From 98a8db48c2eabe3d930e877b738abb0a753f1f1d Mon Sep 17 00:00:00 2001 From: Zhenbin Wu Date: Mon, 1 Aug 2016 08:06:51 -0500 Subject: [PATCH] Remove old menus --- macros/menu/Menu_259721_Stage1_Tune.txt | 122 ------- macros/menu/Menu_259721_Stage2_Tune.txt | 122 ------- macros/menu/Menu_259721_TSGv3_FixPre_EG.txt | 158 --------- macros/menu/Menu_259721_TSGv3_FixPre_Mu16.txt | 152 --------- macros/menu/Menu_259721_TSGv3_FixPre_Mu18.txt | 153 --------- macros/menu/Menu_259721_TSGv4_FixPre.txt | 299 ------------------ macros/menu/Menu_259721_TSGv4_Prescales.txt | 298 ----------------- macros/menu/Menu_259721_TSGv5_Prescales.txt | 262 --------------- 8 files changed, 1566 deletions(-) delete mode 100644 macros/menu/Menu_259721_Stage1_Tune.txt delete mode 100644 macros/menu/Menu_259721_Stage2_Tune.txt delete mode 100644 macros/menu/Menu_259721_TSGv3_FixPre_EG.txt delete mode 100644 macros/menu/Menu_259721_TSGv3_FixPre_Mu16.txt delete mode 100644 macros/menu/Menu_259721_TSGv3_FixPre_Mu18.txt delete mode 100644 macros/menu/Menu_259721_TSGv4_FixPre.txt delete mode 100644 macros/menu/Menu_259721_TSGv4_Prescales.txt delete mode 100644 macros/menu/Menu_259721_TSGv5_Prescales.txt diff --git a/macros/menu/Menu_259721_Stage1_Tune.txt b/macros/menu/Menu_259721_Stage1_Tune.txt deleted file mode 100644 index 6a2f00b..0000000 --- a/macros/menu/Menu_259721_Stage1_Tune.txt +++ /dev/null @@ -1,122 +0,0 @@ -# Based on Andrea's plot, 22pu -> 60kHz -## Assume 20% for ETM, HF jets and ETM with HF rates -## Assume 10kHz for Zero bias -## Assume bptx trigger rates are PU independant, get them from WBM -## Menu rate = 60 * (1-20%) - 10 - (538.21 + 1098.09 + 237) / 1000 = 36.1267 -# L1Seed Bit Prescale POG PAG -L1_TripleMu_5_5_3 98 1 Mu HIGGS -L1_TripleMu0 97 1 Mu HIGGS,BPH -L1_TripleJet_92_76_64_VBF 119 1 Jet HIGGS -L1_TripleJet_84_68_48_VBF 120 1 Jet HIGGS -L1_TripleEG_14_10_8 100 1 EG HIGGS -# L1_SingleMuOpen 55 -1 Mu EXO #Masked in WBM -L1_SingleMu7 3 250 Mu HIGGS,EXO,BPH,SUSY -L1_SingleMu5 58 500 Mu HIGGS,EXO,SUSY -L1_SingleMu30 65 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu25 64 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu20er 60 1 Mu HIGGS,EXO -L1_SingleMu20 62 1 Mu HIGGS,EXO -L1_SingleMu16er 86 1 Mu HIGGS,EXO,SMP -L1_SingleMu16 56 1 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G -L1_SingleMu14er 42 50 Mu HIGGS,EXO,SMP,SUSY,B2G -L1_SingleMu12 61 50 Mu HIGGS,SUSY -L1_SingleJet92 19 200 Jet SMP # Stage1 Jet92 Eff110; Stage 2 Jet92 Eff103 -L1_SingleJet65 18 150 Jet SMP # Stage1 Jet68 Eff80; Stage 2 Jet68 Eff 84; -> Lower to 65 -L1_SingleJet52 17 800 Jet EXO,SMP # Stage1 Jet52, Eff65; Stage2 Jet52, Eff66 -L1_SingleJet36 23 1500 Jet # Stage 1 Eff 52; Stage2 Eff 52 -L1_SingleJet200 22 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet176 21 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet128 20 1 Jet EXO,SMP,SUSY,B2G # Stage1 Jet128, Eff~180; Stage2 Eff 154 -L1_SingleIsoEG30er 36 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G # Stage1 EG30, Eff39 -L1_SingleIsoEG25er 33 1 EG HIGGS,SMP # Stage1 EG25, Eff32 -L1_SingleIsoEG25 34 1 EG # Stage1 EG25, Eff32 -L1_SingleIsoEG22er 38 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G # Stage1 EG22, Eff30 -L1_SingleIsoEG20er 51 1 EG TOP # Stage1 EG20, Eff29 -L1_SingleIsoEG20 16 1 EG # Stage1 EG20, Eff29 -L1_SingleIsoEG18er 50 1 EG HIGGS # Stage1 EG18, Eff26 -L1_SingleEG40 49 1 EG HIGGS,SMP # Stage1 EG40, Eff51 -L1_SingleEG35 54 1 EG EXO # Stage1 EG35, Eff45 -L1_SingleEG30 53 1 EG EXO,SMP # Stage1 EG30, Eff39 -L1_SingleEG25 48 1 EG HIGGS,EXO,SMP,B2G # Stage1 EG25, Eff32 -L1_SingleEG20 52 1 EG HIGGS # Stage1 EG20, Eff29 -L1_SingleEG15 4 200 EG HIGGS # Stage1 EG15, Eff25 -L1_SingleEG10 37 1500 EG HIGGS # Stage1 EG10, Eff24/23 -L1_QuadMu0 121 1 Mu BPH -L1_QuadJetC60 111 1 Jet EXO,SUSY,B2G -L1_QuadJetC40 46 1 Jet EXO,SUSY,B2G -L1_QuadJetC36_TauJet52 93 2 Jet HIGGS -L1_Mu8_HTT50 63 1 MuSum SUSY -L1_Mu6_HTT100 87 1 MuSum EXO -L1_Mu6_DoubleEG10 77 1 MuEG HIGGS -L1_Mu5_IsoEG18 76 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_Mu5_EG20 75 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_Mu5_EG15 10 1 MuEG HIGGS -L1_Mu4_EG18 88 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_Mu3_JetC52_WdEtaPhi2 30 1 MuJet EXO -L1_Mu3_JetC16_WdEtaPhi2 29 500 MuJet -L1_Mu20_EG10 74 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_Mu16er_TauJet20er 13 1 MuTau HIGGS -L1_Mu16er_IsoTau32er 25 1 MuTau -L1_Mu16er_IsoTau28er 96 1 MuTau -L1_Mu12_EG10 9 1 MuEG HIGGS -L1_Jet32MuOpen_Mu10_dPhiMu_Mu1 107 1 MuJet SUSY -L1_Jet32MuOpen_EG10_dPhiMu_EG1 108 10 EGJet SUSY -L1_IsoEG20er_TauJet20er_NotWdEta0 12 1 EGTau HIGGS -L1_HTT250 80 1 Sum EXO,SUSY,B2G -L1_HTT200 73 1 Sum EXO,SUSY,B2G -L1_HTT175 72 1 Sum EXO,SUSY,B2G -L1_HTT150 71 1 Sum EXO,SUSY,B2G -L1_HTT125 70 1 Sum EXO,SUSY,B2G -L1_HTT100 15 1 Sum EXO,SUSY,B2G -L1_EG25er_HTT100 31 1 EGSum HIGGS -L1_DoubleTauJet40er 11 1 Jet -L1_DoubleMu7_EG7 85 1 MuEG HIGGS -L1_DoubleMu6_EG6 90 1 MuEG HIGGS -L1_DoubleMu_12_5 124 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_10_Open 44 100 Mu -L1_DoubleMu_10_3p5 45 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_10_0_WdEta18 126 1 Mu BPH -L1_DoubleMu0_Eta1p6_WdEta18_OS 123 1 Mu BPH -L1_DoubleMu0_Eta1p6_WdEta18 114 1 Mu BPH -L1_DoubleMu0 26 60 Mu BPH -L1_DoubleJetC84 41 1 Jet EXO,SUSY -L1_DoubleJetC52 40 1000 Jet -L1_DoubleJetC112 43 1 Jet EXO,SUSY -L1_DoubleJetC100 110 1 Jet EXO,SUSY -L1_DoubleIsoTau40er 118 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau36er 117 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau32er 24 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau28er 116 1 Tau HIGGS,EXO,SUSY -L1_DoubleEG6_HTT150 92 1 EGSum SUSY -L1_DoubleEG_22_10 102 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G # Stage1 EG22, Eff30 -L1_DoubleEG_15_10 101 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G # Stage1 EG15, Eff25 -#### Bptx (counted constant rate ) -# L1_SingleMuOpen_NotBptxOR 89 1 Mu EXO # WBM 538.21Hz -# L1_SingleJetC32_NotBptxOR 78 1 Jet # WBM 1098.09Hz -# L1_SingleJetC20_NotBptxOR 112 1 Jet # WBM 237Hz -# L1_SingleEG2_BptxAND 2 -1 EG HIGGS # masked -# L1_ETT15_BptxAND 5 1 Sum # masked -#### Zerobias (assigned flat 10kHz) -# L1_ZeroBias 0 631 Tech -### Not bold in WBM -# L1_HTT75 8 1 Sum EXO,SUSY,B2G # Not blod in WBM (4kHz) -# L1_Mu5_DoubleEG5 91 1 MuEG HIGGS # Not blod in WBM (3kHz) -# L1_SingleEG5 47 1 EG HIGGS # Not blod in WBM (968kHz) -# L1_DoubleMuOpen 32 1 Mu # Not blod in WBM (22kHz) -### ETM (estimated as 15% of total rate) -L1_DoubleJetC56_ETM60 113 1 JetSum, HIGGS,SUSY -L1_ETT60 7 1 Sum -L1_ETT40 6 1 Sum -L1_ETM70 68 1 Sum HIGGS,EXO,SUSY,B2G -L1_ETM60 109 1 Sum HIGGS,EXO -L1_ETM50 67 1 Sum HIGGS,EXO,SUSY,B2G -L1_ETM40 79 1000 Sum -L1_ETM30 66 400 Sum EXO -L1_ETM100 69 1 Sum HIGGS,EXO,SUSY,B2G -L1_Mu14er_ETM30 84 1 MuSum EXO -L1_Mu10er_ETM50 83 1 MuSum EXO -L1_Mu10er_ETM30 82 1 MuSum EXO -L1_Mu0er_ETM55 104 1 MuSum SUSY -L1_Mu0er_ETM40 94 1 MuSum SUSY - -# vim: ft=python:nolbr diff --git a/macros/menu/Menu_259721_Stage2_Tune.txt b/macros/menu/Menu_259721_Stage2_Tune.txt deleted file mode 100644 index 45da2ae..0000000 --- a/macros/menu/Menu_259721_Stage2_Tune.txt +++ /dev/null @@ -1,122 +0,0 @@ -# Based on Andrea's plot, 22pu -> 60kHz -## Assume 20% for ETM, HF jets and ETM with HF rates -## Assume 10kHz for Zero bias -## Assume bptx trigger rates are PU independant, get them from WBM -## Menu rate = 60 * (1-20%) - 10 - (538.21 + 1098.09 + 237) / 1000 = 36.1267 -# L1Seed Bit Prescale POG PAG -L1_TripleMu_5_5_3 98 1 Mu HIGGS -L1_TripleMu0 97 1 Mu HIGGS,BPH -L1_TripleJet_92_76_64_VBF 119 1 Jet HIGGS -L1_TripleJet_84_68_48_VBF 120 1 Jet HIGGS -L1_TripleEG_14_10_8 100 1 EG HIGGS -# L1_SingleMuOpen 55 -1 Mu EXO #Masked in WBM -L1_SingleMu7 3 250 Mu HIGGS,EXO,BPH,SUSY -L1_SingleMu5 58 500 Mu HIGGS,EXO,SUSY -L1_SingleMu30 65 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu25 64 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu20er 60 1 Mu HIGGS,EXO -L1_SingleMu20 62 1 Mu HIGGS,EXO -L1_SingleMu16er 86 1 Mu HIGGS,EXO,SMP -L1_SingleMu16 56 1 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G -L1_SingleMu14er 42 50 Mu HIGGS,EXO,SMP,SUSY,B2G -L1_SingleMu12 61 50 Mu HIGGS,SUSY -L1_SingleJet92 19 200 Jet SMP # Stage1 Jet92 Eff110; Stage 2 Jet92 Eff103 -L1_SingleJet65 18 150 Jet SMP # Stage1 Jet68 Eff80; Stage 2 Jet68 Eff 84; -> Lower to 65 -L1_SingleJet52 17 800 Jet EXO,SMP # Stage1 Jet52, Eff65; Stage2 Jet52, Eff66 -L1_SingleJet36 23 1500 Jet # Stage 1 Eff 52; Stage2 Eff 52 -L1_SingleJet200 22 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet176 21 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet128 20 1 Jet EXO,SMP,SUSY,B2G # Stage1 Jet128, Eff~180; Stage2 Eff 154 -L1_SingleIsoEG34er 36 