L1Menu_Collisions2011_v6


Scales
All bitmasks in this file have a mouse over effect!
0::L1_ZeroBias
1::L1_ZeroBias_Instance1
2::L1_BeamGas_Hf_BptxPlusPostQuiet
3::L1_PreCollisions
4::L1_BeamGas_Hf_BptxMinusPostQuiet
5::L1_BeamGas_Hf_v1
6::L1_InterBunch_Bsc_v1
8::L1_BeamHalo
9::L1_TripleMu0
10::L1_SingleJet92_Central
11::L1_DoubleJet44_Central
12::L1_TripleJet_36_36_12_Central
13::L1_MuOpen_EG12
14::L1_Mu5_EG12
15::L1_SingleJet16
16::L1_SingleJet36
17::L1_SingleJet52
18::L1_SingleJet68
19::L1_SingleJet92
20::L1_SingleJet128
21::L1_SingleJet80_Central
22::L1_Mu7_EG5
23::L1_Mu12_EG5
24::L1_DoubleMuOpen_EG5
25::L1_DoubleMu0_HighQ
26::L1_DoubleMu0_HighQ_EtaCuts
27::L1_SingleMu5_Eta1p5_Q80_v1
28::L1_MuOpen_DoubleEG5
29::L1_EG5_Jet36_deltaPhi1
30::L1_EG8_Jet20_Central_deltaPhi1
31::L1_Jet52_Central_ETM30
32::L1_SingleJet52_Central
33::L1_EG18_ForJet16
34::L1_EG15_ForJet16
35::L1_DoubleTauJet40_Eta2p17
36::L1_DoubleTauJet36_Eta2p17
37::L1_DoubleTauJet44_Eta2p17
38::L1_TripleEG_8_5_5
39::L1_TripleEG_8_8_5
40::L1_DoubleEG_12_5_Eta1p39
41::L1_SingleMu12_Debug
42::L1_SingleMu14_Eta2p1
43::L1_SingleIsoEG12
44::L1_DoubleMu_10_Open
45::L1_SingleIsoEG12_Eta2p17
46::L1_DoubleEG_15_5
47::L1_SingleEG5
48::L1_SingleEG18
49::L1_SingleEG22
50::L1_SingleEG12
51::L1_SingleEG15
52::L1_SingleEG20
53::L1_SingleEG30
54::L1_SingleMuBeamHalo
55::L1_SingleMuOpen
56::L1_SingleMu16
57::L1_SingleMu3
58::L1_DoubleMu_5_Open
59::L1_SingleMu7
60::L1_SingleMu10
61::L1_SingleMu12
62::L1_SingleMu20
63::L1_SingleMu25
64::L1_ETM100
65::L1_ETM20
66::L1_ETM30
67::L1_ETM50
68::L1_ETM70
69::L1_HTT50
70::L1_HTT100
71::L1_HTT150
72::L1_HTT75
73::L1_HTM50
74::L1_Mu10_Eta2p1_DoubleJet_16_8_Central
75::L1_ETT220
76::L1_DoubleJet64_Central
77::L1_ETT300_EG5
78::L1_SingleJet32_NotBptxOR_NotMuBeamHalo
79::L1_DoubleIsoEG10
80::L1_Mu0_HTT50
81::L1_Mu0_HTT75
82::L1_Mu3_Jet16_Central
83::L1_Mu3_Jet20_Central
84::L1_Mu3_Jet28_Central
85::L1_Mu3_EG5
86::L1_SingleMu16_Eta2p1
87::L1_EG12_Jet24_Central_deltaPhi1
88::L1_EG5_DoubleJet20_Central
89::L1_TripleJet_36_36_16_Central
90::L1_Mu7_Jet20_Central
91::L1_Mu10_Jet36_Central
92::L1_DoubleMu0
93::L1_DoubleMu3
94::L1_DoubleMu3p5
95::L1_DoubleMu5_v1
96::L1_DoubleJet52
97::L1_DoubleForJet32_EtaOpp
98::L1_SingleJet20_Central_NotBptxOR_NotMuBeamHalo
99::L1_DoubleJet52_Central
100::L1_DoubleJet36_Central
101::L1_DoubleForJet44_EtaOpp
102::L1_SingleJet36_FwdVeto5
103::L1_DoubleEG3
104::L1_DoubleEG5
105::L1_Mu10_ETM20
106::L1_DoubleEG10
107::L1_TripleEG5
108::L1_TripleJet28_Central
109::L1_QuadJet20_Central
110::L1_DoubleEG2_FwdVeto
111::L1_DoubleEG_12_5
112::L1_SingleJet20_Central_NotBptxOR
113::L1_DoubleTauJet32_Eta2p17
114::L1_EG5_HTT75
115::L1_EG5_HTT100
116::L1_EG5_HTT125
117::L1_DoubleEG5_HTT50
118::L1_DoubleEG5_HTT75
119::L1_HTT50_HTM30
120::L1_HTT50_HTM50
121::L1_BptxPlus_NotBptxMinus
122::L1_BptxMinus_NotBptxPlus
123::L1_Bsc2Plus_BptxPlus
124::L1_Bsc2Minus_BptxMinus
125::L1_TripleEG7
126::L1_BscMinBiasOR_BptxPlusANDMinus
127::L1_QuadJet28_Central

