT_DoublePhoton5_eeRes_L1R]] | [[#L1Seeds][L1_SingleEG8 OR L1_DoubleEG5]] | 1, 1 | 1 | None Hz | 1.20 &#177; 0.09 Hz | Physics | 3.1.0-pre6 |
| | [[#HltDoublephoton5JpsiL1r][HLT_DoublePhoton5_Jpsi_L1R]] | [[#L1Seeds][L1_SingleEG8 OR L1_DoubleEG5]] | 1, 1 | 1 | None Hz | 0.65 &#177; 0.06 Hz | Backup | 3.1.0-pre6 |
| | [[#HltDoublephoton5UpsilonL1r][HLT_DoublePhoton5_Upsilon_L1R]] | [[#L1Seeds][L1_SingleEG8 OR L1_DoubleEG5]] | 1, 1 | 1 | None Hz | 13.35 &#177; 0.28 Hz | Backup | 3.1.0-pre6 |
| *[[#PhotonsGroup][Photons]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltPhoton10L1r][HLT_Photon10_L1R]] | [[#L1Seeds][L1_SingleEG5]] | 1 | 25 | None Hz | 1.69 &#177; 0.10 Hz | Monitoring | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltPhoton15L1r][HLT_Photon15_L1R]] | [[#L1Seeds][L1_SingleEG8]] | 1 | 1 | None Hz | 10.60 &#177; 0.25 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltPhoton15TrackisoL1r][HLT_Photon15_TrackIso_L1R]] | [[#L1Seeds][L1_SingleEG8]] | 1 | 1 | None Hz | 2.48 &#177; 0.12 Hz | Backup | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltPhoton15LooseecalisoL1r][HLT_Photon15_LooseEcalIso_L1R]] | [[#L1Seeds][L1_SingleEG8]] | 1 | 1 | None Hz | 8.51 &#177; 0.23 Hz | Backup | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltPhoton20L1r][HLT_Photon20_L1R]] | [[#L1Seeds][L1_SingleEG8]] | 1 | 1 | None Hz | 3.65 &#177; 0.15 Hz | Backup | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltPhoton30L1r][HLT_Photon30_L1R]] | [[#L1Seeds][L1_SingleEG8]] | 1 | 1 | None Hz | 0.83 &#177; 0.07 Hz | ES bit | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltDoublephoton10L1r][HLT_DoublePhoton10_L1R]] | [[#L1Seeds][L1_DoubleEG5]] | 1 | 1 | None Hz | 2.32 &#177; 0.12 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#TauGroup][Tau]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltSinglelooseisotau20][HLT_SingleLooseIsoTau20]] | [[#L1Seeds][L1_SingleTauJet20U OR L1_SingleJet30U]] | 1, 1 | 1 | None Hz | 19.10 &#177; 0.34 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltDoublelooseisotau15][HLT_DoubleLooseIsoTau15]] | [[#L1Seeds][L1_DoubleTauJet14U OR L1_DoubleJet30U]] | 1, 1 | 1 | None Hz | 4.95 &#177; 0.17 Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#BJetsGroup][B jets]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltBtagipJet50u][HLT_BTagIP_Jet50U]] | [[#L1Seeds][L1_SingleJet30U]] | 1 | 1 | None Hz | 0.05 &#177; 0.02 Hz | ES bit | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltBtagmuJet10u][HLT_BTagMu_Jet10U]] | [[#L1Seeds][L1_Mu3_Jet6U]] | 1 | 1 | None Hz | 0.00 &#177; 0.00 Hz | ES bit | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#AbortGapGroup][Abort Gap]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltStoppedhscp][HLT_StoppedHSCP]] | [[#L1Seeds][L1_SingleJet6U]] | 1 | 1 | None Hz | !TBD Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#CrossChannelGroup][Cross-channel]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltL1mu14L1singleeg10][HLT_L1Mu14_L1SingleEG10]] | [[#L1Seeds][L1_SingleMu14 AND L1_SingleEG10]] | 1, 1 | 1 | None Hz | !TBD Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltL1mu14L1singlejet6u][HLT_L1Mu14_L1SingleJet6U]] | [[#L1Seeds][L1_SingleMu14 AND L1_SingleJet6U]] | 1, 25 | 1 | None Hz | !TBD Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltL1mu14L1etm30][HLT_L1Mu14_L1ETM30]] | [[#L1Seeds][L1_SingleMu14 AND L1_ETM30]] | 1, 1 | 1 | None Hz | !TBD Hz | Physics | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#MinbiasGroup][MinBias]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltZerobias][HLT_ZeroBias]] | [[#L1Seeds][L1_ZeroBias]] | 5000 | 1 | None Hz | 11.98 &#177; 0.27 Hz | !MinBias | 3.1.0-pre6 |
| | [[#HltMinbiashcal][HLT_MinBiasHcal]] | [[#L1Seeds][L1_SingleHfBitCountsRing1_1 OR L1_DoubleHfBitCountsRing1_P1N1 OR L1_SingleHfRingEtSumsRing1_4 OR L1_DoubleHfRingEtSumsRing1_P4N4 OR L1_SingleHfRingEtSumsRing2_4 OR L1_DoubleHfRingEtSumsRing2_P4N4]] | 1000, 100, 100, 100, 100, 100 | 500 | None Hz | 0.37 &#177; 0.05 Hz | !MinBias | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltMinbiasecal][HLT_MinBiasEcal]] | [[#L1Seeds][L1_SingleEG1 OR L1_SingleEG2 OR L1_DoubleEG1]] | 100, 100, 100 | 250 | None Hz | 1.31 &#177; 0.09 Hz | !MinBias | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltMinbiaspixel][HLT_MinBiasPixel]] | [[#L1Seeds][L1_MinBias_HTT10]] | 10 | 1 | None Hz | 5.21 &#177; 0.18 Hz | !MinBias | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltMinbiaspixelTrk5][HLT_MinBiasPixel_Trk5]] | [[#L1Seeds][L1_MinBias_HTT10]] | 10 | 1 | None Hz | 3.74 &#177; 0.15 Hz | !MinBias | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#CommissioningGroup][Commissioning]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltCscbeamhalo][HLT_CSCBeamHalo]] | [[#L1Seeds][L1_SingleMuBeamHalo]] | 1 | 1 | None Hz | 7.48 &#177; 0.21 Hz | Commissioning | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltCscbeamhalooverlapring1][HLT_CSCBeamHaloOverlapRing1]] | [[#L1Seeds][L1_SingleMuBeamHalo]] | 1 | 1 | None Hz | 0.13 &#177; 0.03 Hz | Commissioning | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltCscbeamhalooverlapring2][HLT_CSCBeamHaloOverlapRing2]] | [[#L1Seeds][L1_SingleMuBeamHalo]] | 1 | 1 | None Hz | 0.00 &#177; 0.00 Hz | Commissioning | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltCscbeamhaloring2or3][HLT_CSCBeamHaloRing2or3]] | [[#L1Seeds][L1_SingleMuBeamHalo]] | 1 | 1 | None Hz | 0.68 &#177; 0.06 Hz | Commissioning | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltBackwardbsc][HLT_BackwardBSC]] | [[#L1Seeds][L1 Technical bits: 38 OR 39]] | !TBD | !TBD | None Hz | !TBD Hz | Commissioning | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltForwardbsc][HLT_ForwardBSC]] | [[#L1Seeds][L1 Technical bits: 36 OR 37]] | !TBD | !TBD | None Hz | !TBD Hz | Commissioning | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#HltTrackercosmics][HLT_TrackerCosmics]] | [[#L1Seeds][L1 Technical bits: 24 OR 25 OR 26 OR 27 OR 28]] | !TBD | !TBD | None Hz | !TBD Hz | Commissioning | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#AlcarawGroup][AlCaRAW]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#HltIsotrack][HLT_IsoTrack]] | [[#L1Seeds][L1_SingleJet20U OR L1_SingleJet30U OR L1_SingleJet40U OR L1_SingleJet50U OR L1_SingleJet60U OR L1_SingleTauJet10U OR L1_SingleTauJet20U OR L1_SingleTauJet30U OR L1_SingleTauJet50U]] | 1, 1, 1, 1, 1, 1, 1, 1, 1 | 1 | None Hz | !TBD Hz | !AlCa | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#AlcaHcalphisym][AlCa_HcalPhiSym]] | [[#L1Seeds][L1_SingleEG1 OR L1_SingleEG2 OR L1_DoubleEG1]] | 100, 100, 100 | 1 | None Hz | !TBD Hz | !AlCa | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#AlcaEcalphisym][AlCa_EcalPhiSym]] | [[#L1Seeds][L1_ZeroBias OR L1_SingleEG1 OR L1_SingleEG2 OR L1_DoubleEG1 OR L1_SingleHfBitCountsRing1_1 OR L1_DoubleHfBitCountsRing1_P1N1 OR L1_SingleHfRingEtSumsRing1_4 OR L1_DoubleHfRingEtSumsRing1_P4N4 OR L1_SingleHfRingEtSumsRing2_4 OR L1_DoubleHfRingEtSumsRing2_P4N4]] | 5000, 100, 100, 100, 1000, 100, 100, 100, 100, 100 | 1 | None Hz | 564.56 &#177; 1.86 Hz | !AlCa | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#AlcaEcalpi0][AlCa_EcalPi0]] | [[#L1Seeds][L1_SingleEG1 OR L1_SingleEG2 OR L1_SingleEG5 OR L1_SingleEG8 OR L1_SingleEG10 OR L1_SingleEG12 OR L1_SingleEG15 OR L1_SingleEG20 OR L1_SingleIsoEG5 OR L1_SingleIsoEG8 OR L1_SingleIsoEG10 OR L1_SingleIsoEG12 OR L1_SingleIsoEG15 OR L1_DoubleEG5 OR L1_SingleJet6U OR L1_SingleJet20U OR L1_SingleJet30U OR L1_SingleJet40U OR L1_SingleJet50U OR L1_DoubleJet30U]] | 100, 100, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 25, 1, 1, 1, 1, 1 | 1 | None Hz | !TBD Hz | !AlCa | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| | [[#AlcaEcaleta][AlCa_EcalEta]] | [[#L1Seeds][L1_SingleEG1 OR L1_SingleEG2 OR L1_SingleEG5 OR L1_SingleEG8 OR L1_SingleEG10 OR L1_SingleEG12 OR L1_SingleEG15 OR L1_SingleEG20 OR L1_SingleIsoEG5 OR L1_SingleIsoEG8 OR L1_SingleIsoEG10 OR L1_SingleIsoEG12 OR L1_SingleIsoEG15 OR L1_DoubleEG5 OR L1_SingleJet6U OR L1_SingleJet20U OR L1_SingleJet30U OR L1_SingleJet40U OR L1_SingleJet50U OR L1_DoubleJet30U]] | 100, 100, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 25, 1, 1, 1, 1, 1 | 1 | None Hz | !TBD Hz | !AlCa | 3.1.0-pre6, 2.2.6-HLT, MWGR18 |
| *[[#MonitoringGroup][Monitoring]] triggers* | *HLT path* | *L1 seeds* | *L1 prescale* | *HLT prescale* | *L1 rate* | *HLT rate* | *Trigger Type* | *Availability* |
| | [[#AlcaRpcmuonnormalisation][AlCa_RPCMuonNormalisation]] | [[#L1Seeds][L1_SingleMuOpen OR L1_SingleMu0]] | 1, 1 | 1 | None Hz | 30.49 &#177; 0.43 Hz | Monitoring | 2.2.6-HLT, MWGR18 |
| | [[#AlcaRpcmuonnohits][AlCa_RPCMuonNoHits]] | [[#L1Seeds][L1_SingleMuOpen OR L1_SingleMu0]] | 1, 1 | 1 | None Hz | 8.37 &#177; 0.23 Hz | Monitoring | 2.2.6-HLT, MWGR18 |
%TOC{title="Contents:"}%