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G # Stage1 EG30, Eff39 -L1_SingleIsoEG27er 33 1 EG HIGGS,SMP # Stage1 EG25, Eff32 -L1_SingleIsoEG27 34 1 EG # Stage1 EG25, Eff32 -L1_SingleIsoEG24er 38 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G # Stage1 EG22, Eff30 -L1_SingleIsoEG23er 51 1 EG TOP # Stage1 EG20, Eff29 -L1_SingleIsoEG23 16 1 EG # Stage1 EG20, Eff29 -L1_SingleIsoEG20er 50 1 EG HIGGS # Stage1 EG18, Eff26 -L1_SingleEG45 49 1 EG HIGGS,SMP # Stage1 EG40, Eff51 -L1_SingleEG40 54 1 EG EXO # Stage1 EG35, Eff45 -L1_SingleEG34 53 1 EG EXO,SMP # Stage1 EG30, Eff39 -L1_SingleEG27 48 1 EG HIGGS,EXO,SMP,B2G # Stage1 EG25, Eff32 -L1_SingleEG23 52 1 EG HIGGS # Stage1 EG20, Eff29 -L1_SingleEG18 4 200 EG HIGGS # Stage1 EG15, Eff25 -L1_SingleEG17 37 1500 EG HIGGS # Stage1 EG10, Eff24/23 -L1_QuadMu0 121 1 Mu BPH -L1_QuadJetC60 111 1 Jet EXO,SUSY,B2G -L1_QuadJetC40 46 1 Jet EXO,SUSY,B2G -L1_QuadJetC36_TauJet52 93 2 Jet HIGGS -L1_Mu8_HTT50 63 1 MuSum SUSY -L1_Mu6_HTT100 87 1 MuSum EXO -L1_Mu6_DoubleEG10 77 1 MuEG HIGGS -L1_Mu5_IsoEG18 76 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_Mu5_EG20 75 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_Mu5_EG15 10 1 MuEG HIGGS -L1_Mu4_EG18 88 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_Mu3_JetC52_WdEtaPhi2 30 1 MuJet EXO -L1_Mu3_JetC16_WdEtaPhi2 29 500 MuJet -L1_Mu20_EG10 74 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_Mu16er_TauJet20er 13 1 MuTau HIGGS -L1_Mu16er_IsoTau32er 25 1 MuTau -L1_Mu16er_IsoTau28er 96 1 MuTau -L1_Mu12_EG10 9 1 MuEG HIGGS -L1_Jet32MuOpen_Mu10_dPhiMu_Mu1 107 1 MuJet SUSY -L1_Jet32MuOpen_EG10_dPhiMu_EG1 108 10 EGJet SUSY -L1_IsoEG20er_TauJet20er_NotWdEta0 12 1 EGTau HIGGS -L1_HTT250 80 1 Sum EXO,SUSY,B2G -L1_HTT200 73 1 Sum EXO,SUSY,B2G -L1_HTT175 72 1 Sum EXO,SUSY,B2G -L1_HTT150 71 1 Sum EXO,SUSY,B2G -L1_HTT125 70 1 Sum EXO,SUSY,B2G -L1_HTT100 15 1 Sum EXO,SUSY,B2G -L1_EG25er_HTT100 31 1 EGSum HIGGS -L1_DoubleTauJet40er 11 1 Jet -L1_DoubleMu7_EG7 85 1 MuEG HIGGS -L1_DoubleMu6_EG6 90 1 MuEG HIGGS -L1_DoubleMu_12_5 124 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_10_Open 44 100 Mu -L1_DoubleMu_10_3p5 45 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_10_0_WdEta18 126 1 Mu BPH -L1_DoubleMu0_Eta1p6_WdEta18_OS 123 1 Mu BPH -L1_DoubleMu0_Eta1p6_WdEta18 114 1 Mu BPH -L1_DoubleMu0 26 60 Mu BPH -L1_DoubleJetC84 41 1 Jet EXO,SUSY -L1_DoubleJetC52 40 1000 Jet -L1_DoubleJetC112 43 1 Jet EXO,SUSY -L1_DoubleJetC100 110 1 Jet EXO,SUSY -L1_DoubleIsoTau40er 118 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau36er 117 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau32er 24 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau28er 116 1 Tau HIGGS,EXO,SUSY -L1_DoubleEG6_HTT150 92 1 EGSum SUSY -L1_DoubleEG_24_10 102 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G # Stage1 EG22, Eff30 -L1_DoubleEG_18_10 101 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G # Stage1 EG15, Eff25 -#### Bptx (counted constant rate ) -# L1_SingleMuOpen_NotBptxOR 89 1 Mu EXO # WBM 538.21Hz -# L1_SingleJetC32_NotBptxOR 78 1 Jet # WBM 1098.09Hz -# L1_SingleJetC20_NotBptxOR 112 1 Jet # WBM 237Hz -# L1_SingleEG2_BptxAND 2 -1 EG HIGGS # masked -# L1_ETT15_BptxAND 5 1 Sum # masked -#### Zerobias (assigned flat 10kHz) -# L1_ZeroBias 0 631 Tech -### Not bold in WBM -# L1_HTT75 8 1 Sum EXO,SUSY,B2G # Not blod in WBM (4kHz) -# L1_Mu5_DoubleEG5 91 1 MuEG HIGGS # Not blod in WBM (3kHz) -# L1_SingleEG5 47 1 EG HIGGS # Not blod in WBM (968kHz) -# L1_DoubleMuOpen 32 1 Mu # Not blod in WBM (22kHz) -### ETM (estimated as 15% of total rate) -# L1_DoubleJetC56_ETM60 113 1 JetSum, HIGGS,SUSY -# L1_ETT60 7 1 Sum -# L1_ETT40 6 1 Sum -# L1_ETM70 68 1 Sum HIGGS,EXO,SUSY,B2G -# L1_ETM60 109 1 Sum HIGGS,EXO -# L1_ETM50 67 1 Sum HIGGS,EXO,SUSY,B2G -# L1_ETM40 79 1000 Sum -# L1_ETM30 66 400 Sum EXO -# L1_ETM100 69 1 Sum HIGGS,EXO,SUSY,B2G -# L1_Mu14er_ETM30 84 1 MuSum EXO -# L1_Mu10er_ETM50 83 1 MuSum EXO -# L1_Mu10er_ETM30 82 1 MuSum EXO -# L1_Mu0er_ETM55 104 1 MuSum SUSY -# L1_Mu0er_ETM40 94 1 MuSum SUSY - -# vim: ft=python:nolbr diff --git a/macros/menu/Menu_259721_TSGv3_FixPre_EG.txt b/macros/menu/Menu_259721_TSGv3_FixPre_EG.txt deleted file mode 100644 index c4bc1c0..0000000 --- a/macros/menu/Menu_259721_TSGv3_FixPre_EG.txt +++ /dev/null @@ -1,158 +0,0 @@ -## Start with 100kHz for 1.2e34 -## Assume 20kHz for ETM, and ETM with HF rates -## Assume 1kHz for Zero bias (originally 10kHz) -## Assume bptx trigger rates are PU independant, get them from WBM -## Assume 1kHz for bxpt seeds (originally 2kHz) -## Assume 5kHz for prescale rate (masked in this menu) -## Menu rate = 100 - 20 - 1 - 1 - 5 = 73kHz - -## EG map from https://indico.cern.ch/event/493290/contribution/2/attachments/1221650/1786361/Zhenbin_Stage2_L1Menu.pdf -## HT map from https://indico.cern.ch/event/502206/contribution/2/attachments/1233163/1809079/Zhenbin_Stage2_Calov0.pdf - -#============================================================================# -#------------------------------- Menu -------------------------------# -#============================================================================# -# L1Seed Bit Prescale POG PAG -#L1_ZeroBias 0 631 Tech #Assumed 1kHz flat - -#L1_SingleMu5 58 500 Mu HIGGS,EXO,SUSY -#L1_SingleMu7 3 250 Mu HIGGS,EXO,BPH,SUSY -#L1_SingleMu12 61 50 Mu HIGGS,SUSY -#L1_SingleMu16 56 1 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G#(19kHz with 2kHz pure, mark) -#L1_SingleMu18 56 1 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G#Stage2 new (14kHz with 930Hz pure) -#L1_SingleMu20 62 1 Mu HIGGS,EXO #(10kHz with 1kHz pure, mark) -L1_SingleMu25 64 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu30 65 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -#L1_SingleMu14er 42 50 Mu HIGGS,EXO,SMP,SUSY,B2G -#L1_SingleMu16er 86 1 Mu HIGGS,EXO,SMP #(5kHz pure rate, mark) -L1_SingleMu18er 86 1 Mu HIGGS,EXO,SMP #(5kHz pure rate, mark) -L1_SingleMu20er 60 1 Mu HIGGS,EXO - -#L1_DoubleMu0 26 60 Mu BPH -#L1_DoubleMu_10_Open 44 100 Mu -L1_DoubleMu_10_3p5 45 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G #(4KHz, not mask yet) -L1_DoubleMu_12_5 124 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -#L1_DoubleMu0_Eta1p6_WdEta18 114 1 Mu BPH -#L1_DoubleMu0_Eta1p6_WdEta18_OS 123 1 Mu BPH #No muon charges, mask for now -L1_DoubleMu_10_0_WdEta18 126 1 Mu BPH - -#L1_TripleMu0 97 1 Mu HIGGS,BPH -L1_TripleMu_5_5_3 98 1 Mu HIGGS -L1_QuadMu0 121 1 Mu BPH - -#L1_SingleEG17 37 1500 EG HIGGS #Stage1 EG10, Eff24/23 -#L1_SingleEG18 4 200 EG HIGGS #Stage1 EG15, Eff25 -#L1_SingleEG23 52 1 EG HIGGS #Stage1 EG20, Eff29 -#L1_SingleEG27 48 1 EG HIGGS,EXO,SMP,B2G #Stage1 EG25, Eff32 (10kHz pure rate, stop) -#L1_SingleEG30 48 1 EG HIGGS,EXO,SMP,B2G #Stage2, between Stage1 EG25~30 (25kHz, 4kHz pure rate) -L1_SingleEG34 53 1 EG EXO,SMP #Stage1 EG30, Eff39 -L1_SingleEG40 54 1 EG EXO #Stage1 EG35, Eff45 -L1_SingleEG45 49 1 EG HIGGS,SMP #Stage1 EG40, Eff51 -L1_SingleIsoEG24 16 1 EG #Stage1 EG20, Eff29 (25kHz, 5kHz pure for all IsoEG) -L1_SingleIsoEG27 34 1 EG #Stage1 EG25, Eff32 -L1_SingleIsoEG22er 50 1 EG HIGGS #Stage1 EG18, Eff26 -#L1_SingleIsoEG20er 50 1 EG HIGGS #Stage1 EG18, Eff26 -#L1_SingleIsoEG21er 150 1 EG HIGGS #Stage1 EG18, Eff26 -#L1_SingleIsoEG22er 250 1 EG HIGGS #Stage1 EG18, Eff26 -#L1_SingleIsoEG23er 51 1 EG TOP #Stage1 EG20, Eff29 (2.4kHz pure rate, too close to EG24er. Stop) -#L1_SingleIsoEG24er 38 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG22, Eff30 (Next is IsoEG23er, too close) -L1_SingleIsoEG27er 33 1 EG HIGGS,SMP #Stage1 EG25, Eff32 -L1_SingleIsoEG34er 36 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG30, Eff39 - -L1_DoubleEG_18_17 101 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG15, Eff25 (13kHz, 5kHz pure, stop) -L1_DoubleEG_24_17 102 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG22, Eff30 -L1_TripleEG_18_17_8 100 1 EG HIGGS #Stage1 EG14(~15), Eff 24; EG10, Eff24 - -#L1_DoubleTauJet40er 11 1 Jet -#L1_DoubleIsoTau28er 116 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau32er 24 1 Tau HIGGS,EXO,SUSY #(9.5kHz, 730Hz pure, mark) -L1_DoubleIsoTau36er 117 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau40er 118 1 Tau HIGGS,EXO,SUSY - -L1_Mu16er_TauJet20er 13 1 MuTau HIGGS -L1_Mu16er_IsoTau28er 96 1 MuTau -L1_Mu16er_IsoTau32er 25 1 MuTau - -#L1_SingleJet36 23 1500 Jet #Stage 1 Eff 52; Stage2 Eff 52 -#L1_SingleJet52 17 800 Jet EXO,SMP #Stage1 Jet52, Eff65; Stage2 Jet52, Eff66 -#L1_SingleJet65 18 150 Jet SMP #Stage1 Jet68 Eff80; Stage 2 Jet68 Eff 84; -> Lower to 65 -#L1_SingleJet92 19 200 Jet SMP #Stage1 Jet92 Eff110; Stage 2 Jet92 Eff103 -#L1_SingleJet128 20 1 Jet EXO,SMP,SUSY,B2G #Stage1 Jet128, Eff~180; Stage2 Eff 154 -L1_SingleJet150 20 1 Jet EXO,SMP,SUSY,B2G #Stage1 