Technical Triggers

[TOP]

Cabling Key:L1TechTrigCabling_2011_Jun_16
Bit 0: L1Tech_BPTX_plus_AND_minus.v0
Bit 1: L1Tech_BPTX_plus.v0
Bit 2: L1Tech_BPTX_minus.v0
Bit 3: L1Tech_BPTX_plus_OR_minus.v0
Bit 4: L1Tech_BPTX_plus_AND_minus_instance1.v0
Bit 5: L1Tech_BPTX_plus_AND_NOT_minus.v0
Bit 6: L1Tech_BPTX_minus_AND_not_plus.v0
Bit 7: L1Tech_BPTX_quiet.v0
Bit 8: L1Tech_HCAL_HF_single_channel.v0
Bit 9: L1Tech_HCAL_HF_coincidence_PM.v2
Bit 10: L1Tech_HCAL_HF_MMP_or_MPP.v1
Bit 11: L1Tech_HCAL_HO_totalOR.v0
Bit 12: L1Tech_HCAL_HBHE_totalOR.v0
Bit 16: L1Tech_BPTX_PreBPTX.v0
Bit 20: L1Tech_DT_GlobalOR.v0
Bit 24: L1Tech_RPC_TTU_barrel_Cosmics.v0
Bit 25: L1Tech_RPC_TTU_pointing_Cosmics.v0
Bit 26: L1Tech_RPC_TTU_RBplus2_Cosmics.v0
Bit 27: L1Tech_RPC_TTU_RBplus1_Cosmics.v0
Bit 28: L1Tech_RPC_TTU_RB0_Cosmics.v0
Bit 29: L1Tech_RPC_TTU_RBminus1_Cosmics.v0
Bit 30: L1Tech_RPC_TTU_RBminus2_Cosmics.v0
Bit 31: L1Tech_RPC_TTU_RBst1_collisions.v0
Bit 32: L1Tech_BSC_minBias_inner_threshold1.v0
Bit 33: L1Tech_BSC_minBias_inner_threshold2.v0
Bit 34: L1Tech_BSC_minBias_OR.v0
Bit 35: L1Tech_BSC_HighMultiplicity.v0
Bit 36: L1Tech_BSC_halo_beam2_inner.v0
Bit 37: L1Tech_BSC_halo_beam2_outer.v0
Bit 38: L1Tech_BSC_halo_beam1_inner.v0
Bit 39: L1Tech_BSC_halo_beam1_outer.v0
Bit 40: L1Tech_BSC_minBias_threshold1.v0
Bit 41: L1Tech_BSC_minBias_threshold2.v0
Bit 42: L1Tech_BSC_splash_beam1.v0
Bit 43: L1Tech_BSC_splash_beam2.v0
Bit 44: L1Tech_FSC_St1Sect45_upp.v0
Bit 45: L1Tech_FSC_St1Sect45_down.v0
Bit 46: L1Tech_FSC_St1Sect56_upp.v0
Bit 47: L1Tech_FSC_St1Sect56_down.v0
Bit 48: L1Tech_FSC_St2Sect45_upp.v0
Bit 49: L1Tech_FSC_St2Sect45_down.v0
Bit 50: L1Tech_FSC_St2Sect56_upp.v0
Bit 51: L1Tech_FSC_St2Sect56_down.v0
Bit 55: L1Tech_CASTOR_HaloMuon.v0
Bit 56: L1Tech_FSC_St3Sect45_uppLeft.v0
Bit 57: L1Tech_FSC_St3Sect45_uppRight.v0
Bit 58: L1Tech_FSC_St3Sect45_downRight.v0
Bit 59: L1Tech_FSC_St3Sect45_downLeft.v0
Bit 60: L1Tech_FSC_St3Sect56_uppRight.v0
Bit 61: L1Tech_FSC_St3Sect56_downRight.v0
Bit 62: L1Tech_FSC_St3Sect56_downLeft.v0
Bit 63: L1Tech_FSC_St3Sect56_uppLeft.v0



0:L1_ZeroBias

[TOP]

Logical Expression: BPTX_plus_AND_minus.v0


BPTX_plus_AND_minus.v0:

1:L1_ZeroBias_Instance1

[TOP]

Logical Expression: BPTX_plus_AND_minus.v0


BPTX_plus_AND_minus.v0:

2:L1_BeamGas_Hf_BptxPlusPostQuiet

[TOP]

Logical Expression: ( BPTX_plus_postQuiet.v0 AND NOT BPTX_minus.v0 ) AND ( ( HfBitCounts_Ind1_0x02 OR HfBitCounts_Ind3_0x02 ) OR ( HfBitCounts_Ind1_0x01 AND HfBitCounts_Ind3_0x01 ) )


BPTX_minus.v0:

BPTX_plus_postQuiet.v0:

HfBitCounts_Ind1_0x01:
Count Index: 1
Count Threshold: 1

HfBitCounts_Ind1_0x02:
Count Index: 1
Count Threshold: 2

HfBitCounts_Ind3_0x01:
Count Index: 3
Count Threshold: 1

HfBitCounts_Ind3_0x02:
Count Index: 3
Count Threshold: 2

3:L1_PreCollisions

[TOP]