---++ Links to the Trigger Reviews describing the algorithms and the POG/PAG triggers requests
   * [[http://indico.cern.ch/conferenceDisplay.py?confId=46867][JetMET]] triggers review
   * [[http://indico.cern.ch/conferenceDisplay.py?confId=47232][Muon]] triggers review
   * [[http://indico.cern.ch/conferenceDisplay.py?confId=47280][EGamma]] triggers review
   * [[http://indico.cern.ch/conferenceDisplay.py?confId=49079][B and Tau]] triggers review
   * [[http://indico.cern.ch/conferenceDisplay.py?confId=50015][Cross channel]] triggers review
   * [[http://indico.cern.ch/conferenceDisplay.py?confId=50016][MinBias, AlCa, Commisioning]] triggers review

---++ L1 and HLT tables references
The following L1 menus contain the L1 seeds and are compatible with this HLT menu:
   * Level 1 menu for 3.1.0-pre6: [[CMS/GlobalTriggerMenu_L1Menu_Commissioning2009_v1][L1Menu_Commissioning2009_v1]]
   * Level 1 menu for 2.2.6-HLT: [[CMS/GlobalTriggerMenu_L1Menu_Commissioning2009_v0][L1Menu_Commissioning2009_v0]]
   * Level 1 menu for MWGR18: [[CMS/GlobalTriggerMenu_L1Menu_Commissioning2009_v0][L1Menu_Commissioning2009_v0]]