Jet128, Eff~180; Stage2 Eff 154 -L1_SingleJet176 21 1 Jet EXO,SMP,SUSY,B2G #(3.7kHz, 66Hz pure, mark) -L1_SingleJet200 22 1 Jet EXO,SMP,SUSY,B2G - -#L1_DoubleJetC52 40 1000 Jet -#L1_DoubleJetC84 41 1 Jet EXO,SUSY #(16kHz, 3.5kHz pure. stop) -L1_DoubleJetC100 110 1 Jet EXO,SUSY -L1_DoubleJetC112 43 1 Jet EXO,SUSY - -L1_TripleJet_84_68_48_VBF 120 1 Jet HIGGS -L1_TripleJet_92_76_64_VBF 119 1 Jet HIGGS -#L1_QuadJetC40 46 1 Jet EXO,SUSY,B2G #(15kHz, 7kHz pure, stop) -L1_QuadJetC60 111 1 Jet EXO,SUSY,B2G - -#L1_HTT194 15 1 Sum EXO,SUSY,B2G #Stage1 HT100, Eff237 -#L1_HTT226 70 1 Sum EXO,SUSY,B2G #Stage1 HT125, Eff270 -#L1_HTT258 71 1 Sum EXO,SUSY,B2G #Stage1 HT150, Eff304 (15kHz, 3.5kHz pure;split rate to Mu16 & HTT280) -L1_HTT280 71 1 Sum EXO,SUSY,B2G #New Stage2, higher than Stage1 HT150 -L1_HTT298 72 1 Sum EXO,SUSY,B2G #Stage1 HT175, Eff335 -L1_HTT314 73 1 Sum EXO,SUSY,B2G #Stage1 HT200, Eff360 -L1_HTT366 80 1 Sum EXO,SUSY,B2G #Stage1 HT250, Eff420 - -#L1_Mu5_EG18 10 1 MuEG HIGGS #Stage1 EG15, Eff25 (4.9kHZ, mask) -L1_Mu5_IsoEG23 76 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG18(~20), Eff 29 -L1_Mu5_EG23 75 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG20, Eff29 -#L1_Mu4_EG23 88 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG18, assuming EG20,Eff29 -#L1_Mu12_EG17 9 1 MuEG HIGGS #Stage1 EG10, Eff24 -L1_Mu20_EG17 74 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG10, Eff24 - -L1_DoubleMu7_EG17 85 1 MuEG HIGGS #Stage1 EG7(~10), Eff 24 -#L1_DoubleMu6_EG16 90 1 MuEG HIGGS #Stage1 EG6(~10), Eff 24 -L1_Mu6_DoubleEG17 77 1 MuEG HIGGS #Stage1 EG10, Eff24 - -#L1_Mu3_JetC16_WdEtaPhi2 29 500 MuJet -#L1_Mu3_JetC52_WdEtaPhi2 30 1 MuJet EXO #(5kHz, mask) - -L1_Mu6_HTT194 87 1 MuSum EXO #Stage1 HT100, Eff237 -L1_Mu8_HTT150 63 1 MuSum SUSY #Stage1 HT50, no mapping, rough 100 higher by extraplotaion -L1_EG27er_HTT194 31 1 EGSum HIGGS #Stage1 EG25, Eff32; HT100, Eff237 -L1_DoubleEG6_HTT258 92 1 EGSum SUSY #Stage1 HT150, Eff304 - -#L1_QuadJetC36_TauJet52 93 2 Jet HIGGS -L1_IsoEG23er_TauJet20er_NotWdEta0 12 1 EGTau HIGGS #Stage1 EG20, Eff29 (6.2kHz, not mask yet) -#L1_Jet32MuOpen_Mu10_dPhiMu_Mu1 107 1 MuJet SUSY -#L1_Jet32MuOpen_EG17_dPhiMu_EG1 108 10 EGJet SUSY #Stage1 EG10, Eff24 - -#============================================================================# -#---------------------------- Fixed Rate ----------------------------# -#============================================================================# -#### Bptx (counted constant rate ) -# L1_SingleMuOpen_NotBptxOR 89 1 Mu EXO # WBM 538.21Hz -# L1_SingleJetC32_NotBptxOR 78 1 Jet # WBM 1098.09Hz -# L1_SingleJetC20_NotBptxOR 112 1 Jet # WBM 237Hz -# L1_SingleEG2_BptxAND 2 -1 EG HIGGS # masked -# L1_ETT15_BptxAND 5 1 Sum # masked -### Masked in WBM -# L1_SingleMuOpen 55 -1 Mu EXO #Masked in WBM -# L1_HTT75 8 1 Sum EXO,SUSY,B2G # Not blod in WBM (4kHz) -# L1_Mu5_DoubleEG5 91 1 MuEG HIGGS # Not blod in WBM (3kHz) -# L1_SingleEG5 47 1 EG HIGGS # Not blod in WBM (968kHz) -# L1_DoubleMuOpen 32 1 Mu # Not blod in WBM (22kHz) -### ETM + ETM with HF (estimated as 20% of total rate) -#L1_DoubleJetC56_ETM60 113 1 JetSum, HIGGS,SUSY -#L1_ETT60 7 1 Sum -#L1_ETT40 6 1 Sum -#L1_ETM70 68 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM60 109 1 Sum HIGGS,EXO -#L1_ETM50 67 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM40 79 1000 Sum -#L1_ETM30 66 400 Sum EXO -#L1_ETM100 69 1 Sum HIGGS,EXO,SUSY,B2G -#L1_Mu14er_ETM30 84 1 MuSum EXO -#L1_Mu10er_ETM50 83 1 MuSum EXO -#L1_Mu10er_ETM30 82 1 MuSum EXO -#L1_Mu0er_ETM55 104 1 MuSum SUSY -#L1_Mu0er_ETM40 94 1 MuSum SUSY - -# vim: ft=python:nolbr:cc=88 diff --git a/macros/menu/Menu_259721_TSGv3_FixPre_Mu16.txt b/macros/menu/Menu_259721_TSGv3_FixPre_Mu16.txt deleted file mode 100644 index 8a57c88..0000000 --- a/macros/menu/Menu_259721_TSGv3_FixPre_Mu16.txt +++ /dev/null @@ -1,152 +0,0 @@ -## Start with 100kHz for 1.2e34 -## Assume 20kHz for ETM, and ETM with HF rates -## Assume 1kHz for Zero bias (originally 10kHz) -## Assume bptx trigger rates are PU independant, get them from WBM -## Assume 1kHz for bxpt seeds (originally 2kHz) -## Assume 5kHz for prescale rate (masked in this menu) -## Menu rate = 100 - 20 - 1 - 1 - 5 = 73kHz - -## EG map from https://indico.cern.ch/event/493290/contribution/2/attachments/1221650/1786361/Zhenbin_Stage2_L1Menu.pdf -## HT map from https://indico.cern.ch/event/502206/contribution/2/attachments/1233163/1809079/Zhenbin_Stage2_Calov0.pdf - -#============================================================================# -#------------------------------- Menu -------------------------------# -#============================================================================# -# L1Seed Bit Prescale POG PAG -#L1_ZeroBias 0 631 Tech #Assumed 1kHz flat - -#L1_SingleMu5 58 500 Mu HIGGS,EXO,SUSY -#L1_SingleMu7 3 250 Mu HIGGS,EXO,BPH,SUSY -#L1_SingleMu12 61 50 Mu HIGGS,SUSY -L1_SingleMu16 56 1 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G#(19kHz with 2kHz pure, mark) -L1_SingleMu20 62 1 Mu HIGGS,EXO #(10kHz with 1kHz pure, mark) -L1_SingleMu25 64 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu30 65 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -#L1_SingleMu14er 42 50 Mu HIGGS,EXO,SMP,SUSY,B2G -L1_SingleMu16er 86 1 Mu HIGGS,EXO,SMP #(5kHz pure rate, mark) -L1_SingleMu20er 60 1 Mu HIGGS,EXO - -#L1_DoubleMu0 26 60 Mu BPH -#L1_DoubleMu_10_Open 44 100 Mu -L1_DoubleMu_10_3p5 45 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G #(4KHz, not mask yet) -L1_DoubleMu_12_5 124 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -#L1_DoubleMu0_Eta1p6_WdEta18 114 1 Mu BPH -#L1_DoubleMu0_Eta1p6_WdEta18_OS 123 1 Mu BPH #No muon charges, mask for now -L1_DoubleMu_10_0_WdEta18 126 1 Mu BPH - -#L1_TripleMu0 97 1 Mu HIGGS,BPH -L1_TripleMu_5_5_3 98 1 Mu HIGGS -L1_QuadMu0 121 1 Mu BPH - -#L1_SingleEG17 37 1500 EG HIGGS #Stage1 EG10, Eff24/23 -#L1_SingleEG18 4 200 EG HIGGS #Stage1 EG15, Eff25 -#L1_SingleEG23 52 1 EG HIGGS #Stage1 EG20, Eff29 -#L1_SingleEG27 48 1 EG HIGGS,EXO,SMP,B2G #Stage1 EG25, Eff32 (10kHz pure rate, stop) -L1_SingleEG34 53 1 EG EXO,SMP #Stage1 EG30, Eff39 -L1_SingleEG40 54 1 EG EXO #Stage1 EG35, Eff45 -L1_SingleEG45 49 1 EG HIGGS,SMP #Stage1 EG40, Eff51 -#L1_SingleIsoEG23 16 1 EG #Stage1 EG20, Eff29 -#L1_SingleIsoEG27 34 1 EG #Stage1 EG25, Eff32 -L1_SingleIsoEG32 35 1 EG #Stage1 EG25~30 -#L1_SingleIsoEG20er 50 1 EG HIGGS #Stage1 EG18, Eff26 -#L1_SingleIsoEG23er 51 1 EG TOP #Stage1 EG20, Eff29 (2.4kHz pure rate, too close to EG24er. Stop) -L1_SingleIsoEG24er 38 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG22, Eff30 (Next is IsoEG23er, too close) -L1_SingleIsoEG27er 33 1 EG HIGGS,SMP #Stage1 EG25, Eff32 -L1_SingleIsoEG34er 36 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG30, Eff39 - -#L1_DoubleEG_18_10 101 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG15, Eff25 (13kHz, 5kHz pure, stop) -L1_DoubleEG_24_10 102 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG22, Eff30 -L1_TripleEG_18_17_8 100 1 EG HIGGS #Stage1 EG14(~15), Eff 24; EG10, Eff24 - -#L1_DoubleTauJet40er 11 1 Jet -#L1_DoubleIsoTau28er 116 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau32er 24 1 Tau HIGGS,EXO,SUSY #(9.5kHz, 730Hz pure, mark) -L1_DoubleIsoTau36er 117 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau40er 118 1 Tau HIGGS,EXO,SUSY - -L1_Mu16er_TauJet20er 13 1 MuTau HIGGS -L1_Mu16er_IsoTau28er 96 1 MuTau -L1_Mu16er_IsoTau32er 25 1 MuTau - -#L1_SingleJet36 23 1500 Jet #Stage 1 Eff 52; Stage2 Eff 52 -#L1_SingleJet52 17 800 Jet EXO,SMP #Stage1 Jet52, Eff65; Stage2 Jet52, Eff66 -#L1_SingleJet65 18 150 Jet SMP #Stage1 Jet68 Eff80; Stage 2 Jet68 Eff 84; -> Lower to 65 -#L1_SingleJet92 19 200 Jet SMP #Stage1 Jet92 Eff110; Stage 2 Jet92 Eff103 -#L1_SingleJet128 20 1 Jet EXO,SMP,SUSY,B2G #Stage1 Jet128, Eff~180; Stage2 Eff 154 -L1_SingleJet176 21 1 Jet EXO,SMP,SUSY,B2G #(3.7kHz, 66Hz pure, mark) -L1_SingleJet200 22 1 Jet EXO,SMP,SUSY,B2G - -#L1_DoubleJetC52 40 1000 Jet -#L1_DoubleJetC84 41 1 Jet EXO,SUSY #(16kHz, 3.5kHz pure. stop) -L1_DoubleJetC100 110 1 Jet EXO,SUSY -L1_DoubleJetC112 43 1 Jet EXO,SUSY - -L1_TripleJet_84_68_48_VBF 120 1 Jet HIGGS -L1_TripleJet_92_76_64_VBF 119 1 Jet HIGGS -#L1_QuadJetC40 46 1 Jet EXO,SUSY,B2G #(15kHz, 7kHz pure, stop) -L1_QuadJetC60 111 1 Jet EXO,SUSY,B2G - -#L1_HTT194 15 1 Sum EXO,SUSY,B2G #Stage1 HT100, Eff237 -#L1_HTT226 70 1 Sum EXO,SUSY,B2G #Stage1 HT125, Eff270 -#L1_HTT258 71 1 Sum EXO,SUSY,B2G #Stage1 HT150, Eff304 (15kHz, 3.5kHz pure;split rate to Mu16 & HTT280) -L1_HTT280 71 1 Sum EXO,SUSY,B2G #New Stage2, higher than Stage1 HT150 -L1_HTT298 72 1 Sum EXO,SUSY,B2G #Stage1 HT175, Eff335 -L1_HTT314 73 1 Sum EXO,SUSY,B2G #Stage1 HT200, Eff360 -L1_HTT366 80 1 Sum EXO,SUSY,B2G #Stage1 HT250, Eff420 - -#L1_Mu5_EG18 10 1 