Logical Expression: ( ( BPTX_minus.v0 AND NOT BPTX_plus.v0 ) OR ( BPTX_plus.v0 AND NOT BPTX_minus.v0 ) ) AND BSC_minBias_OR.v0


BPTX_minus.v0:

BPTX_plus.v0:

BSC_minBias_OR.v0:

4:L1_BeamGas_Hf_BptxMinusPostQuiet

[TOP]

Logical Expression: ( BPTX_minus_postQuiet.v0 AND NOT BPTX_plus.v0 ) AND ( ( HfBitCounts_Ind0_0x02 OR HfBitCounts_Ind2_0x02 ) OR ( HfBitCounts_Ind0_0x01 AND HfBitCounts_Ind2_0x01 ) )


BPTX_minus_postQuiet.v0:

BPTX_plus.v0:

HfBitCounts_Ind0_0x01:
Count Index: 0
Count Threshold: 1

HfBitCounts_Ind0_0x02:
Count Index: 0
Count Threshold: 2

HfBitCounts_Ind2_0x01:
Count Index: 2
Count Threshold: 1

HfBitCounts_Ind2_0x02:
Count Index: 2
Count Threshold: 2

5:L1_BeamGas_Hf_v1

[TOP]

Logical Expression: ( ( BPTX_minus.v0 AND NOT BPTX_plus.v0 ) OR ( BPTX_plus.v0 AND NOT BPTX_minus.v0 ) ) AND ( ( HfBitCounts_Ind0_0x02 OR HfBitCounts_Ind2_0x02 ) OR ( HfBitCounts_Ind0_0x01 AND HfBitCounts_Ind2_0x01 ) OR ( HfBitCounts_Ind1_0x02 OR HfBitCounts_Ind3_0x02 ) OR ( HfBitCounts_Ind1_0x01 AND HfBitCounts_Ind3_0x01 ) )


BPTX_minus.v0:

BPTX_plus.v0:

HfBitCounts_Ind0_0x01:
Count Index: 0
Count Threshold: 1

HfBitCounts_Ind0_0x02:
Count Index: 0
Count Threshold: 2

HfBitCounts_Ind1_0x01:
Count Index: 1
Count Threshold: 1

HfBitCounts_Ind1_0x02:
Count Index: 1
Count Threshold: 2

HfBitCounts_Ind2_0x01:
Count Index: 2
Count Threshold: 1

HfBitCounts_Ind2_0x02:
Count Index: 2
Count Threshold: 2

HfBitCounts_Ind3_0x01:
Count Index: 3
Count Threshold: 1

HfBitCounts_Ind3_0x02:
Count Index: 3
Count Threshold: 2

6:L1_InterBunch_Bsc_v1

[TOP]

Logical Expression: ( NOT BPTX_plus_OR_minus.v0 ) AND BSC_minBias_OR.v0


BPTX_plus_OR_minus.v0:

BSC_minBias_OR.v0:

8:L1_BeamHalo

[TOP]

Logical Expression: ( ( BPTX_minus.v0 AND NOT BPTX_plus.v0 ) OR ( BPTX_plus.v0 AND NOT BPTX_minus.v0 ) ) AND ( BSC_halo_beam1_inner.v0 OR BSC_halo_beam1_outer.v0 OR BSC_halo_beam2_inner.v0 OR BSC_halo_beam2_outer.v0 )


BPTX_minus.v0:

BPTX_plus.v0:

BSC_halo_beam1_inner.v0:

BSC_halo_beam1_outer.v0:

BSC_halo_beam2_inner.v0:

BSC_halo_beam2_outer.v0:

9:L1_TripleMu0

[TOP]

Logical Expression: TripleMu_0x01


TripleMu_0x01:




Mu 0
Muon 0:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00e8
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

Mu 1
Muon 1:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00e8
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

Mu 2
Muon 2:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00e8
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

10:L1_SingleJet92_Central

[TOP]

Logical Expression: SingleCenJet_0x17 OR SingleTauJet_0x17


SingleCenJet_0x17:

CenJet 0
Et threshold: 92Gev
Eta:

Phi:

SingleTauJet_0x17:

TauJet 0
Et threshold: 92Gev
Eta:

Phi:

11:L1_DoubleJet44_Central

[TOP]

Logical Expression: DoubleCenJet_0x0B OR DoubleTauJet_0x0B OR ( SingleCenJet_0x0B AND SingleTauJet_0x0B )


DoubleCenJet_0x0B:

CenJet 0
Et threshold: 44Gev
Eta:

Phi:

CenJet 1
Et threshold: 44Gev
Eta:

Phi:

DoubleTauJet_0x0B:

TauJet 0
Et threshold: 44Gev
Eta:

Phi:

TauJet 1
Et threshold: 44Gev
Eta:

Phi:

SingleCenJet_0x0B:

CenJet 0
Et threshold: 44Gev
Eta:

Phi:

SingleTauJet_0x0B:

TauJet 0
Et threshold: 44Gev
Eta:

Phi:

12:L1_TripleJet_36_36_12_Central

[TOP]