The following HLT tables are available in !ConfDB:
   * !ConfDB implementation for 3.1.0-pre6: [[http://cms-project-confdb-hltdev.web.cern.ch/cms-project-confdb-hltdev/browser/convert2Html.jsp?dbName=HLTDEV&configName=/dev/CMSSW_3_1_0/pre4/8E29_V54/V2][/dev/CMSSW_3_1_0/pre4/8E29_V54/V2]]
   * !ConfDB implementation for 2.2.6-HLT: [[http://cms-project-confdb-hltdev.web.cern.ch/cms-project-confdb-hltdev/browser/convert2Html.jsp?dbName=HLTDEV&configName=/dev/CMSSW_2_2_6_HLT/8E29/V50][/dev/CMSSW_2_2_6_HLT/8E29/V50]]
   * !ConfDB implementation for MWGR18: [[http://cms-project-confdb-hltdev.web.cern.ch/cms-project-confdb-hltdev/browser/convert2Html.jsp?dbName=HLTDEV&configName=/online/cosmic/MWGR18/HLT/V9][/online/cosmic/MWGR18/HLT/V9]]

---++ Description of HLT paths for the 8E29 "core" menu


#JetsGroup
---+++ Jets trigger paths

#HltL1jet6u
---++++!! HLT_L1Jet6U
   * The L1 seed is [[#L1Seeds][L1_SingleJet6U]].
   * Description:
      * A single jet pass-through trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for Jet HLT code integration:
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]
      * [[mailto:apana@fnal.gov][Leonard Apanasevich]]

#HltJet15u
---++++!! HLT_Jet15U
   * The L1 seed is [[#L1Seeds][L1_SingleJet6U]].
   * Description:
      * A single jet trigger, requiring >= 1 jet at HLT with pT > 15 GeV.
      * The jet energy threshold is chosen based on *uncorrected* jets.
   * Contact person(s) for Jet HLT code integration:
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]
      * [[mailto:apana@fnal.gov][Leonard Apanasevich]]

#HltJet30u
---++++!! HLT_Jet30U
   * The L1 seed is [[#L1Seeds][L1_SingleJet20U]].
   * Description:
      * A single jet trigger, requiring >= 1 jet at HLT with pT > 30 GeV.
      * The jet energy threshold is chosen based on *uncorrected* jets.
   * Contact person(s) for Jet HLT code integration:
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]
      * [[mailto:apana@fnal.gov][Leonard Apanasevich]]

#HltJet50u
---++++!! HLT_Jet50U
   * The L1 seed is [[#L1Seeds][L1_SingleJet30U]].
   * Description:
      * A single jet trigger, requiring >= 1 jet at HLT with pT > 50 GeV.
      * The jet energy threshold is chosen based on *uncorrected* jets.
   * Contact person(s) for Jet HLT code integration:
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]
      * [[mailto:apana@fnal.gov][Leonard Apanasevich]]

#HltDijetave15u
---++++!! HLT_DiJetAve15U
   * The L1 seed is [[#L1Seeds][L1_SingleJet6U]].
   * Description:
      * A dijet trigger, requiring at least one pair of jets at HLT in which the average scalar pT is > 15 GeV.
      * The jet energy threshold is chosen based on *uncorrected* jets.
   * Notes:
      * This trigger is available as ==HLT_DiJetAve15U_8E29== in the 3.1.0-pre6, 2.2.6-HLT, MWGR18 table(s).
   * Contact person(s) for Jet HLT code integration:
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]
      * [[mailto:apana@fnal.gov][Leonard Apanasevich]]

#HltDijetave30u
---++++!! HLT_DiJetAve30U
   * The L1 seed is [[#L1Seeds][L1_SingleJet20U]].
   * Description:
      * A dijet trigger, requiring at least one pair of jets at HLT in which the average scalar pT is > 30 GeV.
      * The jet energy threshold is chosen based on *uncorrected* jets.
   * Notes:
      * This trigger is available as ==HLT_DiJetAve30U_8E29== in the 3.1.0-pre6, 2.2.6-HLT, MWGR18 table(s).
   * Contact person(s) for Jet HLT code integration:
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]
      * [[mailto:apana@fnal.gov][Leonard Apanasevich]]

#HltFwdjet20u
---++++!! HLT_FwdJet20U
   * The L1 seed is [[#L1Seeds][L1_IsoEG10_Jet6U_ForJet6U]].
   * Description:
      * A rapidity gap trigger, requiring at least 2 jets in the event and the sum of jet energies within the HF (3 < |eta| < 5) be less than 20 GeV.
      * The jet energy threshold is chosen based on *uncorrected* jets.
   * Contact person(s) for Jet HLT code integration:
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]
      * [[mailto:apana@fnal.gov][Leonard Apanasevich]]

#HltQuadjet15u
---++++!! HLT_QuadJet15U
   * The L1 seed is [[#L1Seeds][L1_QuadJet6U]].
   * Description:
      * A quad jet trigger, requiring >= 4 jet at HLT with pT > 15 GeV.
      * The jet energy threshold is chosen based on *uncorrected* jets.
   * Contact person(s) for Jet HLT code integration:
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]
      * [[mailto:apana@fnal.gov][Leonard Apanasevich]]
   * Contact person(s) for Top HLT code integration:
      * [[mailto:marta.felcini@cern.ch][Marta Felcini]]
      * [[mailto:javier.cuevas.maestro@cern.ch][Javier Cuevas]]


#MetGroup
---+++ MET trigger paths

#HltL1met20
---++++!! HLT_L1MET20
   * The L1 seed is [[#L1Seeds][L1_ETM20]].
   * Description:
      * A MET pass-through trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for MET HLT code integration:
      * [[mailto:lungu@fnal.gov][Gheorghe Lungu]]
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]

#HltMet35
---++++!! HLT_MET35
   * The L1 seed is [[#L1Seeds][L1_ETM30]].
   * Description:
      * A MET trigger, requiring the MET calculated at HLT be > 35 GeV.
   * Notes:
      * To be checked that the L1 threshold is not too high for the HLT threshold.
   * Contact person(s) for MET HLT code integration:
      * [[mailto:lungu@fnal.gov][Gheorghe Lungu]]
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]

#HltMet100
---++++!! HLT_MET100
   * The L1 seed is [[#L1Seeds][L1_ETM80]].
   * Description:
      * A MET trigger, requiring the MET calculated at HLT be > 100 GeV.
   * Contact person(s) for MET HLT code integration:
      * [[mailto:lungu@fnal.gov][Gheorghe Lungu]]
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]


