d0/d7e/L1DTConfigTSPhi__cff_8py_source.html

 import FWCore.ParameterSet.Config as cms


 TSPhiParametersBlock = cms.PSet(

     TSPhiParameters = cms.PSet(

         #Enable/Disable Inner SL checking for 1st/2nd tracks & carry in TSM

         TSMNOE1 = cms.bool(True),

         TSMNOE2 = cms.bool(False),

         TSTREN12 = cms.bool(True),

         TSTREN9 = cms.bool(True),

         TSTREN8 = cms.bool(True),

         TSTREN11 = cms.bool(True),

         TSTREN3 = cms.bool(True),

         TSTREN2 = cms.bool(True),

         TSTREN1 = cms.bool(True),

         # Used Traco mask

         # 1 means enabled

         TSTREN0 = cms.bool(True),

         TSTREN7 = cms.bool(True),

         TSTREN6 = cms.bool(True),

         TSTREN5 = cms.bool(True),

         TSTREN4 = cms.bool(True),

         TSSNOE2 = cms.bool(False),

         # Enable/Disable Inner SL checking for 1st/2nd tracks & carry in TSS

         TSSNOE1 = cms.bool(True),

         TSMCCE2 = cms.bool(False),

         TSTREN19 = cms.bool(True),

         #Enable/Disable correlation checking for 1st/2nd tracks & carry in TSM

         TSMCCE1 = cms.bool(True),

         TSTREN17 = cms.bool(True),

         TSTREN16 = cms.bool(True),

         TSTREN15 = cms.bool(True),

         TSTREN14 = cms.bool(True),

         TSTREN13 = cms.bool(True),

         # Priority in TSS for 1st/2nd tracks

         # 1 is H/L

         # 2 is In/Out

         # 3 is Corr/NotCorr

         # valid parameters are 1,2,3 combinations

         TSSMSK1 = cms.int32(312),

         TSSMSK2 = cms.int32(312),

         TSTREN10 = cms.bool(True),

         TSMMSK2 = cms.int32(312),

         # Priority in TSM for 1st/2nd tracks

         # 1 is H/L

         # 2 is In/Out

         # 3 is Corr/NotCorr

         # valid parameters are 1,2,3 combinations

         TSMMSK1 = cms.int32(312),

         # Handling of second track (carry) in case of pile-up in TSM

         # 1 Get best 2nd previous BX

         # 2 Get best 2nd previous BX if 1st is Low

         # 0 Reject 2nd track

         TSMHSP = cms.int32(1),

         # Enable/Disable correlation checking for 1st/2nd tracks & carry in TSS

         TSSCCE1 = cms.bool(True),

         TSSCCE2 = cms.bool(False),

         # Correlated ghost 2 suppression option in TSS

         # 0 Reject also if Correlated

         # 1 Accept if correlated

         TSSCGS2 = cms.bool(True),

         TSSCCEC = cms.bool(False),

         # Enable/Disable Htrig checking for 1st/2nd tracks & carry in TSM

         TSMHTE1 = cms.bool(True),

         TSMHTE2 = cms.bool(False),

         # Debug flag

         Debug = cms.untracked.bool(False),

         TSSHTE2 = cms.bool(False),

         # Correlated ghost 1 suppression option in TSM

         # 0 Reject also if Correlated

         # 1 Accept if correlated

         TSMCGS1 = cms.bool(True),

         # Correlated ghost 2 suppression option in TSM

         # 0 Reject also if Correlated

         # 1 Accept if correlated

         TSMCGS2 = cms.bool(True),

         # Enable/Disable Htrig checking for 1st/2nd tracks & carry in TSS

         TSSHTE1 = cms.bool(True),

         TSTREN22 = cms.bool(True),

         TSSNOEC = cms.bool(False),

         TSTREN20 = cms.bool(True),

         TSTREN21 = cms.bool(True),

         # Ghost 1 suppression options in TSM

         # 1 If Outer adj to 1st tr

         # 2 Always

         # 0 Never

         TSMGS1 = cms.int32(1),

         # Ghost 2 suppression options in TSM

         # 1 If Outer same TRACO of uncorr 1st tr

         # 2 If Outer same TRACO of 1st tr

         # 3 Always

         # 4 If Outer same TRACO of inner 1st tr

         # 0 Never

         TSMGS2 = cms.int32(1),

         TSSHTEC = cms.bool(False),

         # TsmWord used to mask TSMS or TSS

         #  bit numbering 7 6 5 4 3 2 1 0

         #

         #  bit 0 = 1  --> TSMS OK     => normal mode (default)

         #  bit 0 = 0  --> TSMS broken => back-up mode (see example a)

         #  bits 1-6 = 0 --> broken TSS (see example b)

         #  bits 1-6 = 1 --> working TSS (default)

         TSMWORD = cms.int32(255),

         TSMHTEC = cms.bool(False),

         # Correlated ghost 1 suppression option in TSS

         # 0 Reject also if Correlated

         # 1 Accept if correlated

         TSSCGS1 = cms.bool(True),

         TSTREN23 = cms.bool(True),

         # Ghost 2 suppression options in TSS

         # 1 If Outer same TRACO of uncorr 1st tr

         # 2 If Outer same TRACO of 1st tr

         # 3 Always

         # 4 If Outer same TRACO of inner 1st tr

         # 0 Never

         TSSGS2 = cms.int32(1),

         TSMNOEC = cms.bool(False),

         # Ghost 1 suppression options in TSS

         # 1 If Outer adj to 1st tr

         # 2 Always

         # 0 Never

         TSSGS1 = cms.int32(1),

         TSTREN18 = cms.bool(True),

         TSMCCEC = cms.bool(False)

     )

 )


Config