MuEG HIGGS #Stage1 EG15, Eff25 (4.9kHZ, mask) -L1_Mu5_IsoEG23 76 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG18(~20), Eff 29 -L1_Mu5_EG23 75 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG20, Eff29 -#L1_Mu4_EG23 88 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG18, assuming EG20,Eff29 -#L1_Mu12_EG17 9 1 MuEG HIGGS #Stage1 EG10, Eff24 -L1_Mu20_EG17 74 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG10, Eff24 - -L1_DoubleMu7_EG17 85 1 MuEG HIGGS #Stage1 EG7(~10), Eff 24 -#L1_DoubleMu6_EG16 90 1 MuEG HIGGS #Stage1 EG6(~10), Eff 24 -L1_Mu6_DoubleEG17 77 1 MuEG HIGGS #Stage1 EG10, Eff24 - -#L1_Mu3_JetC16_WdEtaPhi2 29 500 MuJet -#L1_Mu3_JetC52_WdEtaPhi2 30 1 MuJet EXO #(5kHz, mask) - -L1_Mu6_HTT194 87 1 MuSum EXO #Stage1 HT100, Eff237 -L1_Mu8_HTT150 63 1 MuSum SUSY #Stage1 HT50, no mapping, rough 100 higher by extraplotaion -L1_EG27er_HTT194 31 1 EGSum HIGGS #Stage1 EG25, Eff32; HT100, Eff237 -L1_DoubleEG6_HTT258 92 1 EGSum SUSY #Stage1 HT150, Eff304 - -#L1_QuadJetC36_TauJet52 93 2 Jet HIGGS -L1_IsoEG23er_TauJet20er_NotWdEta0 12 1 EGTau HIGGS #Stage1 EG20, Eff29 (6.2kHz, not mask yet) -#L1_Jet32MuOpen_Mu10_dPhiMu_Mu1 107 1 MuJet SUSY -#L1_Jet32MuOpen_EG17_dPhiMu_EG1 108 10 EGJet SUSY #Stage1 EG10, Eff24 - -#============================================================================# -#---------------------------- Fixed Rate ----------------------------# -#============================================================================# -#### Bptx (counted constant rate ) -# L1_SingleMuOpen_NotBptxOR 89 1 Mu EXO # WBM 538.21Hz -# L1_SingleJetC32_NotBptxOR 78 1 Jet # WBM 1098.09Hz -# L1_SingleJetC20_NotBptxOR 112 1 Jet # WBM 237Hz -# L1_SingleEG2_BptxAND 2 -1 EG HIGGS # masked -# L1_ETT15_BptxAND 5 1 Sum # masked -### Masked in WBM -# L1_SingleMuOpen 55 -1 Mu EXO #Masked in WBM -# L1_HTT75 8 1 Sum EXO,SUSY,B2G # Not blod in WBM (4kHz) -# L1_Mu5_DoubleEG5 91 1 MuEG HIGGS # Not blod in WBM (3kHz) -# L1_SingleEG5 47 1 EG HIGGS # Not blod in WBM (968kHz) -# L1_DoubleMuOpen 32 1 Mu # Not blod in WBM (22kHz) -### ETM + ETM with HF (estimated as 20% of total rate) -#L1_DoubleJetC56_ETM60 113 1 JetSum, HIGGS,SUSY -#L1_ETT60 7 1 Sum -#L1_ETT40 6 1 Sum -#L1_ETM70 68 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM60 109 1 Sum HIGGS,EXO -#L1_ETM50 67 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM40 79 1000 Sum -#L1_ETM30 66 400 Sum EXO -#L1_ETM100 69 1 Sum HIGGS,EXO,SUSY,B2G -#L1_Mu14er_ETM30 84 1 MuSum EXO -#L1_Mu10er_ETM50 83 1 MuSum EXO -#L1_Mu10er_ETM30 82 1 MuSum EXO -#L1_Mu0er_ETM55 104 1 MuSum SUSY -#L1_Mu0er_ETM40 94 1 MuSum SUSY - -# vim: ft=python:nolbr:cc=88 diff --git a/macros/menu/Menu_259721_TSGv3_FixPre_Mu18.txt b/macros/menu/Menu_259721_TSGv3_FixPre_Mu18.txt deleted file mode 100644 index a88388a..0000000 --- a/macros/menu/Menu_259721_TSGv3_FixPre_Mu18.txt +++ /dev/null @@ -1,153 +0,0 @@ -## Start with 100kHz for 1.2e34 -## Assume 20kHz for ETM, and ETM with HF rates -## Assume 1kHz for Zero bias (originally 10kHz) -## Assume bptx trigger rates are PU independant, get them from WBM -## Assume 1kHz for bxpt seeds (originally 2kHz) -## Assume 5kHz for prescale rate (masked in this menu) -## Menu rate = 100 - 20 - 1 - 1 - 5 = 73kHz - -## EG map from https://indico.cern.ch/event/493290/contribution/2/attachments/1221650/1786361/Zhenbin_Stage2_L1Menu.pdf -## HT map from https://indico.cern.ch/event/502206/contribution/2/attachments/1233163/1809079/Zhenbin_Stage2_Calov0.pdf - -#============================================================================# -#------------------------------- Menu -------------------------------# -#============================================================================# -# L1Seed Bit Prescale POG PAG -#L1_ZeroBias 0 631 Tech #Assumed 1kHz flat - -#L1_SingleMu5 58 500 Mu HIGGS,EXO,SUSY -#L1_SingleMu7 3 250 Mu HIGGS,EXO,BPH,SUSY -#L1_SingleMu12 61 50 Mu HIGGS,SUSY -#L1_SingleMu16 56 1 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G#(19kHz with 2kHz pure, mark) -L1_SingleMu18 56 1 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G#Stage2 new (14kHz with 930Hz pure) -L1_SingleMu20 62 1 Mu HIGGS,EXO #(10kHz with 1kHz pure, mark) -L1_SingleMu25 64 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu30 65 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -#L1_SingleMu14er 42 50 Mu HIGGS,EXO,SMP,SUSY,B2G -L1_SingleMu16er 86 1 Mu HIGGS,EXO,SMP #(5kHz pure rate, mark) -L1_SingleMu20er 60 1 Mu HIGGS,EXO - -#L1_DoubleMu0 26 60 Mu BPH -#L1_DoubleMu_10_Open 44 100 Mu -L1_DoubleMu_10_3p5 45 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G #(4KHz, not mask yet) -L1_DoubleMu_12_5 124 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -#L1_DoubleMu0_Eta1p6_WdEta18 114 1 Mu BPH -#L1_DoubleMu0_Eta1p6_WdEta18_OS 123 1 Mu BPH #No muon charges, mask for now -L1_DoubleMu_10_0_WdEta18 126 1 Mu BPH - -#L1_TripleMu0 97 1 Mu HIGGS,BPH -L1_TripleMu_5_5_3 98 1 Mu HIGGS -L1_QuadMu0 121 1 Mu BPH - -#L1_SingleEG17 37 1500 EG HIGGS #Stage1 EG10, Eff24/23 -#L1_SingleEG18 4 200 EG HIGGS #Stage1 EG15, Eff25 -#L1_SingleEG23 52 1 EG HIGGS #Stage1 EG20, Eff29 -#L1_SingleEG27 48 1 EG HIGGS,EXO,SMP,B2G #Stage1 EG25, Eff32 (10kHz pure rate, stop) -#L1_SingleEG30 48 1 EG HIGGS,EXO,SMP,B2G #Stage2, between Stage1 EG25~30 (25kHz, 4kHz pure rate) -L1_SingleEG34 53 1 EG EXO,SMP #Stage1 EG30, Eff39 -L1_SingleEG40 54 1 EG EXO #Stage1 EG35, Eff45 -L1_SingleEG45 49 1 EG HIGGS,SMP #Stage1 EG40, Eff51 -#L1_SingleIsoEG23 16 1 EG #Stage1 EG20, Eff29 (25kHz, 5kHz pure for all IsoEG) -L1_SingleIsoEG27 34 1 EG #Stage1 EG25, Eff32 -#L1_SingleIsoEG20er 50 1 EG HIGGS #Stage1 EG18, Eff26 -#L1_SingleIsoEG23er 51 1 EG TOP #Stage1 EG20, Eff29 (2.4kHz pure rate, too close to EG24er. Stop) -L1_SingleIsoEG24er 38 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG22, Eff30 (Next is IsoEG23er, too close) -L1_SingleIsoEG27er 33 1 EG HIGGS,SMP #Stage1 EG25, Eff32 -L1_SingleIsoEG34er 36 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG30, Eff39 - -#L1_DoubleEG_18_10 101 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG15, Eff25 (13kHz, 5kHz pure, stop) -L1_DoubleEG_24_10 102 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG22, Eff30 -L1_TripleEG_18_17_8 100 1 EG HIGGS #Stage1 EG14(~15), Eff 24; EG10, Eff24 - -#L1_DoubleTauJet40er 11 1 Jet -#L1_DoubleIsoTau28er 116 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau32er 24 1 Tau HIGGS,EXO,SUSY #(9.5kHz, 730Hz pure, mark) -L1_DoubleIsoTau36er 117 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau40er 118 1 Tau HIGGS,EXO,SUSY - -L1_Mu16er_TauJet20er 13 1 MuTau HIGGS -L1_Mu16er_IsoTau28er 96 1 MuTau -L1_Mu16er_IsoTau32er 25 1 MuTau - -#L1_SingleJet36 23 1500 Jet #Stage 1 Eff 52; Stage2 Eff 52 -#L1_SingleJet52 17 800 Jet EXO,SMP #Stage1 Jet52, Eff65; Stage2 Jet52, Eff66 -#L1_SingleJet65 18 150 Jet SMP #Stage1 Jet68 Eff80; Stage 2 Jet68 Eff 84; -> Lower to 65 -#L1_SingleJet92 19 200 Jet SMP #Stage1 Jet92 Eff110; Stage 2 Jet92 Eff103 -#L1_SingleJet128 20 1 Jet EXO,SMP,SUSY,B2G #Stage1 Jet128, Eff~180; Stage2 Eff 154 -L1_SingleJet176 21 1 Jet EXO,SMP,SUSY,B2G #(3.7kHz, 66Hz pure, mark) -L1_SingleJet200 22 1 Jet EXO,SMP,SUSY,B2G - -#L1_DoubleJetC52 40 1000 Jet -#L1_DoubleJetC84 41 1 Jet EXO,SUSY #(16kHz, 3.5kHz pure. stop) -L1_DoubleJetC100 110 1 Jet EXO,SUSY -L1_DoubleJetC112 43 1 Jet EXO,SUSY - -L1_TripleJet_84_68_48_VBF 120 1 Jet HIGGS -L1_TripleJet_92_76_64_VBF 119 1 Jet HIGGS -#L1_QuadJetC40 46 1 Jet EXO,SUSY,B2G #(15kHz, 7kHz pure, stop) -L1_QuadJetC60 111 1 Jet EXO,SUSY,B2G - -#L1_HTT194 15 1 Sum EXO,SUSY,B2G #Stage1 HT100, Eff237 -#L1_HTT226 70 1 Sum EXO,SUSY,B2G #Stage1 HT125, Eff270 -#L1_HTT258 71 1 Sum EXO,SUSY,B2G #Stage1 HT150, Eff304 (15kHz, 3.5kHz pure;split rate to Mu16 & HTT280) -L1_HTT280 71 1 Sum EXO,SUSY,B2G #New Stage2, higher than Stage1 HT150 -L1_HTT298 72 1 Sum EXO,SUSY,B2G #Stage1 HT175, Eff335 -L1_HTT314 73 1 Sum EXO,SUSY,B2G #Stage1 HT200, Eff360 -L1_HTT366 80 1 Sum EXO,SUSY,B2G #Stage1 HT250, Eff420 - -#L1_Mu5_EG18 10 1 MuEG HIGGS #Stage1 EG15, Eff25 (4.9kHZ, mask) -L1_Mu5_IsoEG23 76 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG18(~20), Eff 29 -L1_Mu5_EG23 75 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG20, Eff29 -#L1_Mu4_EG23 88 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG18, assuming EG20,Eff29 -#L1_Mu12_EG17 9 1 MuEG HIGGS #Stage1 EG10, Eff24 -L1_Mu20_EG17 74 1 MuEG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG10, Eff24 - -L1_DoubleMu7_EG17 85 1 MuEG HIGGS #Stage1 EG7(~10), Eff 24 -#L1_DoubleMu6_EG16 90 1 MuEG HIGGS #Stage1 EG6(~10), Eff 24 -L1_Mu6_DoubleEG17 77 1 MuEG HIGGS #Stage1 EG10, Eff24 - -#L1_Mu3_JetC16_WdEtaPhi2 29 500 MuJet -#L1_Mu3_JetC52_WdEtaPhi2 30 1 MuJet EXO #(5kHz, mask) - -L1_Mu6_HTT194 87 1 MuSum EXO #Stage1 HT100, Eff237 -L1_Mu8_HTT150 63 1 MuSum SUSY #Stage1 HT50, no mapping, rough 100 higher by extraplotaion -L1_EG27er_HTT194 31 1 EGSum HIGGS #Stage1 EG25, Eff32; HT100, Eff237 -L1_DoubleEG6_HTT258 92 1 EGSum SUSY #Stage1 HT150, Eff304 - -#L1_QuadJetC36_TauJet52 93 2 Jet HIGGS -L1_IsoEG23er_TauJet20er_NotWdEta0 12 1 EGTau HIGGS #Stage1 EG20, Eff29 (6.2kHz, not mask yet) -#L1_Jet32MuOpen_Mu10_dPhiMu_Mu1 107 1 MuJet SUSY -#L1_Jet32MuOpen_EG17_dPhiMu_EG1 108 10 EGJet SUSY #Stage1 EG10, Eff24 - -#============================================================================# -#---------------------------- Fixed Rate ----------------------------# -#============================================================================# -#### Bptx (counted constant rate ) -# L1_SingleMuOpen_NotBptxOR 89 1 Mu EXO # WBM 538.21Hz -# L1_SingleJetC32_NotBptxOR 78 1 Jet # WBM 1098.09Hz -# L1_SingleJetC20_NotBptxOR 112 1 Jet # WBM 237Hz -# L1_SingleEG2_BptxAND 2 -1 EG HIGGS # masked -# L1_ETT15_BptxAND 5 1 Sum # masked -### Masked in WBM -# L1_SingleMuOpen 55 -1 Mu EXO #Masked in WBM -# L1_HTT75 8 1 Sum EXO,SUSY,B2G # Not blod in WBM (4kHz) -# L1_Mu5_DoubleEG5 91 1 MuEG HIGGS # Not blod in WBM (3kHz) -# L1_SingleEG5 47 1 EG HIGGS # Not blod in WBM (968kHz) -# L1_DoubleMuOpen 32 1 Mu # Not blod in WBM (22kHz) -### ETM + ETM with HF (estimated as 20% of total rate) -#L1_DoubleJetC56_ETM60 113 1 JetSum, HIGGS,SUSY -#L1_ETT60 7 1 Sum -#L1_ETT40 6 1 Sum -#L1_ETM70 68 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM60 109 1 Sum HIGGS,EXO -#L1_ETM50 67 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM40 79 1000 Sum -#L1_ETM30 66 400 Sum EXO -#L1_ETM100 69 1 Sum HIGGS,EXO,SUSY,B2G -#L1_Mu14er_ETM30 84 1 MuSum EXO -#L1_Mu10er_ETM50 83 1 MuSum EXO -#L1_Mu10er_ETM30 82 1 MuSum EXO -#L1_Mu0er_ETM55 104 1 MuSum SUSY -#L1_Mu0er_ETM40 94 1 MuSum SUSY - -# vim: ft=python:nolbr:cc=88 diff --git a/macros/menu/Menu_259721_TSGv4_FixPre.txt b/macros/menu/Menu_259721_TSGv4_FixPre.txt deleted file mode 100644 index 6c362e8..0000000 --- a/macros/menu/Menu_259721_TSGv4_FixPre.txt +++ /dev/null @@ -1,299 +0,0 @@ -## Start with 100kHz for 1.2e34 -## Assume 20kHz for ETM, and ETM with HF rates -## Assume 1kHz for Zero bias (originally 10kHz) -## Assume bptx trigger rates are PU independant, get them from WBM -## Assume 1kHz for bxpt seeds (originally 2kHz) -## Assume 5kHz for prescale rate (masked in this menu) -## Menu rate = 100 - 20 - 1 - 1 - 5 = 73kHz - -## EG map from https://indico.cern.ch/event/493290/contribution/2/attachments/1221650/1786361/Zhenbin_Stage2_L1Menu.pdf -## HT map from https://indico.cern.ch/event/502206/contribution/2/attachments/1233163/1809079/Zhenbin_Stage2_Calov0.pdf - -## Re-organize L1 bit up to 511 -## 1 -100 > Mu -## 101-200 > EG -## 201-300 > Jet & Tau -## 301-400 > Sums -## 401-500 > Cross -## 500-511 > bptx - -#============================================================================# -#------------------------------- Menu -------------------------------# -#============================================================================# -# L1Seed Bit Prescale POG PAG -#L1_ZeroBias 0 -1 Tech -### SingleMu 1-30 -#L1_SingleMuBeamHalo 1 -1 Mu #Masked for now, as SingleMuOpen -#L1_SingleMuOpen 2 1 Mu -#L1_SingleMu3 3 1 Mu HIGGS,EXO,SUSY -#L1_SingleMu5 4 1 Mu HIGGS,EXO,SUSY -#L1_SingleMu7 5 1 Mu HIGGS,EXO,BPH,SUSY -#L1_SingleMu12 6 1 Mu HIGGS,SUSY -#L1_SingleMu14 7 1 Mu -#L1_SingleMu16 8 1 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G -#L1_SingleMu18 9 1 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G -L1_SingleMu20 10 1 Mu HIGGS,EXO -L1_SingleMu22 11 1 Mu -L1_SingleMu25 12 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu30 13 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu35 14 1 Mu -L1_SingleMu40 15 1 Mu - -### SingleMuer 31 - 60 -#L1_SingleMu14er 31 1 Mu HIGGS,EXO,SMP,SUSY,B2G -#L1_SingleMu16er 32 1 Mu HIGGS,EXO,SMP -L1_SingleMu18er 33 1 Mu -L1_SingleMu20er 34 1 Mu HIGGS,EXO -L1_SingleMu22er 35 1 Mu -L1_SingleMu25er 36 1 Mu -L1_SingleMu30er 37 1 Mu - -### DoubleMu 61-80 -#L1_DoubleMuOpen 60 1 Mu BPH -#L1_DoubleMu0 61 1 Mu BPH -#L1_DoubleMu_10_Open 62 1 Mu -L1_DoubleMu_10_3p5 63 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_11_4 64 1 Mu -L1_DoubleMu_12_5 65 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_13_6 66 1 Mu -L1_DoubleMu_15_5 67 1 Mu -L1_DoubleMu_12_8 68 1 Mu -L1_DoubleMu0er1p6_dEta_Max1p8 69 1 Mu BPH -L1_DoubleMu0er1p6_dEta_Max1p8_OS 70 1 Mu BPH -L1_DoubleMu0er1p25_dEta_Max1p8_OS 71 1 Mu BPH -L1_DoubleMu_10_0_dEta_Max1p8 72 -1 Mu BPH #1kHz pure rate, might go back if we have more rate -### TripleMu 81-90 -L1_TripleMu0 81 1 Mu HIGGS,BPH -L1_TripleMu_5_5_3 82 1 Mu HIGGS -#L1_TripleMuOpen 83 1 Mu BPH -### QuadMu 91-100 -L1_QuadMu0 91 1 Mu BPH - -### SingleEG 101-120 -#L1_SingleEG5 101 1 EG -#L1_SingleEG10 102 1 EG -#L1_SingleEG15 103 1 EG -#L1_SingleEG18 104 1 EG -#L1_SingleEG24 105 1 EG -#L1_SingleEG26 106 1 EG -#L1_SingleEG28 107 1 EG -#L1_SingleEG30 108 1 EG -#L1_SingleEG32 109 1 EG -L1_SingleEG34 110 1 EG EXO,SMP #Stage1 EG30, Eff39 -L1_SingleEG38 111 1 EG -L1_SingleEG40 112 1 EG EXO #Stage1 EG35, Eff45 -L1_SingleEG42 113 1 EG -L1_SingleEG45 114 1 EG HIGGS,SMP #Stage1 EG40, Eff51 -### SingleIsoEG 121-140 -#L1_SingleIsoEG18 121 1 EG -#L1_SingleIsoEG20 122 1 EG -#L1_SingleIsoEG22 123 1 EG -L1_SingleIsoEG24 124 1 EG #Stage1 EG20, Eff29 -L1_SingleIsoEG26 125 1 EG -L1_SingleIsoEG27 126 1 EG #Stage1 EG25, Eff32 -L1_SingleIsoEG28 127 1 EG -L1_SingleIsoEG30 128 1 EG -L1_SingleIsoEG34 129 1 EG -### SingleIsoEGer 141-160 -#L1_SingleIsoEG18er 141 1 EG #Stage1 EG15, Eff25 -#L1_SingleIsoEG20er 142 1 EG -L1_SingleIsoEG22er 143 1 EG HIGGS -L1_SingleIsoEG24er 144 1 EG -L1_SingleIsoEG26er 145 1 EG -L1_SingleIsoEG27er 146 1 EG #Stage1 EG25, Eff32 -L1_SingleIsoEG28er 147 1 EG -L1_SingleIsoEG30er 148 1 EG -L1_SingleIsoEG34er 149 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG30, Eff39 -### DoubleEG 161 - 180 -#L1_DoubleEG_15_10 161 -1 EG #8kHz pure rate -L1_DoubleEG_18_17 162 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #map to Stage1 L1_DoubleEG_15_10 -L1_DoubleEG_20_18 163 1 EG -L1_DoubleEG_22_20 164 1 EG -#L1_DoubleEG_22_10 165 1 EG -#L1_DoubleEG_23_10 166 1 EG #map to Stage1 L1_DoubleEG_22_10 -L1_DoubleEG_24_17 167 1 EG #map to Stage1 L1_DoubleEG_22_10 -L1_DoubleEG_22_12 168 1 EG #from Simone's menu, extra pure rate to menu if we can live -L1_DoubleEG_22_15 169 1 EG #created by ZW, as a fall-back of L1_DoubleEG_22_12 -### TripleEG 181-190 -L1_TripleEG_14_10_8 181 1 EG HIGGS -L1_TripleEG_18_17_8 182 1 EG HIGGS #map to Stage1 L1_TripleEG_15_10_8 -### QuadEG 191-200 - -### SingleJet 201-220 -#L1_SingleJet16 201 1 Jet -#L1_SingleJet20 202 1 Jet -#L1_SingleJet35 203 1 Jet -#L1_SingleJet60 204 1 Jet EXO,SMP -#L1_SingleJet90 205 1 Jet SMP -#L1_SingleJet120 206 1 Jet EXO,SMP,SUSY,B2G -#L1_SingleJet140 207 1 Jet EXO,SMP,SUSY,B2G -#L1_SingleJet150 208 1 Jet EXO,SMP,SUSY,B2G -#L1_SingleJet160 209 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet170 210 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet180 211 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet200 212 1 Jet EXO,SMP,SUSY,B2G -### DoubleJet 221-240 -#L1_DoubleJetC40 221 1 Jet -#L1_DoubleJetC50 222 1 Jet -#L1_DoubleJetC60 223 1 Jet -#L1_DoubleJetC80 224 1 Jet -L1_DoubleJetC100 225 1 Jet EXO,SUSY -L1_DoubleJetC112 226 1 Jet EXO,SUSY -L1_DoubleJetC120 227 1 Jet EXO,SUSY -### TripleJet 241-250 -L1_TripleJet_84_68_48_VBF 241 1 Jet HIGGS -L1_TripleJet_88_72_56_VBF 242 1 Jet HIGGS -L1_TripleJet_92_76_64_VBF 243 1 Jet HIGGS -### QuadJet 251-260 -#L1_QuadJetC40 251 1 Jet EXO,SUSY,B2G -L1_QuadJetC50 252 1 Jet EXO,SUSY,B2G #212Hz pure rate -L1_QuadJetC60 253 1 Jet EXO,SUSY,B2G -### SingleTau 261-270 -#L1_SingleTau80er 261 1 Tau -#L1_SingleTau100er 262 1 Tau -L1_SingleTau128er 263 1 Tau -### SingleIsoTau 271-280 - -### DoubleTau 281-290 -#L1_DoubleIsoTau26er 281 1 Tau HIGGS,EXO,SUSY -#L1_DoubleIsoTau28er 282 1 Tau HIGGS,EXO,SUSY #,te -#L1_DoubleIsoTau30er 283 1 Tau HIGGS,EXO,SUSY #21kHz, 1.7kHz pure rate -L1_DoubleIsoTau32er 284 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau36er 285 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau40er 286 1 Tau HIGGS,EXO,SUSY -L1_DoubleTau40er 287 1 Tau HIGGS,EXO,SUSY - -### HTT 301-320 -#L1_HTT120 301 1 Sum EXO,SUSY,B2G -#L1_HTT160 302 1 Sum EXO,SUSY,B2G -#L1_HTT200 303 1 Sum EXO,SUSY,B2G -#L1_HTT220 304 1 Sum EXO,SUSY,B2G -#L1_HTT240 305 1 Sum EXO,SUSY,B2G -#L1_HTT255 306 1 Sum EXO,SUSY,B2G -#L1_HTT270 307 1 Sum EXO,SUSY,B2G -L1_HTT280 308 1 Sum EXO,SUSY,B2G -L1_HTT300 309 1 Sum EXO,SUSY,B2G -L1_HTT320 310 1 Sum EXO,SUSY,B2G -L1_HTT350 311 1 Sum EXO,SUSY,B2G -L1_HTT400 312 1 Sum EXO,SUSY,B2G - -#### HTM 321-340 -#L1_HTM50 321 1 Sum EXO -#L1_HTM70 322 1 Sum EXO -#L1_HTM80 323 1 Sum EXO -#L1_HTM100 324 1 Sum EXO -#L1_HTM120 325 1 Sum EXO -#L1_HTM130 326 1 Sum EXO -#L1_HTM140 327 1 Sum EXO -#L1_HTM150 328 1 Sum EXO -#### ETT -#L1_ETT40 341 1 Sum -#L1_ETT60 342 1 Sum -#### ETM -#L1_ETM30 361 1 Sum -#L1_ETM40 362 1 Sum -#L1_ETM50 363 1 Sum -#L1_ETM60 364 1 Sum -#L1_ETM70 365 1 Sum -#L1_ETM100 366 1 Sum -#L1_ETM120 367 1 Sum - -### Cross 401-500 -## MuEG 401-410 -#L1_Mu5_EG15 401 1 MuEG HIGGS -L1_Mu5_EG20 402 1 MuEG HIGGS -L1_Mu5_EG23 403 1 MuEG HIGGS # Map to Stage 1 -L1_Mu5_IsoEG18 404 1 MuEG HIGGS -L1_Mu5_IsoEG20 405 1 MuEG HIGGS -#L1_Mu12_EG10 406 1 MuEG HIGGS -L1_Mu20_EG15 407 1 MuEG HIGGS -L1_Mu20_EG17 408 1 MuEG HIGGS -#L1_Mu23_IsoEG10 409 1 MuEG HIGGS -#L1_Mu23_EG10 410 1 MuEG HIGGS -## CrossTau 411-430 -L1_Mu16er_Tau20er 411 1 MuTau HIGGS -L1_Mu16er_Tau24er 412 1 MuTau HIGGS -#L1_Mu14er_Tau20er 413 1 MuTau HIGGS # Use same quarlity as SingleMuer -#L1_Mu14er_Tau24er 414 1 MuTau HIGGS # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau26er 415 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau28er 416 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau30er 417 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau32er 418 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau36er 419 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau40er 420 1 MuTau # Use same quarlity as SingleMuer -#L1_IsoEG20er_Tau20er_dEta_Min0p2 421 1 MuTau HIGGS -#L1_IsoEG20er_Tau24er_dEta_Min0p2 422 1 MuTau HIGGS - -## Rest -L1_DoubleMu7_EG14 431 1 MuEG HIGGS #Like Stage1 L1_DoubleMu7_EG7 -L1_DoubleMu7_EG7 432 1 MuEG HIGGS #Like Stage1 L1_DoubleMu7_EG7 -L1_Mu6_DoubleEG17 433 1 MuEG HIGGS -L1_Mu6_DoubleEG10 434 1 MuEG HIGGS #215Hz pure rate -L1_Mu3_JetC16_dEta_Max0p4_dPhi_Max0p4 435 -1 MuJet #86776Hz pure rate -L1_Mu3_JetC60_dEta_Max0p4_dPhi_Max0p4 436 3 MuJet EXO -L1_Mu6_HTT200 437 1 MuSum EXO -#L1_Mu8_HTT150 438 1 MuSum SUSY -L1_EG27er_HTT200 439 1 EGSum HIGGS #322Hz pure rate, masked for now -L1_EG25er_HTT125 440 -1 EGSum HIGGS #3kHz pure rate -L1_DoubleEG6_HTT255 441 1 EGSum SUSY -L1_QuadJetC36_Tau52 442 -1 Jet HIGGS #1kHz pure rate -L1_IsoEG22er_Tau20er_dEta_Min0p2 443 1 EGTau HIGGS -L1_Jet32_DoubleMuOpen_Mu10_dPhi_Jet_Mu0_Max1p05_dPhi_Mu_Mu_Min1p0 444 1 MuJet SUSY #161Hz pure rate -L1_Jet32_MuOpen_EG10_dPhi_Jet_Mu_Max1p05_dPhi_Mu_EG_Min1p05 445 -1 EGJet SUSY #3.8kHz pure rate - -#L1_DoubleJetC60_ETM60 446 1 EGSum HIGGS -#L1_Mu0er_ETM40 447 1 MuSum HIGGS -#L1_Mu0er_ETM55 448 1 MuSum HIGGS -#L1_Mu10er_ETM30 449 1 MuSum HIGGS -#L1_Mu10er_ETM50 450 1 MuSum HIGGS -#L1_Mu14er_ETM30 451 1 MuSum HIGGS -#L1_HTM80_HTT220 452 1 Sum SUSY -#L1_HTM60_HTT260 453 1 Sum SUSY -#L1_SingleMuOpen_NotBptxOR 454 1 Mu -#L1_SingleJetC32_NotBptxOR 455 1 Jet -#L1_SingleJetC20_NotBptxOR 456 1 Jet -#L1_SingleEG2_BptxAND 457 1 Jet -#L1_ETT15_BptxAND 458 1 Sum -#L1_SingleJet8_BptxAND 459 1 Jet -#L1_SingleJet12_BptxAND 460 1 Jet - - -L1_Mu3_JetC120_dEta_Max0p4_dPhi_Max0p4 461 1 MuJet BTV -#============================================================================# -#---------------------------- Fixed Rate ----------------------------# -#============================================================================# -#### Bptx (counted constant rate ) -# L1_SingleMuOpen_NotBptxOR 89 1 Mu EXO # WBM 538.21Hz -# L1_SingleJetC32_NotBptxOR 78 1 Jet # WBM 1098.09Hz -# L1_SingleJetC20_NotBptxOR 112 1 Jet # WBM 237Hz -# L1_SingleEG2_BptxAND 2 -1 EG HIGGS # masked -# L1_ETT15_BptxAND 5 1 Sum # masked -### Masked in WBM -# L1_SingleMuOpen 55 -1 Mu EXO #Masked in WBM -# L1_HTT75 8 1 Sum EXO,SUSY,B2G # Not blod in WBM (4kHz) -# L1_Mu5_DoubleEG5 91 1 MuEG HIGGS # Not blod in WBM (3kHz) -# L1_SingleEG5 47 1 EG HIGGS # Not blod in WBM (968kHz) -# L1_DoubleMuOpen 32 1 Mu # Not blod in WBM (22kHz) -### ETM + ETM with HF (estimated as 20% of total rate) -#L1_DoubleJetC56_ETM60 113 1 JetSum, HIGGS,SUSY -#L1_ETT60 7 1 Sum -#L1_ETT40 6 1 Sum -#L1_ETM70 68 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM60 109 1 Sum HIGGS,EXO -#L1_ETM50 67 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM40 79 1000 Sum -#L1_ETM30 66 400 Sum EXO -#L1_ETM100 69 1 Sum HIGGS,EXO,SUSY,B2G -#L1_Mu14er_ETM30 84 1 MuSum EXO -#L1_Mu10er_ETM50 83 1 MuSum EXO -#L1_Mu10er_ETM30 82 1 MuSum EXO -#L1_Mu0er_ETM55 104 1 MuSum SUSY -#L1_Mu0er_ETM40 94 1 MuSum SUSY -#L1_HTM70 68 1 Sum HIGGS,EXO,SUSY,B2G -#L1_HTM60 109 1 Sum HIGGS,EXO -#L1_HTM50 67 1 Sum HIGGS,EXO,SUSY,B2G -#L1_HTM40 79 1000 Sum -#L1_HTM30 66 400 Sum EXO -#L1_HTM100 69 1 Sum HIGGS,EXO,SUSY,B2G - -# vim: ft=python:nolbr:cc=88 diff --git a/macros/menu/Menu_259721_TSGv4_Prescales.txt b/macros/menu/Menu_259721_TSGv4_Prescales.txt deleted file mode 100644 index 36d5bf2..0000000 --- a/macros/menu/Menu_259721_TSGv4_Prescales.txt +++ /dev/null @@ -1,298 +0,0 @@ -## Start with 100kHz for 1.2e34 -## Assume 20kHz for ETM, and ETM with HF rates -## Assume 1kHz for Zero bias (originally 10kHz) -## Assume bptx trigger rates are PU independant, get them from WBM -## Assume 1kHz for bxpt seeds (originally 2kHz) -## Assume 5kHz for prescale rate (masked in this menu) -## Menu rate = 100 - 20 - 1 - 1 - 5 = 73kHz - -## EG map from https://indico.cern.ch/event/493290/contribution/2/attachments/1221650/1786361/Zhenbin_Stage2_L1Menu.pdf -## HT map from https://indico.cern.ch/event/502206/contribution/2/attachments/1233163/1809079/Zhenbin_Stage2_Calov0.pdf - -## Re-organize L1 bit up to 511 -## 1 -100 > Mu -## 101-200 > EG -## 201-300 > Jet & Tau -## 301-400 > Sums -## 401-500 > Cross -## 500-511 > bptx - -#============================================================================# -#------------------------------- Menu -------------------------------# -#============================================================================# -# L1Seed Bit Prescale POG PAG -L1_ZeroBias 0 42000 Tech -### SingleMu 1-30 -L1_SingleMuBeamHalo 1 1 Mu #Not available yet, no firing -L1_SingleMuOpen 2 5000 Mu -#L1_SingleMu3 3 8000 Mu HIGGS,EXO,SUSY -L1_SingleMu5 4 2000 Mu HIGGS,EXO,SUSY -#L1_SingleMu7 5 1000 Mu HIGGS,EXO,BPH,SUSY -L1_SingleMu12 6 100 Mu HIGGS,SUSY -#L1_SingleMu14 7 300 Mu -L1_SingleMu16 8 50 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G -#L1_SingleMu18 9 10 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G -L1_SingleMu20 10 1 Mu HIGGS,EXO -L1_SingleMu22 11 1 Mu -L1_SingleMu25 12 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu30 13 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu35 14 1 Mu -L1_SingleMu40 15 1 Mu - -### SingleMuer 31 - 60 -L1_SingleMu14er 31 50 Mu HIGGS,EXO,SMP,SUSY,B2G -L1_SingleMu16er 32 10 Mu HIGGS,EXO,SMP -L1_SingleMu18er 33 1 Mu -L1_SingleMu20er 34 1 Mu HIGGS,EXO -L1_SingleMu22er 35 1 Mu -L1_SingleMu25er 36 1 Mu -L1_SingleMu30er 37 1 Mu - -### DoubleMu 61-80 -L1_DoubleMuOpen 60 400 Mu BPH -L1_DoubleMu0 61 300 Mu BPH -L1_DoubleMu_10_Open 62 40 Mu -L1_DoubleMu_10_3p5 63 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_11_4 64 1 Mu -L1_DoubleMu_12_5 65 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_13_6 66 1 Mu -L1_DoubleMu_15_5 67 1 Mu -L1_DoubleMu_12_8 68 1 Mu -L1_DoubleMu0er1p6_dEta_Max1p8 69 1 Mu BPH -L1_DoubleMu0er1p6_dEta_Max1p8_OS 70 1 Mu BPH -L1_DoubleMu0er1p25_dEta_Max1p8_OS 71 1 Mu BPH -L1_DoubleMu_10_0_dEta_Max1p8 72 10 Mu BPH #1kHz pure rate, might go back if we have more rate -### TripleMu 81-90 -L1_TripleMu0 81 1 Mu HIGGS,BPH -L1_TripleMu_5_5_3 82 1 Mu HIGGS -### QuadMu 91-100 -L1_QuadMu0 91 1 Mu BPH - -### SingleEG 101-120 -L1_SingleEG5 101 60000 EG -L1_SingleEG10 102 10000 EG -L1_SingleEG15 103 1000 EG -L1_SingleEG18 104 500 EG -#L1_SingleEG24 105 300 EG -L1_SingleEG26 106 400 EG -#L1_SingleEG28 107 500 EG -L1_SingleEG30 108 100 EG -#L1_SingleEG32 109 800 EG -L1_SingleEG34 110 1 EG EXO,SMP #Stage1 EG30, Eff39 -L1_SingleEG38 111 1 EG -L1_SingleEG40 112 1 EG EXO #Stage1 EG35, Eff45 -L1_SingleEG42 113 1 EG -L1_SingleEG45 114 1 EG HIGGS,SMP #Stage1 EG40, Eff51 -### SingleIsoEG 121-140 -L1_SingleIsoEG18 121 100 EG -L1_SingleIsoEG20 122 50 EG -L1_SingleIsoEG22 123 30 EG -L1_SingleIsoEG24 124 1 EG #Stage1 EG20, Eff29 -L1_SingleIsoEG26 125 1 EG -L1_SingleIsoEG27 126 1 EG #Stage1 EG25, Eff32 -L1_SingleIsoEG28 127 1 EG -L1_SingleIsoEG30 128 1 EG -L1_SingleIsoEG34 129 1 EG -### SingleIsoEGer 141-160 -L1_SingleIsoEG18er 141 100 EG #Stage1 EG15, Eff25 -L1_SingleIsoEG20er 142 50 EG -L1_SingleIsoEG22er 143 1 EG HIGGS -L1_SingleIsoEG24er 144 1 EG -L1_SingleIsoEG26er 145 1 EG -L1_SingleIsoEG27er 146 1 EG #Stage1 EG25, Eff32 -L1_SingleIsoEG28er 147 1 EG -L1_SingleIsoEG30er 148 1 EG -L1_SingleIsoEG34er 149 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG30, Eff39 -### DoubleEG 161 - 180 -L1_DoubleEG_15_10 161 100 EG #8kHz pure rate -L1_DoubleEG_18_17 162 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #map to Stage1 