Logical Expression: TripleCenJet_0x09_0x09_0x03 OR TripleTauJet_0x09_0x09_0x03 OR ( DoubleCenJet_0x09 AND SingleTauJet_0x03 ) OR ( SingleCenJet_0x09 AND DoubleTauJet_0x09_0x03 ) OR ( DoubleTauJet_0x09 AND SingleCenJet_0x03 ) OR ( DoubleCenJet_0x09_0x03 AND SingleCenJet_0x09 )


DoubleCenJet_0x09:

CenJet 0
Et threshold: 36Gev
Eta:

Phi:

CenJet 1
Et threshold: 36Gev
Eta:

Phi:

DoubleCenJet_0x09_0x03:

CenJet 0
Et threshold: 36Gev
Eta:

Phi:

CenJet 1
Et threshold: 12Gev
Eta:

Phi:

DoubleTauJet_0x09:

TauJet 0
Et threshold: 36Gev
Eta:

Phi:

TauJet 1
Et threshold: 36Gev
Eta:

Phi:

DoubleTauJet_0x09_0x03:

TauJet 0
Et threshold: 36Gev
Eta:

Phi:

TauJet 1
Et threshold: 12Gev
Eta:

Phi:

SingleCenJet_0x03:

CenJet 0
Et threshold: 12Gev
Eta:

Phi:

SingleCenJet_0x09:

CenJet 0
Et threshold: 36Gev
Eta:

Phi:

SingleTauJet_0x03:

TauJet 0
Et threshold: 12Gev
Eta:

Phi:

TripleCenJet_0x09_0x09_0x03:

CenJet 0
Et threshold: 36Gev
Eta:

Phi:

CenJet 1
Et threshold: 36Gev
Eta:

Phi:

CenJet 2
Et threshold: 12Gev
Eta:

Phi:

TripleTauJet_0x09_0x09_0x03:

TauJet 0
Et threshold: 36Gev
Eta:

Phi:

TauJet 1
Et threshold: 36Gev
Eta:

Phi:

TauJet 2
Et threshold: 12Gev
Eta:

Phi:

13:L1_MuOpen_EG12

[TOP]

Logical Expression: SingleMu_0x01_Open AND ( SingleIsoEG_0x0C OR SingleNoIsoEG_0x0C )


SingleIsoEG_0x0C:

IsoEG 0
Et threshold: 12Gev
Eta:

Phi:

SingleMu_0x01_Open:


Mu 0
Muon 0:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00fc
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

SingleNoIsoEG_0x0C:

NoIsoEG 0
Et threshold: 12Gev
Eta:

Phi:

14:L1_Mu5_EG12

[TOP]

Logical Expression: SingleMu_0x09 AND ( SingleIsoEG_0x0C OR SingleNoIsoEG_0x0C )


SingleIsoEG_0x0C:

IsoEG 0
Et threshold: 12Gev
Eta:

Phi:

SingleMu_0x09:


Mu 0
Muon 0:
PT Low =5 GeV, PT High = 5;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00f0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

SingleNoIsoEG_0x0C:

NoIsoEG 0
Et threshold: 12Gev
Eta:

Phi:

15:L1_SingleJet16

[TOP]

Logical Expression: SingleCenJet_0x04 OR SingleForJet_0x04 OR SingleTauJet_0x04


SingleCenJet_0x04:

CenJet 0
Et threshold: 16Gev
Eta:

Phi:

SingleForJet_0x04:

ForJet 0
Et threshold: 16Gev
Eta:

Phi:

SingleTauJet_0x04:

TauJet 0
Et threshold: 16Gev
Eta:

Phi:

16:L1_SingleJet36

[TOP]

Logical Expression: SingleCenJet_0x09 OR SingleForJet_0x09 OR SingleTauJet_0x09


SingleCenJet_0x09:

CenJet 0
Et threshold: 36Gev
Eta:

Phi:

SingleForJet_0x09:

ForJet 0
Et threshold: 36Gev
Eta:

Phi:

SingleTauJet_0x09:

TauJet 0
Et threshold: 36Gev
Eta:

Phi:

17:L1_SingleJet52

[TOP]

Logical Expression: SingleCenJet_0x0D OR SingleForJet_0x0D OR SingleTauJet_0x0D


SingleCenJet_0x0D:

CenJet 0
Et threshold: 52Gev
Eta:

Phi:

SingleForJet_0x0D:

ForJet 0
Et threshold: 52Gev
Eta:

Phi:

SingleTauJet_0x0D:

TauJet 0
Et threshold: 52Gev
Eta:

Phi:

18:L1_SingleJet68

[TOP]

Logical Expression: SingleCenJet_0x11 OR SingleForJet_0x11 OR SingleTauJet_0x11


SingleCenJet_0x11:

CenJet 0
Et threshold: 68Gev
Eta:

Phi:

SingleForJet_0x11:

ForJet 0
Et threshold: 68Gev
Eta:

Phi:

SingleTauJet_0x11:

TauJet 0
Et threshold: 68Gev
Eta:

Phi:

19:L1_SingleJet92

[TOP]

Logical Expression: SingleCenJet_0x17 OR SingleForJet_0x17 OR SingleTauJet_0x17


SingleCenJet_0x17:

CenJet 0
Et threshold: 92Gev
Eta:

Phi:

SingleForJet_0x17:

ForJet 0
Et threshold: 92Gev
Eta:

Phi:

SingleTauJet_0x17:

TauJet 0
Et threshold: 92Gev
Eta:

Phi:

20:L1_SingleJet128

[TOP]

Logical Expression: SingleCenJet_0x20 OR SingleForJet_0x20 OR SingleTauJet_0x20


SingleCenJet_0x20:

CenJet 0
Et threshold: 128Gev
Eta:

Phi:

SingleForJet_0x20:

ForJet 0
Et threshold: 128Gev
Eta:

Phi:

SingleTauJet_0x20:

TauJet 0
Et threshold: 128Gev
Eta:

Phi:

21:L1_SingleJet80_Central

[TOP]

Logical Expression: SingleCenJet_0x14 OR SingleTauJet_0x14


SingleCenJet_0x14:

CenJet 0
Et threshold: 80Gev
Eta:

Phi:

SingleTauJet_0x14:

TauJet 0
Et threshold: 80Gev
Eta:

Phi:

22:L1_Mu7_EG5

[TOP]

Logical Expression: SingleMu_0x0B AND ( SingleIsoEG_0x05 OR SingleNoIsoEG_0x05 )


SingleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleMu_0x0B:


Mu 0
Muon 0:
PT Low =7 GeV, PT High = 7;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00f0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

SingleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

23:L1_Mu12_EG5

[TOP]

Logical Expression: SingleMu_0x0E AND ( SingleIsoEG_0x05 OR SingleNoIsoEG_0x05 )


SingleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleMu_0x0E:


Mu 0
Muon 0:
PT Low =12 GeV, PT High = 12;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00f0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

SingleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

24:L1_DoubleMuOpen_EG5

[TOP]

Logical Expression: DoubleMu_0x01_Open AND ( SingleIsoEG_0x05 OR SingleNoIsoEG_0x05 )


DoubleMu_0x01_Open:



Mu 0
Muon 0:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00fc
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

Mu 1
Muon 1:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00fc
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

SingleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

25:L1_DoubleMu0_HighQ

[TOP]

Logical Expression: DoubleMu_0x01_HighQ


DoubleMu_0x01_HighQ:



Mu 0
Muon 0:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00e0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

Mu 1
Muon 1:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00e0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

26:L1_DoubleMu0_HighQ_EtaCuts

[TOP]

Logical Expression: DoubleMu_0x01_HighQ_EtaCuts


DoubleMu_0x01_HighQ_EtaCuts:



Mu 0
Muon 0:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00e0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

Mu 1
Muon 1:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00e0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

27:L1_SingleMu5_Eta1p5_Q80_v1

[TOP]

Logical Expression: SingleMu_0x09_Eta1p5_Q80_v1


SingleMu_0x09_Eta1p5_Q80_v1:


Mu 0
Muon 0:
PT Low =5 GeV, PT High = 5;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x0080
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

28:L1_MuOpen_DoubleEG5

[TOP]

Logical Expression: SingleMu_0x01_Open AND ( DoubleIsoEG_0x05 OR DoubleNoIsoEG_0x05 OR ( SingleIsoEG_0x05 AND SingleNoIsoEG_0x05 ) )


DoubleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

IsoEG 1
Et threshold: 5Gev
Eta:

Phi:

DoubleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

NoIsoEG 1
Et threshold: 5Gev
Eta:

Phi:

SingleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleMu_0x01_Open:


Mu 0
Muon 0:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00fc
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

SingleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

29:L1_EG5_Jet36_deltaPhi1

[TOP]

Logical Expression: Corr_IsoEG_CenJet_0x05_0x09_deltaPhi1 OR Corr_IsoEG_ForJet_0x05_0x09_deltaPhi1 OR Corr_IsoEG_TauJet_0x05_0x09_deltaPhi1 OR Corr_NoIsoEG_CenJet_0x05_0x09_deltaPhi1 OR Corr_NoIsoEG_ForJet_0x05_0x09_deltaPhi1 OR Corr_NoIsoEG_TauJet_0x05_0x09_deltaPhi1


Corr_IsoEG_CenJet_0x05_0x09_deltaPhi1:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

CenJet 0
Et threshold: 36Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

Corr_IsoEG_ForJet_0x05_0x09_deltaPhi1:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

ForJet 0
Et threshold: 36Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

Corr_IsoEG_TauJet_0x05_0x09_deltaPhi1:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

TauJet 0
Et threshold: 36Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

Corr_NoIsoEG_CenJet_0x05_0x09_deltaPhi1:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

CenJet 0
Et threshold: 36Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

Corr_NoIsoEG_ForJet_0x05_0x09_deltaPhi1:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

ForJet 0
Et threshold: 36Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

Corr_NoIsoEG_TauJet_0x05_0x09_deltaPhi1:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

TauJet 0
Et threshold: 36Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

30:L1_EG8_Jet20_Central_deltaPhi1

[TOP]

Logical Expression: Corr_IsoEG_CenJet_0x08_0x05_deltaPhi1 OR Corr_IsoEG_TauJet_0x08_0x05_deltaPhi1 OR Corr_NoIsoEG_CenJet_0x08_0x05_deltaPhi1 OR Corr_NoIsoEG_TauJet_0x08_0x05_deltaPhi1