#MuonsGroup
---+++ Muons trigger paths

#HltL1muopen
---++++!! HLT_L1MuOpen
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleMuOpen]]
      * [[#L1Seeds][ L1_SingleMu0]]
   * Description:
      * A single muon pass-through trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltL1mu
---++++!! HLT_L1Mu
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleMu7]]
      * [[#L1Seeds][ L1_DoubleMu3]]
   * Description:
      * A single muon pass-through trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltL1mu20
---++++!! HLT_L1Mu20
   * The L1 seed is [[#L1Seeds][L1_SingleMu20]].
   * Description:
      * A single muon pass-through trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltL2mu9
---++++!! HLT_L2Mu9
   * The L1 seed is [[#L1Seeds][L1_SingleMu7]].
   * Description:
      * A single muon trigger, based on the Level 2 (muon system only, no tracker) HLT muon reconstruction.
      * At least one Level 2 muon with pT > 9 GeV is required.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltL2mu11
---++++!! HLT_L2Mu11
   * The L1 seed is [[#L1Seeds][L1_SingleMu7]].
   * Description:
      * A single muon trigger, based on the Level 2 (muon system only, no tracker) HLT muon reconstruction.
      * At least one Level 2 muon with pT > 11 GeV is required.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltMu3
---++++!! HLT_Mu3
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleMuOpen]]
      * [[#L1Seeds][ L1_SingleMu0]]
      * [[#L1Seeds][ L1_SingleMu3]]
   * Description:
      * A single muon trigger, based on the Level 3 (combined muon system and tracker) HLT muon reconstruction.
      * At least one Level 3 muon with pT > 3 GeV is required.
      * The Level 3 muon is seeded by a Level 2 muon with pT > 3 GeV.
      * The two-dimensional Delta-XY between the Level 3 muon and the beam spot must be < 2 cm.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltMu5
---++++!! HLT_Mu5
   * The L1 seed is [[#L1Seeds][L1_SingleMu3]].
   * Description:
      * A single muon trigger, based on the Level 3 (combined muon system and tracker) HLT muon reconstruction.
      * At least one Level 3 muon with pT > 5 GeV is required.
      * The Level 3 muon is seeded by a Level 2 muon with pT > 4 GeV.
      * The two-dimensional Delta-XY between the Level 3 muon and the beam spot must be < 2 cm.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltMu9
---++++!! HLT_Mu9
   * The L1 seed is [[#L1Seeds][L1_SingleMu7]].
   * Description:
      * A single muon trigger, based on the Level 3 (combined muon system and tracker) HLT muon reconstruction.
      * At least one Level 3 muon with pT >9 GeV is required.
      * The Level 3 muon is seeded by a Level 2 muon with pT > 7 GeV.
      * The two-dimensional Delta-XY between the Level 3 muon and the beam spot must be < 2 cm.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltDoublemu0
---++++!! HLT_DoubleMu0
   * The L1 seed is [[#L1Seeds][L1_DoubleMuOpen]].
   * Description:
      * A double muon trigger, based on the Level 3 (combined muon system and tracker) HLT muon reconstruction.
      * At least two Level 3 muons are required, without any pT cut.
      * Each Level 3 muon is seeded by a Level 2 muon, without any pT cut.
      * The two-dimensional Delta-XY between each Level 3 muon and the beam spot must be < 2 cm.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltDoublemu3
---++++!! HLT_DoubleMu3
   * The L1 seed is [[#L1Seeds][L1_DoubleMu3]].
   * Description:
      * A double muon trigger, based on the Level 3 (combined muon system and tracker) HLT muon reconstruction.
      * At least two Level 3 muon with pT > 3 GeV are required.
      * Each Level 3 muon is seeded by a Level 2 muon with pT > 3 GeV.
      * The two-dimensional Delta-XY between each Level 3 muon and the beam spot must be < 2 cm.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltL1doublemuopen
---++++!! HLT_L1DoubleMuOpen
   * The L1 seed is [[#L1Seeds][L1_DoubleMuOpen]].
   * Description:
      * A double muon pass-through trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]

#HltIsomu3
---++++!! HLT_IsoMu3
   * The L1 seed is [[#L1Seeds][L1_SingleMu3]].
   * Description:
      * A single muon trigger, based on the Level 3 (combined muon system and tracker) HLT muon reconstruction.
      * At least one Level 3 muon with pT > 3 GeV is required.
      * The Level 3 muon is seeded by a Level 2 muon with pT > 3 GeV.
      * Calorimetric isolation is required at L2.
      * Tracker isolation is required at L3.
      * The two-dimensional Delta-XY between the Level 3 muon and the beam spot must be < 2 cm.
   * Contact person(s) for Muon HLT code integration:
      * [[mailto:vlimant@cern.ch][Jean-Roch Vlimant]]


#ElectronsGroup
---+++ Electrons trigger paths

#HltL1singleeg5
---++++!! HLT_L1SingleEG5
   * The L1 seed is [[#L1Seeds][L1_SingleEG5]].
   * Description:
      * A single electron trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltL1singleeg8
---++++!! HLT_L1SingleEG8
   * The L1 seed is [[#L1Seeds][L1_SingleEG8]].
   * Description:
      * A single electron trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltEle10LwL1r
---++++!! HLT_Ele10_LW_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG5]].
   * Description:
      * A single electron trigger, using the [[#Large_window_LW][large pixel-matching window]] ("LW") at HLT.
      * The supercluster used to seed the pixel matching must have ET > 5 GeV and H/E < 0.2.
      * At least one HLT electron with ET > 10 GeV is required.
      * No isolation is required.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltEle10LwEleidL1r
---++++!! HLT_Ele10_LW_EleId_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG5]].
   * Description:
      * A single electron trigger, using the [[#Large_window_LW][large pixel-matching window]] ("LW") at HLT.
      * The supercluster used to seed the pixel matching must have ET > 5 GeV and H/E < 0.2, and pass an electron identification cut based on cluster shape variables.
      * At least one HLT electron with ET > 10 GeV is required.
      * No isolation is required.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltEle15LwL1r
---++++!! HLT_Ele15_LW_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG8]].
   * Description:
      * A single electron trigger, using the [[#Large_window_LW][large pixel-matching window]] ("LW") at HLT.
      * The supercluster used to seed the pixel matching must have ET > 5 GeV and H/E < 0.2.
      * At least one HLT electron with ET > 15 GeV is required.
      * No isolation is required.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltEle15Sc10LwL1r
---++++!! HLT_Ele15_SC10_LW_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG8]].
   * Description:
      * A single electron trigger, using the [[#Large_window_LW][large pixel-matching window]] ("LW") at HLT.
      * The supercluster used to seed the pixel matching must have ET > 5 GeV and H/E < 0.2.
      * At least one HLT electron with ET > 15 GeV is required.
      * An additional supercluster with ET > 10 GeV is required.
      * No isolation is required.
   * Notes:
      * This trigger specifies an express stream (ES) bit.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltEle20LwL1r
---++++!! HLT_Ele20_LW_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG8]].
   * Description:
      * A single electron trigger, using the [[#Large_window_LW][large pixel-matching window]] ("LW") at HLT.
      * The supercluster used to seed the pixel matching must have ET > 5 GeV and H/E < 0.2.
      * At least one HLT electron with ET > 20 GeV is required.
      * No isolation is required.
   * Notes:
      * This trigger specifies an express stream (ES) bit.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]
   * Contact person(s) for EWK PAG contact:
      * [[mailto:bryan.michael.dahmes@cern.ch][Bryan Dames]]