L1_DoubleEG_15_10 -L1_DoubleEG_20_18 163 1 EG -L1_DoubleEG_22_20 164 1 EG -L1_DoubleEG_22_10 165 80 EG -L1_DoubleEG_23_10 166 80 EG #map to Stage1 L1_DoubleEG_22_10 -L1_DoubleEG_24_17 167 1 EG #map to Stage1 L1_DoubleEG_22_10 -L1_DoubleEG_22_12 168 1 EG # from Simone's menu,800Hz pure rate -L1_DoubleEG_22_15 169 1 EG # created by ZW -### TripleEG 181-190 -L1_TripleEG_14_10_8 181 1 EG HIGGS -L1_TripleEG_18_17_8 182 1 EG HIGGS #map to Stage1 L1_TripleEG_15_10_8 -### QuadEG 191-200 - -### SingleJet 201-220 -#L1_SingleJet16 201 150000 Jet -#L1_SingleJet20 202 100000 Jet -L1_SingleJet35 203 50000 Jet -L1_SingleJet60 204 840 Jet EXO,SMP -L1_SingleJet90 205 600 Jet SMP -L1_SingleJet120 206 400 Jet EXO,SMP,SUSY,B2G -L1_SingleJet140 207 300 Jet EXO,SMP,SUSY,B2G -L1_SingleJet150 208 50 Jet EXO,SMP,SUSY,B2G -L1_SingleJet160 209 10 Jet EXO,SMP,SUSY,B2G -L1_SingleJet170 210 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet180 211 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet200 212 1 Jet EXO,SMP,SUSY,B2G -### DoubleJet 221-240 -L1_DoubleJetC40 221 6000 Jet -L1_DoubleJetC50 222 800 Jet -L1_DoubleJetC60 223 500 Jet -L1_DoubleJetC80 224 100 Jet -L1_DoubleJetC100 225 1 Jet EXO,SUSY -L1_DoubleJetC112 226 1 Jet EXO,SUSY -L1_DoubleJetC120 227 1 Jet EXO,SUSY -### TripleJet 241-250 -L1_TripleJet_84_68_48_VBF 241 1 Jet HIGGS -L1_TripleJet_88_72_56_VBF 242 1 Jet HIGGS -L1_TripleJet_92_76_64_VBF 243 1 Jet HIGGS -### QuadJet 251-260 -L1_QuadJetC40 251 30 Jet EXO,SUSY,B2G -L1_QuadJetC50 252 1 Jet EXO,SUSY,B2G -L1_QuadJetC60 253 1 Jet EXO,SUSY,B2G -### SingleTau 261-270 -L1_SingleTau80er 261 100 Tau -L1_SingleTau100er 262 50 Tau -L1_SingleTau128er 263 1 Tau # No rate yet. -### SingleIsoTau 271-280 - -### DoubleTau 281-290 -L1_DoubleIsoTau26er 281 200 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau28er 282 100 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau30er 283 20 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau32er 284 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau36er 285 1 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau40er 286 1 Tau HIGGS,EXO,SUSY -L1_DoubleTau40er 287 1 Tau HIGGS,EXO,SUSY - -### HTT 301-320 -L1_HTT120 301 1000 Sum EXO,SUSY,B2G -L1_HTT160 302 400 Sum EXO,SUSY,B2G -L1_HTT200 303 200 Sum EXO,SUSY,B2G -L1_HTT220 304 100 Sum EXO,SUSY,B2G -L1_HTT240 305 80 Sum EXO,SUSY,B2G -L1_HTT255 306 50 Sum EXO,SUSY,B2G -L1_HTT270 307 20 Sum EXO,SUSY,B2G -L1_HTT280 308 1 Sum EXO,SUSY,B2G -L1_HTT300 309 1 Sum EXO,SUSY,B2G -L1_HTT320 310 1 Sum EXO,SUSY,B2G -L1_HTT350 311 1 Sum EXO,SUSY,B2G -L1_HTT400 312 1 Sum EXO,SUSY,B2G - -#### HTM 321-340 -#L1_HTM50 321 1 Sum EXO -#L1_HTM70 322 1 Sum EXO -#L1_HTM80 323 1 Sum EXO -#L1_HTM100 324 1 Sum EXO -#L1_HTM120 325 1 Sum EXO -#L1_HTM130 326 1 Sum EXO -#L1_HTM140 327 1 Sum EXO -#L1_HTM150 328 1 Sum EXO -#### ETT -#L1_ETT40 341 1 Sum -#L1_ETT60 342 1 Sum -#### ETM -#L1_ETM30 361 1 Sum -#L1_ETM40 362 1 Sum -#L1_ETM50 363 1 Sum -#L1_ETM60 364 1 Sum -#L1_ETM70 365 1 Sum -#L1_ETM100 366 1 Sum -#L1_ETM120 367 1 Sum - -### Cross 401-500 -## MuEG 401-410 -L1_Mu5_EG15 401 50 MuEG HIGGS -L1_Mu5_EG20 402 1 MuEG HIGGS -L1_Mu5_EG23 403 1 MuEG HIGGS # Map to Stage 1 -L1_Mu5_IsoEG18 404 1 MuEG HIGGS -L1_Mu5_IsoEG20 405 1 MuEG HIGGS -L1_Mu12_EG10 406 30 MuEG HIGGS -L1_Mu20_EG15 407 1 MuEG HIGGS -L1_Mu20_EG17 408 1 MuEG HIGGS -L1_Mu23_IsoEG10 409 10 MuEG HIGGS -L1_Mu23_EG10 410 10 MuEG HIGGS -## CrossTau 411-430 -L1_Mu16er_Tau20er 411 1 MuTau HIGGS -L1_Mu16er_Tau24er 412 1 MuTau HIGGS -#L1_Mu14er_Tau20er 413 1 MuTau HIGGS # Use same quarlity as SingleMuer -#L1_Mu14er_Tau24er 414 1 MuTau HIGGS # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau26er 415 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau28er 416 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau30er 417 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau32er 418 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau36er 419 1 MuTau # Use same quarlity as SingleMuer -L1_Mu18er_IsoTau40er 420 1 MuTau # Use same quarlity as SingleMuer -L1_IsoEG20er_Tau20er_NotWdEta0 421 100 MuTau HIGGS -L1_IsoEG20er_Tau24er_NotWdEta0 422 50 MuTau HIGGS - -## Rest -L1_DoubleMu7_EG14 431 1 MuEG HIGGS #Like Stage1 L1_DoubleMu7_EG7 -L1_DoubleMu7_EG7 432 1 MuEG HIGGS #Like Stage1 L1_DoubleMu7_EG7 -L1_Mu6_DoubleEG17 433 1 MuEG HIGGS -L1_Mu6_DoubleEG10 434 1 MuEG HIGGS -L1_Mu3_JetC16_dEta_Max0p4_dPhi_Max0p4 435 450 MuJet -L1_Mu3_JetC60_dEta_Max0p4_dPhi_Max0p4 436 3 MuJet EXO -L1_Mu6_HTT200 437 1 MuSum EXO -L1_Mu8_HTT150 438 10 MuSum SUSY -L1_EG27er_HTT200 439 1 EGSum HIGGS #322 pure rate, masked for now -L1_EG25er_HTT125 440 50 EGSum HIGGS #3kHz pure rate -L1_DoubleEG6_HTT255 441 1 EGSum SUSY -L1_QuadJetC36_Tau52 442 50 JetTau HIGGS -L1_IsoEG22er_Tau20er_dEta_Min0p2 443 1 EGTau HIGGS -L1_Jet32_DoubleMuOpen_Mu10_dPhi_Jet_Mu0_Max1p05_dPhi_Mu_Mu_Min1p0 444 1 MuJet SUSY #161Hz pure rate -L1_Jet32_MuOpen_EG10_dPhi_Jet_Mu_Max1p05_dPhi_Mu_EG_Min1p05 445 20 MuJet SUSY #Map to Stage1 L1_Jet32MuOpen_EG10_dPhiMu_EG1 - -#L1_DoubleJetC60_ETM60 446 1 EGSum HIGGS -#L1_Mu0er_ETM40 447 1 MuSum HIGGS -#L1_Mu0er_ETM55 448 1 MuSum HIGGS -#L1_Mu10er_ETM30 449 1 MuSum HIGGS -#L1_Mu10er_ETM50 450 1 MuSum HIGGS -#L1_Mu14er_ETM30 451 1 MuSum HIGGS -#L1_HTM80_HTT220 452 1 Sum SUSY -#L1_HTM60_HTT260 453 1 Sum SUSY -#L1_SingleMuOpen_NotBptxOR 454 -1 Mu #Assume 1kHz for all bptx triggers -#L1_SingleJetC32_NotBptxOR 455 -1 Jet #Assume 1kHz for all bptx triggers -#L1_SingleJetC20_NotBptxOR 456 -1 Jet #Assume 1kHz for all bptx triggers -#L1_SingleEG2_BptxAND 457 -1 Jet #Assume 1kHz for all bptx triggers -#L1_ETT15_BptxAND 458 -1 Sum #Assume 1kHz for all bptx triggers -#L1_SingleJet8_BptxAND 459 -1 Jet #Assume 1kHz for all bptx triggers -#L1_SingleJet12_BptxAND 460 -1 Jet #Assume 1kHz for all bptx triggers - - -L1_Mu3_JetC120_dEta_Max0p4_dPhi_Max0p4 461 1 MuJet BTV -#============================================================================# -#---------------------------- Fixed Rate ----------------------------# -#============================================================================# -#### Bptx (counted constant rate ) -# L1_SingleMuOpen_NotBptxOR 89 1 Mu EXO # WBM 538.21Hz -# L1_SingleJetC32_NotBptxOR 78 1 Jet # WBM 1098.09Hz -# L1_SingleJetC20_NotBptxOR 112 1 Jet # WBM 237Hz -# L1_SingleEG2_BptxAND 2 -1 EG HIGGS # masked -# L1_ETT15_BptxAND 5 1 Sum # masked -### Masked in WBM -# L1_SingleMuOpen 55 -1 Mu EXO #Masked in WBM -# L1_HTT75 8 1 Sum EXO,SUSY,B2G # Not blod in WBM (4kHz) -# L1_Mu5_DoubleEG5 91 1 MuEG HIGGS # Not blod in WBM (3kHz) -# L1_SingleEG5 47 1 EG HIGGS # Not blod in WBM (968kHz) -# L1_DoubleMuOpen 32 1 Mu # Not blod in WBM (22kHz) -### ETM + ETM with HF (estimated as 20% of total rate) -#L1_DoubleJetC56_ETM60 113 1 JetSum, HIGGS,SUSY -#L1_ETT60 7 1 Sum -#L1_ETT40 6 1 Sum -#L1_ETM70 68 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM60 109 1 Sum HIGGS,EXO -#L1_ETM50 67 1 Sum HIGGS,EXO,SUSY,B2G -#L1_ETM40 79 1000 Sum -#L1_ETM30 66 400 Sum EXO -#L1_ETM100 69 1 Sum HIGGS,EXO,SUSY,B2G -#L1_Mu14er_ETM30 84 1 MuSum EXO -#L1_Mu10er_ETM50 83 1 MuSum EXO -#L1_Mu10er_ETM30 82 1 MuSum EXO -#L1_Mu0er_ETM55 104 1 MuSum SUSY -#L1_Mu0er_ETM40 94 1 MuSum SUSY -#L1_HTM70 68 1 Sum HIGGS,EXO,SUSY,B2G -#L1_HTM60 109 1 Sum HIGGS,EXO -#L1_HTM50 67 1 Sum HIGGS,EXO,SUSY,B2G -#L1_HTM40 79 1000 Sum -#L1_HTM30 66 400 Sum EXO -#L1_HTM100 69 1 Sum HIGGS,EXO,SUSY,B2G - -# vim: ft=python:nolbr:cc=88 diff --git a/macros/menu/Menu_259721_TSGv5_Prescales.txt b/macros/menu/Menu_259721_TSGv5_Prescales.txt deleted file mode 100644 index 7d4e95b..0000000 --- a/macros/menu/Menu_259721_TSGv5_Prescales.txt +++ /dev/null @@ -1,262 +0,0 @@ -## Start with 100kHz for 1.2e34 -## Assume 20kHz for ETM, and ETM with HF rates -## Assume 1kHz for Zero bias (originally 10kHz) -## Assume bptx trigger rates are PU independant, get them from WBM -## Assume 1kHz for bxpt seeds (originally 2kHz) -## Assume 5kHz for prescale rate (masked in this menu) -## Menu rate = 100 - 20 - 1 - 1 - 5 = 73kHz - -## EG map from https://indico.cern.ch/event/493290/contribution/2/attachments/1221650/1786361/Zhenbin_Stage2_L1Menu.pdf -## HT map from https://indico.cern.ch/event/502206/contribution/2/attachments/1233163/1809079/Zhenbin_Stage2_Calov0.pdf - -## Re-organize L1 bit up to 511 -## 1 -100 > Mu -## 101-200 > EG -## 201-300 > Jet & Tau -## 301-400 > Sums -## 401-500 > Cross -## 500-511 > bptx - -#============================================================================# -#------------------------------- Menu -------------------------------# -#============================================================================# -# L1Seed Bit Prescale POG PAG -L1_ZeroBias 0 42000 Tech -### SingleMu 1-30 -L1_SingleMuBeamHalo 1 1 Mu #Not available yet, no firing -L1_SingleMuOpen 2 5000 Mu -#L1_SingleMu3 3 8000 Mu HIGGS,EXO,SUSY -L1_SingleMu5 4 2000 Mu HIGGS,EXO,SUSY -#L1_SingleMu7 5 1000 Mu HIGGS,EXO,BPH,SUSY -L1_SingleMu12 6 100 Mu HIGGS,SUSY -#L1_SingleMu14 7 300 Mu -L1_SingleMu16 8 50 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G -#L1_SingleMu18 9 10 Mu TOP,HIGGS,EXO,SMP,BPH,SUSY,B2G -L1_SingleMu20 10 1 Mu HIGGS,EXO -L1_SingleMu22 11 1 Mu -L1_SingleMu25 12 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu30 13 1 Mu TOP,HIGGS,EXO,SMP,BPH,B2G -L1_SingleMu10_LowQ 21 -1 Mu -### SingleMuer 31 - 60 -L1_SingleMu14er 31 50 Mu HIGGS,EXO,SMP,SUSY,B2G -L1_SingleMu16er 32 10 Mu HIGGS,EXO,SMP -L1_SingleMu18er 33 1 Mu -L1_SingleMu20er 34 1 Mu HIGGS,EXO -L1_SingleMu22er 35 1 Mu -L1_SingleMu25er 36 1 Mu -L1_SingleMu30er 37 1 Mu - -### DoubleMu 61-80 -L1_DoubleMuOpen 60 400 Mu BPH -L1_DoubleMu0 61 300 Mu BPH -L1_DoubleMu_10_Open 62 40 Mu -L1_DoubleMu_10_3p5 63 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_11_4 64 1 Mu -L1_DoubleMu_12_5 65 1 Mu TOP,HIGGS,EXO,SMP,SUSY,B2G -L1_DoubleMu_13_6 66 1 Mu -L1_DoubleMu_15_5 67 1 Mu -L1_DoubleMu_12_8 68 1 Mu -L1_DoubleMu0er1p6_dEta_Max1p8 69 1 Mu BPH -L1_DoubleMu0er1p6_dEta_Max1p8_OS 70 1 Mu BPH -L1_DoubleMu_10_0_dEta_Max1p8 72 10 Mu BPH #1kHz pure rate, might go back if we have more rate -### TripleMu 81-90 -L1_TripleMu0 81 1 Mu HIGGS,BPH -L1_TripleMu_5_5_3 82 1 Mu HIGGS -### QuadMu 91-100 -L1_QuadMu0 91 1 Mu BPH - -### SingleEG 101-120 -L1_SingleEG5 101 60000 EG -L1_SingleEG10 102 10000 EG -L1_SingleEG15 103 1000 EG -L1_SingleEG18 104 500 EG -#L1_SingleEG24 105 300 EG -L1_SingleEG26 106 400 EG -#L1_SingleEG28 107 500 EG -L1_SingleEG30 108 100 EG -L1_SingleEG34 110 1 EG EXO,SMP #Stage1 EG30, Eff39 -L1_SingleEG40 112 1 EG EXO #Stage1 EG35, Eff45 -L1_SingleEG45 114 1 EG HIGGS,SMP #Stage1 EG40, Eff51 -### SingleIsoEG 121-140 -L1_SingleIsoEG18 121 100 EG -L1_SingleIsoEG20 122 50 EG -L1_SingleIsoEG22 123 30 EG -L1_SingleIsoEG24 124 1 EG #Stage1 EG20, Eff29 -L1_SingleIsoEG26 125 1 EG -L1_SingleIsoEG28 127 1 EG -L1_SingleIsoEG30 128 1 EG -L1_SingleIsoEG34 129 1 EG -### SingleIsoEGer 141-160 -L1_SingleIsoEG18er 141 100 EG #Stage1 EG15, Eff25 -L1_SingleIsoEG20er 142 50 EG -L1_SingleIsoEG22er 143 1 EG HIGGS -L1_SingleIsoEG24er 144 1 EG -L1_SingleIsoEG26er 145 1 EG -L1_SingleIsoEG28er 147 1 EG -L1_SingleIsoEG30er 148 1 EG -L1_SingleIsoEG34er 149 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #Stage1 EG30, Eff39 -### DoubleEG 161 - 180 -L1_DoubleEG_15_10 161 100 EG #8kHz pure rate -L1_DoubleEG_18_17 162 1 EG TOP,HIGGS,EXO,SMP,SUSY,B2G #map to Stage1 L1_DoubleEG_15_10 -L1_DoubleEG_20_18 163 1 EG -L1_DoubleEG_22_10 165 80 EG -L1_DoubleEG_23_10 166 80 EG #map to Stage1 L1_DoubleEG_22_10 -L1_DoubleEG_24_17 167 1 EG #map to Stage1 L1_DoubleEG_22_10 -L1_DoubleEG_22_12 168 1 EG # from Simone's menu,800Hz pure rate -L1_DoubleEG_22_15 169 1 EG # created by ZW -### TripleEG 181-190 -L1_TripleEG_14_10_8 181 1 EG HIGGS -L1_TripleEG_18_17_8 182 1 EG HIGGS #map to Stage1 L1_TripleEG_15_10_8 -### QuadEG 191-200 - -### SingleJet 201-220 -#L1_SingleJet16 201 150000 Jet -#L1_SingleJet20 202 100000 Jet -L1_SingleJet35 203 50000 Jet -L1_SingleJet60 204 840 Jet EXO,SMP # Prescale 840 from CMSHLT-725 -L1_SingleJet90 205 600 Jet SMP -L1_SingleJet120 206 400 Jet EXO,SMP,SUSY,B2G -L1_SingleJet140 207 300 Jet EXO,SMP,SUSY,B2G -L1_SingleJet150 208 50 Jet EXO,SMP,SUSY,B2G -L1_SingleJet160 209 10 Jet EXO,SMP,SUSY,B2G -L1_SingleJet170 210 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet180 211 1 Jet EXO,SMP,SUSY,B2G -L1_SingleJet200 212 1 Jet EXO,SMP,SUSY,B2G -### DoubleJet 221-240 -L1_DoubleJetC40 221 6000 Jet -L1_DoubleJetC50 222 800 Jet -L1_DoubleJetC60 223 500 Jet -L1_DoubleJetC80 224 100 Jet -L1_DoubleJetC100 225 1 Jet EXO,SUSY -L1_DoubleJetC112 226 1 Jet EXO,SUSY -L1_DoubleJetC120 227 1 Jet EXO,SUSY -L1_DoubleJet8_ForwardBackward 231 -1 Jet # CMSHLT-719 -L1_DoubleJet12_ForwardBackward 232 -1 Jet # CMSHLT-719 -L1_DoubleJet16_ForwardBackward 233 -1 Jet # CMSHLT-719 - -### TripleJet 241-250 -L1_TripleJet_84_68_48_VBF 241 1 Jet HIGGS -L1_TripleJet_88_72_56_VBF 242 1 Jet HIGGS -L1_TripleJet_92_76_64_VBF 243 1 Jet HIGGS -### QuadJet 251-260 -L1_QuadJetC40 251 30 Jet EXO,SUSY,B2G -L1_QuadJetC50 252 1 Jet EXO,SUSY,B2G -L1_QuadJetC60 253 1 Jet EXO,SUSY,B2G -### SingleTau 261-270 -L1_SingleTau80er 261 100 Tau -L1_SingleTau100er 262 50 Tau -L1_SingleTau120er 263 1 Tau # No rate yet. -### SingleIsoTau 271-280 - -### DoubleTau 281-290 -L1_DoubleIsoTau26er 281 200 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau27er 282 200 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau28er 283 100 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau29er 284 100 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau30er 285 20 Tau HIGGS,EXO,SUSY -L1_DoubleIsoTau32er 286 1 Tau HIGGS,EXO,SUSY -L1_DoubleTau50er 287 1 Tau HIGGS,EXO,SUSY - -### HTT 301-320 -L1_HTT120 301 1000 Sum EXO,SUSY,B2G -L1_HTT160 302 400 Sum EXO,SUSY,B2G -L1_HTT200 303 200 Sum EXO,SUSY,B2G -L1_HTT220 304 100 Sum EXO,SUSY,B2G -L1_HTT240 305 80 Sum EXO,SUSY,B2G -L1_HTT255 306 50 Sum EXO,SUSY,B2G -L1_HTT270 307 20 Sum EXO,SUSY,B2G -L1_HTT280 308 1 Sum EXO,SUSY,B2G -L1_HTT300 309 1 Sum EXO,SUSY,B2G -L1_HTT320 310 1 Sum EXO,SUSY,B2G - -#### HTM 321-340 -# L1_HTM50 321 1 Sum EXO -# L1_HTM70 322 1 Sum EXO -# L1_HTM80 323 1 Sum EXO -# L1_HTM100 324 1 Sum EXO -# L1_HTM120 325 1 Sum EXO -L1_HTM130 326 1 Sum EXO -L1_HTM140 327 1 Sum EXO -L1_HTM150 328 1 Sum EXO -#### ETT -# L1_ETT40 341 1 Sum -# L1_ETT60 342 1 Sum -#### ETM -# L1_ETM30 361 1 Sum -# L1_ETM40 362 1 Sum -# L1_ETM50 363 1 Sum -# L1_ETM60 364 1 Sum -# L1_ETM70 365 1 Sum -L1_ETM80 366 1 Sum -L1_ETM90 367 1 Sum -L1_ETM100 368 1 Sum -L1_ETM120 369 1 Sum - -### Cross 401-500 -## MuEG 401-415 -L1_Mu5_EG15 401 50 MuEG HIGGS -L1_Mu5_EG20 402 1 MuEG HIGGS -L1_Mu5_EG23 403 1 MuEG HIGGS # Map to Stage 1 -L1_Mu5_IsoEG18 404 1 MuEG HIGGS -L1_Mu5_IsoEG20 405 1 MuEG HIGGS -L1_Mu12_EG10 406 30 MuEG HIGGS -L1_Mu20_EG15 407 1 MuEG HIGGS # L1_MU20_EG15 in v5 XML, to be corrected -L1_Mu20_EG17 408 1 MuEG HIGGS -L1_Mu23_IsoEG10 409 10 MuEG HIGGS -L1_Mu23_EG10 410 10 MuEG HIGGS -L1_Mu20_EG10 411 1 MuEG HIGGS -## CrossTau 416-430 -L1_Mu16er_Tau20er 416 1 MuTau HIGGS -L1_Mu16er_Tau24er 417 1 MuTau HIGGS -L1_Mu18er_IsoTau26er 418 1 MuTau # Use same quarlity as SingleMuer -L1_Mu20er_IsoTau26er 419 1 MuTau # Use same quarlity as SingleMuer - -## Rest -L1_DoubleMu7_EG14 431 1 MuEG HIGGS #Like Stage1 L1_DoubleMu7_EG7 -L1_DoubleMu7_EG7 432 1 MuEG HIGGS #Like Stage1 L1_DoubleMu7_EG7 -L1_Mu6_DoubleEG17 433 1 MuEG HIGGS -L1_Mu6_DoubleEG10 434 1 MuEG HIGGS -L1_Mu3_JetC16_dEta_Max0p4_dPhi_Max0p4 435 450 MuJet # CMSHLT_707, prescale to 0.15kHz -L1_Mu3_JetC60_dEta_Max0p4_dPhi_Max0p4 436 3 MuJet EXO # CMSHLT_707, prescale to 0.5kHz -L1_Mu6_HTT200 437 1 MuSum EXO -L1_Mu8_HTT150 438 10 MuSum SUSY -L1_EG27er_HTT200 439 1 EGSum HIGGS #322 pure rate, masked for now -L1_EG25er_HTT125 440 50 EGSum HIGGS #3kHz pure rate -L1_DoubleEG6_HTT255 441 1 EGSum SUSY -L1_QuadJetC36_Tau52 442 50 JetTau HIGGS -L1_IsoEG22er_Tau20er_dEta_Min0p2 443 1 EGTau HIGGS -L1_DoubleJetC60_ETM60 446 1 EGSum HIGGS -L1_Mu0er_ETM40 447 1 MuSum HIGGS -L1_Mu0er_ETM55 448 1 MuSum HIGGS -L1_Mu10er_ETM30 449 1 MuSum HIGGS -L1_Mu10er_ETM50 450 1 MuSum HIGGS -L1_Mu14er_ETM30 451 1 MuSum HIGGS -L1_HTM80_HTT220 452 1 Sum SUSY -L1_HTM60_HTT260 453 1 Sum SUSY -L1_Mu3_JetC120_dEta_Max0p4_dPhi_Max0p4 461 1 MuJet BTV -L1_ETM60_Jet60_dPhi_Min0p4 462 1 JetSum -L1_Mu3_Jet35C 463 1 MuJet #CMSHLT-755, not in XML yet - -L1_Jet32_DoubleMuOpen_Mu10_dPhi_Jet_Mu0_Max0p4_dPhi_Mu_Mu_Min1p0 444 1 MuJet SUSY #161Hz pure rate -L1_Jet32_MuOpen_EG10_dPhi_Jet_Mu_Max0p4_dPhi_Mu_EG_Min1p0 445 20 MuJet SUSY #Map to Stage1 L1_Jet32MuOpen_EG10_dPhiMu_EG1 -#============================================================================# -#---------------------------- Fixed Rate ----------------------------# -#============================================================================# -# # L1_AlwaysTrue -# # L1_BptxPlus -# # L1_BptxMinus -# # L1_BptxOR -# # L1_SingleMuOpen_NotBptxOR_3BX -# # L1_SingleJetC20_NotBptxOR_3BX -# # L1_SingleJetC32_NotBptxOR_3BX -# # L1_SingleJetC36_NotBptxOR_3BX -# # L1_SingleMuOpen_NotBptxOR 454 -1 Mu #Assume 1kHz for all bptx triggers -# # L1_SingleJetC32_NotBptxOR 455 -1 Jet #Assume 1kHz for all bptx triggers -# # L1_SingleJetC20_NotBptxOR 456 -1 Jet #Assume 1kHz for all bptx triggers -# # L1_SingleEG2_BptxAND 457 -1 Jet #Assume 1kHz for all bptx triggers -# # L1_ETT15_BptxAND 458 -1 Sum #Assume 1kHz for all bptx triggers -# # L1_SingleJet8_BptxAND 459 -1 Jet #Assume 1kHz for all bptx triggers -# # L1_SingleJet12_BptxAND 460 -1 Jet #Assume 1kHz for all bptx triggers - -# vim: ft=python:nolbr:cc=88 -