Corr_IsoEG_CenJet_0x08_0x05_deltaPhi1:

IsoEG 0
Et threshold: 8Gev
Eta:

Phi:

CenJet 0
Et threshold: 20Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

Corr_IsoEG_TauJet_0x08_0x05_deltaPhi1:

IsoEG 0
Et threshold: 8Gev
Eta:

Phi:

TauJet 0
Et threshold: 20Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

Corr_NoIsoEG_CenJet_0x08_0x05_deltaPhi1:

NoIsoEG 0
Et threshold: 8Gev
Eta:

Phi:

CenJet 0
Et threshold: 20Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

Corr_NoIsoEG_TauJet_0x08_0x05_deltaPhi1:

NoIsoEG 0
Et threshold: 8Gev
Eta:

Phi:

TauJet 0
Et threshold: 20Gev
Eta:

Phi:
Delta Phi:
Delta Eta:

31:L1_Jet52_Central_ETM30

[TOP]

Logical Expression: ( SingleCenJet_0x0D OR SingleTauJet_0x0D ) AND ETM_0x03C


ETM_0x03C:
ETM:
Et Threshold: 30GeV
Phi:

SingleCenJet_0x0D:

CenJet 0
Et threshold: 52Gev
Eta:

Phi:

SingleTauJet_0x0D:

TauJet 0
Et threshold: 52Gev
Eta:

Phi:

32:L1_SingleJet52_Central

[TOP]

Logical Expression: SingleCenJet_0x0D AND SingleTauJet_0x0D


SingleCenJet_0x0D:

CenJet 0
Et threshold: 52Gev
Eta:

Phi:

SingleTauJet_0x0D:

TauJet 0
Et threshold: 52Gev
Eta:

Phi:

33:L1_EG18_ForJet16

[TOP]

Logical Expression: ( SingleIsoEG_0x12 OR SingleNoIsoEG_0x12 ) AND SingleForJet_0x04


SingleForJet_0x04:

ForJet 0
Et threshold: 16Gev
Eta:

Phi:

SingleIsoEG_0x12:

IsoEG 0
Et threshold: 18Gev
Eta:

Phi:

SingleNoIsoEG_0x12:

NoIsoEG 0
Et threshold: 18Gev
Eta:

Phi:

34:L1_EG15_ForJet16

[TOP]

Logical Expression: ( SingleIsoEG_0x0F OR SingleNoIsoEG_0x0F ) AND SingleForJet_0x04


SingleForJet_0x04:

ForJet 0
Et threshold: 16Gev
Eta:

Phi:

SingleIsoEG_0x0F:

IsoEG 0
Et threshold: 15Gev
Eta:

Phi:

SingleNoIsoEG_0x0F:

NoIsoEG 0
Et threshold: 15Gev
Eta:

Phi:

35:L1_DoubleTauJet40_Eta2p17

[TOP]

Logical Expression: DoubleTauJet_0x0A_Eta2p17


DoubleTauJet_0x0A_Eta2p17:

TauJet 0
Et threshold: 40Gev
Eta:

Phi:

TauJet 1
Et threshold: 40Gev
Eta:

Phi:

36:L1_DoubleTauJet36_Eta2p17

[TOP]

Logical Expression: DoubleTauJet_0x09_Eta2p17


DoubleTauJet_0x09_Eta2p17:

TauJet 0
Et threshold: 36Gev
Eta:

Phi:

TauJet 1
Et threshold: 36Gev
Eta:

Phi:

37:L1_DoubleTauJet44_Eta2p17

[TOP]

Logical Expression: DoubleTauJet_0x0B_Eta2p17


DoubleTauJet_0x0B_Eta2p17:

TauJet 0
Et threshold: 44Gev
Eta:

Phi:

TauJet 1
Et threshold: 44Gev
Eta:

Phi:

38:L1_TripleEG_8_5_5

[TOP]

Logical Expression: TripleIsoEG_0x08_0x05_0x05 OR TripleNoIsoEG_0x08_0x05_0x05 OR ( DoubleIsoEG_0x08_0x05 AND SingleNoIsoEG_0x05 ) OR ( DoubleNoIsoEG_0x08_0x05 AND SingleIsoEG_0x05 ) OR ( DoubleIsoEG_0x05 AND SingleNoIsoEG_0x08 ) OR ( DoubleNoIsoEG_0x05 AND SingleIsoEG_0x08 )


DoubleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

IsoEG 1
Et threshold: 5Gev
Eta:

Phi:

DoubleIsoEG_0x08_0x05:

IsoEG 0
Et threshold: 8Gev
Eta:

Phi:

IsoEG 1
Et threshold: 5Gev
Eta:

Phi:

DoubleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

NoIsoEG 1
Et threshold: 5Gev
Eta:

Phi:

DoubleNoIsoEG_0x08_0x05:

NoIsoEG 0
Et threshold: 8Gev
Eta:

Phi:

NoIsoEG 1
Et threshold: 5Gev
Eta:

Phi:

SingleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleIsoEG_0x08:

IsoEG 0
Et threshold: 8Gev
Eta:

Phi:

SingleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleNoIsoEG_0x08:

NoIsoEG 0
Et threshold: 8Gev
Eta:

Phi:

TripleIsoEG_0x08_0x05_0x05:

IsoEG 0
Et threshold: 8Gev
Eta:

Phi:

IsoEG 1
Et threshold: 5Gev
Eta:

Phi:

IsoEG 2
Et threshold: 5Gev
Eta:

Phi:

TripleNoIsoEG_0x08_0x05_0x05:

NoIsoEG 0
Et threshold: 8Gev
Eta:

Phi:

NoIsoEG 1
Et threshold: 5Gev
Eta:

Phi:

NoIsoEG 2
Et threshold: 5Gev
Eta:

Phi:

39:L1_TripleEG_8_8_5

[TOP]

Logical Expression: TripleIsoEG_0x08_0x08_0x05 OR TripleNoIsoEG_0x08_0x08_0x05 OR ( DoubleIsoEG_0x08 AND SingleNoIsoEG_0x05 ) OR ( DoubleNoIsoEG_0x08 AND SingleIsoEG_0x05 ) OR ( DoubleIsoEG_0x08_0x05 AND SingleNoIsoEG_0x08 ) OR ( DoubleNoIsoEG_0x08_0x05 AND SingleIsoEG_0x08 )


DoubleIsoEG_0x08:

IsoEG 0
Et threshold: 8Gev
Eta:

Phi:

IsoEG 1
Et threshold: 8Gev
Eta:

Phi:

DoubleIsoEG_0x08_0x05:

IsoEG 0
Et threshold: 8Gev
Eta:

Phi:

IsoEG 1
Et threshold: 5Gev
Eta:

Phi:

DoubleNoIsoEG_0x08:

NoIsoEG 0
Et threshold: 8Gev
Eta:

Phi:

NoIsoEG 1
Et threshold: 8Gev
Eta:

Phi:

DoubleNoIsoEG_0x08_0x05:

NoIsoEG 0
Et threshold: 8Gev
Eta:

Phi:

NoIsoEG 1
Et threshold: 5Gev
Eta:

Phi:

SingleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleIsoEG_0x08:

IsoEG 0
Et threshold: 8Gev
Eta:

Phi:

SingleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleNoIsoEG_0x08:

NoIsoEG 0
Et threshold: 8Gev
Eta:

Phi:

TripleIsoEG_0x08_0x08_0x05:

IsoEG 0
Et threshold: 8Gev
Eta:

Phi:

IsoEG 1
Et threshold: 8Gev
Eta:

Phi:

IsoEG 2
Et threshold: 5Gev
Eta:

Phi:

TripleNoIsoEG_0x08_0x08_0x05:

NoIsoEG 0
Et threshold: 8Gev
Eta:

Phi:

NoIsoEG 1
Et threshold: 8Gev
Eta:

Phi:

NoIsoEG 2
Et threshold: 5Gev
Eta:

Phi:

40:L1_DoubleEG_12_5_Eta1p39

[TOP]

Logical Expression: DoubleIsoEG_0x0C_Eta1p39_0x05_Eta1p39 OR DoubleNoIsoEG_0x0C_Eta1p39_0x05_Eta1p39 OR ( SingleIsoEG_0x0C_Eta1p39 AND SingleNoIsoEG_0x05_Eta1p39 ) OR ( SingleNoIsoEG_0x0C_Eta1p39 AND SingleIsoEG_0x05_Eta1p39 )


DoubleIsoEG_0x0C_Eta1p39_0x05_Eta1p39:

IsoEG 0
Et threshold: 12Gev
Eta:

Phi:

IsoEG 1
Et threshold: 5Gev
Eta:

Phi:

DoubleNoIsoEG_0x0C_Eta1p39_0x05_Eta1p39:

NoIsoEG 0
Et threshold: 12Gev
Eta:

Phi:

NoIsoEG 1
Et threshold: 5Gev
Eta:

Phi:

SingleIsoEG_0x05_Eta1p39:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleIsoEG_0x0C_Eta1p39:

IsoEG 0
Et threshold: 12Gev
Eta:

Phi:

SingleNoIsoEG_0x05_Eta1p39:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleNoIsoEG_0x0C_Eta1p39:

NoIsoEG 0
Et threshold: 12Gev
Eta:

Phi:

41:L1_SingleMu12_Debug

[TOP]

Logical Expression: SingleMu_0x0E


SingleMu_0x0E:


Mu 0
Muon 0:
PT Low =12 GeV, PT High = 12;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00f0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

42:L1_SingleMu14_Eta2p1

[TOP]

Logical Expression: SingleMu_0x0F_Eta2p1


SingleMu_0x0F_Eta2p1:


Mu 0
Muon 0:
PT Low =14 GeV, PT High = 14;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00f0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

43:L1_SingleIsoEG12

[TOP]

Logical Expression: SingleIsoEG_0x0C


SingleIsoEG_0x0C:

IsoEG 0
Et threshold: 12Gev
Eta:

Phi:

44:L1_DoubleMu_10_Open

[TOP]

Logical Expression: DoubleMu_0x0D_0x01


DoubleMu_0x0D_0x01:



Mu 0
Muon 0:
PT Low =10 GeV, PT High = 10;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00e8
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

Mu 1
Muon 1:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00fc
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

45:L1_SingleIsoEG12_Eta2p17

[TOP]