#HltL1doubleeg5
---++++!! HLT_L1DoubleEG5
   * The L1 seed is [[#L1Seeds][L1_DoubleEG5]].
   * Description:
      * A single double trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltDoubleele5SwL1r
---++++!! HLT_DoubleEle5_SW_L1R
   * The L1 seed is [[#L1Seeds][L1_DoubleEG5]].
   * Description:
      * A double electron trigger, using the [[#Startup_window_LW][startup pixel-matching window]] ("SW") at HLT.
      * The superclusters used to seed the pixel matching must each have ET > 5 GeV and H/E < 0.2.
      * At least two HLT electrons with ET > 5 GeV are required.
      * No isolation is required.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltDoublephoton5EeresL1r
---++++!! HLT_DoublePhoton5_eeRes_L1R
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleEG8]]
      * [[#L1Seeds][ L1_DoubleEG5]]
   * Description:
      * A double photon trigger, requiring at least two HLT photons with ET > 5 GeV.
      * An invariant mass cut is applied: M(ee) > 2.0 GeV.
      * No isolation is required.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltDoublephoton5JpsiL1r
---++++!! HLT_DoublePhoton5_Jpsi_L1R
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleEG8]]
      * [[#L1Seeds][ L1_DoubleEG5]]
   * Description:
      * A double photon trigger, requiring at least two HLT photons with ET > 5 GeV.
      * An invariant mass cut is applied:2.0 < M(ee) < 4.5 GeV.
      * No isolation is required.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltDoublephoton5UpsilonL1r
---++++!! HLT_DoublePhoton5_Upsilon_L1R
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleEG8]]
      * [[#L1Seeds][ L1_DoubleEG5]]
   * Description:
      * A double photon trigger, requiring at least two HLT photons with ET > 5 GeV.
      * An invariant mass cut is applied: 8.0 < M(ee) < 11.0 GeV.
      * No isolation is required.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]


#PhotonsGroup
---+++ Photons trigger paths

#HltPhoton10L1r
---++++!! HLT_Photon10_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG5]].
   * Description:
      * A single photon trigger, requiring at least one HLT photon with ET > 10 GeV.
      * No isolation is required.
   * Contact person(s) for Jet HLT code integration:
      * [[mailto:florent.sylvain.lacroix@cern.ch][Florent Lacroix]]
      * [[mailto:apana@fnal.gov][Leonard Apanasevich]]

#HltPhoton15L1r
---++++!! HLT_Photon15_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG8]].
   * Description:
      * A single photon trigger, requiring at least one HLT photon with ET > 15 GeV.
      * No isolation is required.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltPhoton15TrackisoL1r
---++++!! HLT_Photon15_TrackIso_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG8]].
   * Description:
      * A single photon trigger, requiring at least one HLT photon with ET > 15 GeV.
      * Track isolation is required, with 1 or 0 tracks in the isolation cone.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltPhoton15LooseecalisoL1r
---++++!! HLT_Photon15_LooseEcalIso_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG8]].
   * Description:
      * A single photon trigger, requiring at least one HLT photon with ET > 15 GeV.
      * Loose ECAL isolation is required, with < 3 GeV or 10% of the photon energy in the isolation cone.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltPhoton20L1r
---++++!! HLT_Photon20_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG8]].
   * Description:
      * A single photon trigger, requiring at least one HLT photon with ET > 20 GeV.
      * No isolation is required.
   * Notes:
      * This is a backup trigger in case the one proposed for physics needs to be prescaled.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltPhoton30L1r
---++++!! HLT_Photon30_L1R
   * The L1 seed is [[#L1Seeds][L1_SingleEG8]].
   * Description:
      * A single photon trigger, requiring at least one HLT photon with ET > 30 GeV.
      * No isolation is required.
   * Notes:
      * This trigger specifies an express stream (ES) bit.
      * This trigger is available as ==HLT_Photon30_L1R_8E29== in the 3.1.0-pre6 table(s).
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]

#HltDoublephoton10L1r
---++++!! HLT_DoublePhoton10_L1R
   * The L1 seed is [[#L1Seeds][L1_DoubleEG5]].
   * Description:
      * A double photon trigger, requiring at least two HLT photons with ET > 10 GeV.
      * No isolation is required.
   * Contact person(s) for EGamma HLT code integration:
      * [[mailto:alessio.ghezzi@cern.ch][Alessio Ghezzi]]
      * [[mailto:roberto.covarelli@cern.ch][Roberto Covarelli]]


#TauGroup
---+++ Tau trigger paths

#HltSinglelooseisotau20
---++++!! HLT_SingleLooseIsoTau20
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleTauJet20U]]
      * [[#L1Seeds][ L1_SingleJet30U]]
   * Description:
      * A single tau trigger, requiring at least one HLT tau with ET > 20 GeV.
      * A relaxed ECAL isolation cut is applied, requiring the sum of the ET in an annulus 0.15 < R < 0.5 to be &Sigma;ET < 5 GeV + 0.025 &times; ET + 0.0075 &times; ET &sup2; / GeV.
   * Notes:
      * To be checked that the ==L1_SingleTauJet20U== threshold is not too high for the HLT threshold.
   * Contact person(s) for Particle flow and Tau HLT code integration:
      * [[mailto:simone.gennai@cern.ch][Simone Gennai]]
      * [[mailto:bachtis@cern.ch][Mike Bachtis]]

#HltDoublelooseisotau15
---++++!! HLT_DoubleLooseIsoTau15
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_DoubleTauJet14U]]
      * [[#L1Seeds][ L1_DoubleJet30U]]
   * Description:
      * A double tau trigger, requiring at least two HLT taus with ET > 15 GeV.
      * A relaxed ECAL isolation cut is applied, requiring the sum of the ET in an annulus 0.15 < R < 0.5 to be &Sigma;ET < 5 GeV + 0.025 &times; ET + 0.0075 &times; ET &sup2; / GeV.
   * Contact person(s) for Particle flow and Tau HLT code integration:
      * [[mailto:simone.gennai@cern.ch][Simone Gennai]]
      * [[mailto:bachtis@cern.ch][Mike Bachtis]]


#BJetsGroup
---+++ B jets trigger paths

#HltBtagipJet50u
---++++!! HLT_BTagIP_Jet50U
   * The L1 seed is [[#L1Seeds][L1_SingleJet30U]].
   * Description:
      * A single jet lifetime-based b-tag trigger, requiring >= 1 jet at L2 with pT > 50 GeV.
      * The 50 GeV threshold is chosen based on *unorrected* jets.
      * One of the four highest-ET jets is required to pass a loose lifetime b-tagging cuts, based on STARTUP tracker alignment.
   * Notes:
      * This trigger specifies an express stream (ES) bit.
   * Contact person(s) for BTag HLT code integration:
      * [[mailto:andrea.bocci@cern.ch][Andrea Bocci]]

#HltBtagmuJet10u
---++++!! HLT_BTagMu_Jet10U
   * The L1 seed is [[#L1Seeds][L1_Mu3_Jet6U]].
   * Description:
      * A single jet soft muon b-tag trigger, requiring >= 1 jet at L2 with pT > 10 GeV.
      * The 10 GeV threshold is chosen based on *uncorrected* jets.
      * It is required to have an L2 and L3 muon within one of the four highest-ET jets.
   * Notes:
      * This trigger specifies an express stream (ES) bit.
   * Contact person(s) for BTag HLT code integration:
      * [[mailto:andrea.bocci@cern.ch][Andrea Bocci]]


#AbortGapGroup
---+++ Abort Gap trigger paths

#HltStoppedhscp
---++++!! HLT_StoppedHSCP
   * The L1 seed is [[#L1Seeds][L1_SingleJet6U]].
   * Description:
      * Dedicated trigger for stopped particle search.
      * The L1 seed is a calo jet during a period of *no collisions*.
      * The HLT path applies cuts to reject HCAL noise (hltHpdFilter), constructs jets from HCAL only, and cuts on jet energy (not Et).
   * Notes:
      * The 2.2.6-HLT version is still cutting on Et instead of E.
      * This trigger is available as ==HLT_StoppedHSCP_8E29== in the 3.1.0-pre6, 2.2.6-HLT, MWGR18 table(s).
   * Contact person(s) for Developer for Exotica PAG:
      * [[mailto:jim.brooke@cern.ch][Jim Brooke]]


#CrossChannelGroup
---+++ Cross-channel trigger paths

#HltL1mu14L1singleeg10
---++++!! HLT_L1Mu14_L1SingleEG10
   * The L1 seed is a logical AND of the following L1 bits:
      * [[#L1Seeds][ L1_SingleMu14]]
      * [[#L1Seeds][ L1_SingleEG10]]
   * Description:
      * A cross-channel L1 pass-through trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for Exotica HLT code integration:
      * [[mailto:gunay@fnal.gov][Zeynep Unalan]]
      * [[mailto:chad.jarvis@cern.ch][Chad Jarvis]]

#HltL1mu14L1singlejet6u
---++++!! HLT_L1Mu14_L1SingleJet6U
   * The L1 seed is a logical AND of the following L1 bits:
      * [[#L1Seeds][ L1_SingleMu14]]
      * [[#L1Seeds][ L1_SingleJet6U]]
   * Description:
      * A cross-channel L1 pass-through trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for Exotica HLT code integration:
      * [[mailto:gunay@fnal.gov][Zeynep Unalan]]
      * [[mailto:chad.jarvis@cern.ch][Chad Jarvis]]

#HltL1mu14L1etm30
---++++!! HLT_L1Mu14_L1ETM30
   * The L1 seed is a logical AND of the following L1 bits:
      * [[#L1Seeds][ L1_SingleMu14]]
      * [[#L1Seeds][ L1_ETM30]]
   * Description:
      * A cross-channel L1 pass-through trigger.
      * No selections beyond L1 are required in the HLT.
   * Contact person(s) for Exotica HLT code integration:
      * [[mailto:gunay@fnal.gov][Zeynep Unalan]]
      * [[mailto:chad.jarvis@cern.ch][Chad Jarvis]]


#MinbiasGroup
---+++ MinBias trigger paths

#HltZerobias
---++++!! HLT_ZeroBias
   * The L1 seed is [[#L1Seeds][L1_ZeroBias]].
   * Description:
      * An unbiased trigger.
   * Notes:
      * ==L1_ZeroBias== is not available in the 2.2.6-HLT L1 trigger table; ==L1_MinBias_HTT10== is used instead.
   * Contact person(s):
      * [[mailto:david.hofman@cern.ch][David Hofman]]

#HltMinbiashcal
---++++!! HLT_MinBiasHcal
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleHfBitCountsRing1_1]]
      * [[#L1Seeds][ L1_DoubleHfBitCountsRing1_P1N1]]
      * [[#L1Seeds][ L1_SingleHfRingEtSumsRing1_4]]
      * [[#L1Seeds][ L1_DoubleHfRingEtSumsRing1_P4N4]]
      * [[#L1Seeds][ L1_SingleHfRingEtSumsRing2_4]]
      * [[#L1Seeds][ L1_DoubleHfRingEtSumsRing2_P4N4]]
   * Description:
      * At HLT, only a prescale factor is applied
   * Contact person(s):
      * [[mailto:david.hofman@cern.ch][David Hofman]]

#HltMinbiasecal
---++++!! HLT_MinBiasEcal
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleEG1]]
      * [[#L1Seeds][ L1_SingleEG2]]
      * [[#L1Seeds][ L1_DoubleEG1]]
   * Description:
      * At HLT, only a prescale factor is applied
   * Notes:
      * ==L1_SingleEG1== will be masked in favor of ==L1_SingleEG2== if the ECAL noise is too high.
   * Contact person(s):
      * [[mailto:david.hofman@cern.ch][David Hofman]]

#HltMinbiaspixel
---++++!! HLT_MinBiasPixel
   * The L1 seed is [[#L1Seeds][L1_MinBias_HTT10]].
   * Description:
      * There must be 2 (default) tracks with pT above 0.2 GeV/c and having same origin (within 1 cm in |z|)
   * Notes:
      * ==L1_MinBias_HTT10== has been used for technical reasons. The L1 seed in the final configuration will be ==L1_ZeroBias==
   * Contact person(s):
      * [[mailto:mika.huhtinen@cern.ch][Mika Huhtinen]]

#HltMinbiaspixelTrk5
---++++!! HLT_MinBiasPixel_Trk5
   * The L1 seed is [[#L1Seeds][L1_MinBias_HTT10]].
   * Description:
      * There must be 2 (default) tracks with pT above 0.2 GeV/c and having same origin (within 1 cm in |z|)
   * Notes:
      * ==L1_MinBias_HTT10== has been used for technical reasons. The L1 seed in the final configuration will be ==L1_ZeroBias==
   * Contact person(s):
      * [[mailto:mika.huhtinen@cern.ch][Mika Huhtinen]]


#CommissioningGroup
---+++ Commissioning trigger paths

#HltCscbeamhalo
---++++!! HLT_CSCBeamHalo
   * The L1 seed is [[#L1Seeds][L1_SingleMuBeamHalo]].
   * Description:
      * Selects events that pass the L1_SingleMuBeamHalo bit (all CSC beam-halo).
      * No selections beyond L1 are required in the HLT.
   * Contact person(s):
      * [[mailto:joseph.anthony.gartner.iii@cern.ch][Joseph Gartner]]
      * [[mailto:pivarski@fnal.gov][Jim Pivarski]]

#HltCscbeamhalooverlapring1
---++++!! HLT_CSCBeamHaloOverlapRing1
   * The L1 seed is [[#L1Seeds][L1_SingleMuBeamHalo]].
   * Description:
      * Selects events that pass the L1_SingleMuBeamHalo bit (all CSC beam-halo)..
      * Requires a pattern of CSC RecHits that indicate that the muon has passed through the narrow overlap region in pairs of neighboring chambers, in the CSC inner ring (ring 1).
      * This represents a ~1/50 reduction in rate, and these events are very valuable for alignment
   * Contact person(s):
      * [[mailto:joseph.anthony.gartner.iii@cern.ch][Joseph Gartner]]
      * [[mailto:pivarski@fnal.gov][Jim Pivarski]]

#HltCscbeamhalooverlapring2
---++++!! HLT_CSCBeamHaloOverlapRing2
   * The L1 seed is [[#L1Seeds][L1_SingleMuBeamHalo]].
   * Description:
      * Selects events that pass the L1_SingleMuBeamHalo bit (all CSC beam-halo)..
      * Requires a pattern of CSC RecHits that indicate that the muon has passed through the narrow overlap region in pairs of neighboring chambers, in the CSC outer ring (ring 2).
      * This represents a ~1/50 reduction in rate, and these events are very valuable for alignment
   * Contact person(s):
      * [[mailto:joseph.anthony.gartner.iii@cern.ch][Joseph Gartner]]
      * [[mailto:pivarski@fnal.gov][Jim Pivarski]]

#HltCscbeamhaloring2or3
---++++!! HLT_CSCBeamHaloRing2or3
   * The L1 seed is [[#L1Seeds][L1_SingleMuBeamHalo]].
   * Description:
      * Selects events that pass the L1_SingleMuBeamHalo bit (all CSC beam-halo).
      * Additionally requires CSC RecHits in rings 2 (ME1/2, 2/2, or 3/2) or 3 (ME1/3), which are more rare and therefore more valuable.
      * This trigger has applications beyond alignment.
   * Contact person(s):
      * [[mailto:joseph.anthony.gartner.iii@cern.ch][Joseph Gartner]]
      * [[mailto:pivarski@fnal.gov][Jim Pivarski]]

#HltBackwardbsc
---++++!! HLT_BackwardBSC
   * The L1 seed is a logical OR of the following L1 technical bits:
      * [[#L1Seeds][ 38]]
      * [[#L1Seeds][ 39]]
   * Description:
      * Selects events that pass the L1 technical trigger for the Beam Scintillation Counter, for beam-halo in the tracker.
      * There are two L1 bits, corresponding to forward and backward-going beam-halo muons (from their timing), and these are passed to two HLT paths.
   * Contact person(s):
      * [[mailto:andrei.gritsan@cern.ch][Andrei Gritsan]]
      * [[mailto:yohann.kevin.tschudi@cern.ch][Yohann Tschudi]]

#HltForwardbsc
---++++!! HLT_ForwardBSC
   * The L1 seed is a logical OR of the following L1 technical bits:
      * [[#L1Seeds][ 36]]
      * [[#L1Seeds][ 37]]
   * Description:
      * Selects events that pass the L1 technical trigger for the Beam Scintillation Counter, for beam-halo in the tracker.
      * There are two L1 bits, corresponding to forward and backward-going beam-halo muons (from their timing), and these are passed to two HLT paths.
   * Contact person(s):
      * [[mailto:andrei.gritsan@cern.ch][Andrei Gritsan]]
      * [[mailto:yohann.kevin.tschudi@cern.ch][Yohann Tschudi]]

#HltTrackercosmics
---++++!! HLT_TrackerCosmics
   * The L1 seed is a logical OR of the following L1 technical bits:
      * [[#L1Seeds][ 24]]
      * [[#L1Seeds][ 25]]
      * [[#L1Seeds][ 26]]
      * [[#L1Seeds][ 27]]
      * [[#L1Seeds][ 28]]
   * Description:
      * Selects events that pass the L1 technical trigger for RPC cosmics.
      * To be made more restrictive, to select cosmic rays that actually point to the tracker (to be reviewed).
   * Contact person(s):
      * [[mailto:andrei.gritsan@cern.ch][Andrei Gritsan]]
      * [[mailto:yohann.kevin.tschudi@cern.ch][Yohann Tschudi]]


#AlcarawGroup
---+++ AlCaRAW trigger paths

#HltIsotrack
---++++!! HLT_IsoTrack
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleJet20U]]
      * [[#L1Seeds][ L1_SingleJet30U]]
      * [[#L1Seeds][ L1_SingleJet40U]]
      * [[#L1Seeds][ L1_SingleJet50U]]
      * [[#L1Seeds][ L1_SingleJet60U]]
      * [[#L1Seeds][ L1_SingleTauJet10U]]
      * [[#L1Seeds][ L1_SingleTauJet20U]]
      * [[#L1Seeds][ L1_SingleTauJet30U]]
      * [[#L1Seeds][ L1_SingleTauJet50U]]
   * Description:
      * For HCAL calibration.
   * Notes:
      * This trigger is available as ==HLT_IsoTrack_8E29== in the 3.1.0-pre6, 2.2.6-HLT, MWGR18 table(s).
   * Contact person(s) for AlCa code integration:
      * [[mailto:stephanie.beauceron@cern.ch][Stephanie Beauceron]]
      * [[mailto:pivarski@fnal.gov][Jim Pivarski]]

#AlcaHcalphisym
---++++!! AlCa_HcalPhiSym
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleEG1]]
      * [[#L1Seeds][ L1_SingleEG2]]
      * [[#L1Seeds][ L1_DoubleEG1]]
   * Description:
      * The path is asking for having at least one HCALRecHit with > 0 MeV in any of HCAL subdetector.
      * *Only* HcalRecHit collection will be stored from that events.
      * This path should run only on the interspersed *non-zero-suppressed* events.
      * The filter to implement this functionality is still missing.
      * Typical events size is ~100 kB.
   * Notes:
      * ==L1_SingleEG1== will be masked in favor of ==L1_SingleEG2== if the ECAL noise is too high.
   * Contact person(s) for AlCa code integration:
      * [[mailto:stephanie.beauceron@cern.ch][Stephanie Beauceron]]
      * [[mailto:pivarski@fnal.gov][Jim Pivarski]]

#AlcaEcalphisym
---++++!! AlCa_EcalPhiSym
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_ZeroBias]]
      * [[#L1Seeds][ L1_SingleEG1]]
      * [[#L1Seeds][ L1_SingleEG2]]
      * [[#L1Seeds][ L1_DoubleEG1]]
      * [[#L1Seeds][ L1_SingleHfBitCountsRing1_1]]
      * [[#L1Seeds][ L1_DoubleHfBitCountsRing1_P1N1]]
      * [[#L1Seeds][ L1_SingleHfRingEtSumsRing1_4]]
      * [[#L1Seeds][ L1_DoubleHfRingEtSumsRing1_P4N4]]
      * [[#L1Seeds][ L1_SingleHfRingEtSumsRing2_4]]
      * [[#L1Seeds][ L1_DoubleHfRingEtSumsRing2_P4N4]]
   * Description:
      * The path is asking for at least one RecHit with > 150 MeV in the barrel or > 750 MeV in the endcap.
      * *Only* EcalRecHit collection will be stored from that events.
      * Typical events size is ~3 kB.
   * Notes:
      * ==L1_ZeroBias== is not available in the 2.2.6-HLT L1 trigger table.
      * ==L1_SingleEG1== will be masked in favor of ==L1_SingleEG2== if the ECAL noise is too high.
   * Contact person(s) for AlCa code integration:
      * [[mailto:stephanie.beauceron@cern.ch][Stephanie Beauceron]]
      * [[mailto:pivarski@fnal.gov][Jim Pivarski]]

#AlcaEcalpi0
---++++!! AlCa_EcalPi0
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleEG1]]
      * [[#L1Seeds][ L1_SingleEG2]]
      * [[#L1Seeds][ L1_SingleEG5]]
      * [[#L1Seeds][ L1_SingleEG8]]
      * [[#L1Seeds][ L1_SingleEG10]]
      * [[#L1Seeds][ L1_SingleEG12]]
      * [[#L1Seeds][ L1_SingleEG15]]
      * [[#L1Seeds][ L1_SingleEG20]]
      * [[#L1Seeds][ L1_SingleIsoEG5]]
      * [[#L1Seeds][ L1_SingleIsoEG8]]
      * [[#L1Seeds][ L1_SingleIsoEG10]]
      * [[#L1Seeds][ L1_SingleIsoEG12]]
      * [[#L1Seeds][ L1_SingleIsoEG15]]
      * [[#L1Seeds][ L1_DoubleEG5]]
      * [[#L1Seeds][ L1_SingleJet6U]]
      * [[#L1Seeds][ L1_SingleJet20U]]
      * [[#L1Seeds][ L1_SingleJet30U]]
      * [[#L1Seeds][ L1_SingleJet40U]]
      * [[#L1Seeds][ L1_SingleJet50U]]
      * [[#L1Seeds][ L1_DoubleJet30U]]
   * Description:
      * The path is asking at least one pi0 candidate which is reconstructed as two 3x3 cluster in ECAL with the following selection.
      * Each of the seed crystal should have at least 500 MeV.
      * Each of the cluster should have at leat Pt>900 MeV.
      * Each of the clusters should have E2x2/E3x3 > 0.8 (barrel) or > 0.85 (endcap).
      * The 2 clusters should be separated in DR 0.2 and in Deta 0.05.
      * The pi0 candidate should have at least Pt > 2 GeV.
      * The invariant mass of the pi0 candidate should be in the window [0.06,0.22] GeV (barrel) or [0.05,0.3] GeV (endcap).
      * Only ECALRecHit *around* the pi0 candidates are saved (~18 crystals as mean value).
      * Typical events size ~1.5 kB.
   * Notes:
      * ==L1_SingleEG1== will be masked in favor of ==L1_SingleEG2== if the ECAL noise is too high.
      * This trigger is available as ==AlCa_EcalPi0_8E29== in the 2.2.6-HLT, MWGR18 table(s).
   * Contact person(s) for AlCa code integration:
      * [[mailto:stephanie.beauceron@cern.ch][Stephanie Beauceron]]
      * [[mailto:pivarski@fnal.gov][Jim Pivarski]]

#AlcaEcaleta
---++++!! AlCa_EcalEta
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleEG1]]
      * [[#L1Seeds][ L1_SingleEG2]]
      * [[#L1Seeds][ L1_SingleEG5]]
      * [[#L1Seeds][ L1_SingleEG8]]
      * [[#L1Seeds][ L1_SingleEG10]]
      * [[#L1Seeds][ L1_SingleEG12]]
      * [[#L1Seeds][ L1_SingleEG15]]
      * [[#L1Seeds][ L1_SingleEG20]]
      * [[#L1Seeds][ L1_SingleIsoEG5]]
      * [[#L1Seeds][ L1_SingleIsoEG8]]
      * [[#L1Seeds][ L1_SingleIsoEG10]]
      * [[#L1Seeds][ L1_SingleIsoEG12]]
      * [[#L1Seeds][ L1_SingleIsoEG15]]
      * [[#L1Seeds][ L1_DoubleEG5]]
      * [[#L1Seeds][ L1_SingleJet6U]]
      * [[#L1Seeds][ L1_SingleJet20U]]
      * [[#L1Seeds][ L1_SingleJet30U]]
      * [[#L1Seeds][ L1_SingleJet40U]]
      * [[#L1Seeds][ L1_SingleJet50U]]
      * [[#L1Seeds][ L1_DoubleJet30U]]
   * Description:
      * Similar to AlCa_EcalPi0, but look for eta.
   * Notes:
      * This trigger is available as ==AlCa_EcalEta_8E29== in the 2.2.6-HLT, MWGR18 table(s).
   * Contact person(s) for AlCa code integration:
      * [[mailto:stephanie.beauceron@cern.ch][Stephanie Beauceron]]
      * [[mailto:pivarski@fnal.gov][Jim Pivarski]]


#MonitoringGroup
---+++ Monitoring trigger paths

#AlcaRpcmuonnormalisation
---++++!! AlCa_RPCMuonNormalisation
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleMuOpen]]
      * [[#L1Seeds][ L1_SingleMu0]]
   * Description:
      * This path is a copy of HLT_L1MuOpen up to |eta|<1.6 following the coverage of RPC chambers.
      * The events recorded by such path will be used by RPC people in order to normalize their efficiency calculation.
      * The output of the path is composed of Digis and RecHits from each muon subdetector.
   * Notes:
      * These two paths are needed for monitoring the RPC chambers. The statement AlCa_ only signify that they are part of a dedicated stream (not that they are part of Alignement/Claibration workflow)
   * Contact person(s) for AlCa code integration:
      * [[mailto:stephanie.beauceron@cern.ch][Stephanie Beauceron]]

#AlcaRpcmuonnohits
---++++!! AlCa_RPCMuonNoHits
   * The L1 seed is a logical OR of the following L1 bits:
      * [[#L1Seeds][ L1_SingleMuOpen]]
      * [[#L1Seeds][ L1_SingleMu0]]
   * Description:
      * This path is seeded by the same L1 seeds that the previous one and go up to |eta|<1.6.
      * It will select "pathological" events for RPC: events where DT or CSC have seen muon hits but not RPC chambers.
      * The selection of the event is based on L1MuonQuality bit (== 6).
      * The output of the path is composed of Digis and RecHits from each muon subdetector.
   * Notes:
      * These two paths are needed for monitoring the RPC chambers. The statement AlCa_ only signify that they are part of a dedicated stream (not that they are part of Alignement/Claibration workflow)
   * Contact person(s) for AlCa code integration:
      * [[mailto:stephanie.beauceron@cern.ch][Stephanie Beauceron]]


%INCLUDE{"CMS/TSG_18_II_09_Common"}%

---------
The tables and algorthm descriptions presented here are to be considered /frozen/ - please do not edit them.

The additional comments are included from a [[CMS/TSG_18_II_09_Common][sub-topic]] - please do not edith those, either.
Topic revision: r2 - 2009-04-29 - AndreaBocci
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