Logical Expression: SingleIsoEG_0x0C_Eta2p17


SingleIsoEG_0x0C_Eta2p17:

IsoEG 0
Et threshold: 12Gev
Eta:

Phi:

46:L1_DoubleEG_15_5

[TOP]

Logical Expression: DoubleIsoEG_0x0F_0x05 OR DoubleNoIsoEG_0x0F_0x05 OR ( SingleIsoEG_0x0F AND SingleNoIsoEG_0x05 ) OR ( SingleIsoEG_0x05 AND SingleNoIsoEG_0x0F )


DoubleIsoEG_0x0F_0x05:

IsoEG 0
Et threshold: 15Gev
Eta:

Phi:

IsoEG 1
Et threshold: 5Gev
Eta:

Phi:

DoubleNoIsoEG_0x0F_0x05:

NoIsoEG 0
Et threshold: 15Gev
Eta:

Phi:

NoIsoEG 1
Et threshold: 5Gev
Eta:

Phi:

SingleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleIsoEG_0x0F:

IsoEG 0
Et threshold: 15Gev
Eta:

Phi:

SingleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleNoIsoEG_0x0F:

NoIsoEG 0
Et threshold: 15Gev
Eta:

Phi:

47:L1_SingleEG5

[TOP]

Logical Expression: SingleNoIsoEG_0x05 OR SingleIsoEG_0x05


SingleIsoEG_0x05:

IsoEG 0
Et threshold: 5Gev
Eta:

Phi:

SingleNoIsoEG_0x05:

NoIsoEG 0
Et threshold: 5Gev
Eta:

Phi:

48:L1_SingleEG18

[TOP]

Logical Expression: SingleNoIsoEG_0x12 OR SingleIsoEG_0x12


SingleIsoEG_0x12:

IsoEG 0
Et threshold: 18Gev
Eta:

Phi:

SingleNoIsoEG_0x12:

NoIsoEG 0
Et threshold: 18Gev
Eta:

Phi:

49:L1_SingleEG22

[TOP]

Logical Expression: SingleNoIsoEG_0x16 OR SingleIsoEG_0x16


SingleIsoEG_0x16:

IsoEG 0
Et threshold: 22Gev
Eta:

Phi:

SingleNoIsoEG_0x16:

NoIsoEG 0
Et threshold: 22Gev
Eta:

Phi:

50:L1_SingleEG12

[TOP]

Logical Expression: SingleNoIsoEG_0x0C OR SingleIsoEG_0x0C


SingleIsoEG_0x0C:

IsoEG 0
Et threshold: 12Gev
Eta:

Phi:

SingleNoIsoEG_0x0C:

NoIsoEG 0
Et threshold: 12Gev
Eta:

Phi:

51:L1_SingleEG15

[TOP]

Logical Expression: SingleNoIsoEG_0x0F OR SingleIsoEG_0x0F


SingleIsoEG_0x0F:

IsoEG 0
Et threshold: 15Gev
Eta:

Phi:

SingleNoIsoEG_0x0F:

NoIsoEG 0
Et threshold: 15Gev
Eta:

Phi:

52:L1_SingleEG20

[TOP]

Logical Expression: SingleNoIsoEG_0x14 OR SingleIsoEG_0x14


SingleIsoEG_0x14:

IsoEG 0
Et threshold: 20Gev
Eta:

Phi:

SingleNoIsoEG_0x14:

NoIsoEG 0
Et threshold: 20Gev
Eta:

Phi:

53:L1_SingleEG30

[TOP]

Logical Expression: SingleNoIsoEG_0x1E OR SingleIsoEG_0x1E


SingleIsoEG_0x1E:

IsoEG 0
Et threshold: 30Gev
Eta:

Phi:

SingleNoIsoEG_0x1E:

NoIsoEG 0
Et threshold: 30Gev
Eta:

Phi:

54:L1_SingleMuBeamHalo

[TOP]

Logical Expression: SingleMu_0x01_BeamHalo


SingleMu_0x01_BeamHalo:


Mu 0
Muon 0:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x0002
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

55:L1_SingleMuOpen

[TOP]

Logical Expression: SingleMu_0x01_Open


SingleMu_0x01_Open:


Mu 0
Muon 0:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00fc
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

56:L1_SingleMu16

[TOP]

Logical Expression: SingleMu_0x10


SingleMu_0x10:


Mu 0
Muon 0:
PT Low =16 GeV, PT High = 16;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00f0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

57:L1_SingleMu3

[TOP]

Logical Expression: SingleMu_0x05


SingleMu_0x05:


Mu 0
Muon 0:
PT Low =3 GeV, PT High = 3;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00f0
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

58:L1_DoubleMu_5_Open

[TOP]

Logical Expression: DoubleMu_0x09_0x01


DoubleMu_0x09_0x01:


Mu 0
Muon 0:
PT Low =5 GeV, PT High = 5;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00e8
Charge (correlation):ignore

Eta [-2.45,2.45]:

PHI lower edge:0, maximum edge: 360 degrees

Mu 1
Muon 1:
PT Low =0 GeV, PT High = 0;
MIP: 0 MIP: 0 Request Iso: 0
Quality: 0x00fc
Charge (correlation):ignore

Eta [-2.45,2.45]: