*CMZU: 2.06/03 20/05/94 10.30.35 by Sergey Levonian *CMZ : 2.05/13 23/09/93 08.27.36 by Sergey Levonian *CMZ : 2.05/11 29/05/93 19.17.59 by Sergey Levonian *-- Author : Sergey Levonian 29/05/93 ! ! BANKname BANKtype ! BANK LUTR B32 ! ! ---------------------------------------------------------------------- ! L1 trigger setting description for the Luminosity System. ! Created online in LUMI DAQ, transmitted to IBM in RunStart record, ! stored at the H1 Database, if differs from the current DB-bank. ! LUMI trigger produces 8 trigger bits available at CTL: ! ---------------------------------------------------------------------- ! TB0: Monitor_1 (defined by the TB0_BITS and TB0_MASK) ! TB1: Monitor_2 (defined by the TB1_BITS and TB1_MASK) ! TB2: SUM = LUMI bit 7 (defined by the TB2_BITS and TB2_MASK) ! TB3: ET = LUMI bit 3 (defined by the TB3_BITS and TB3_MASK) ! TB4: PD = LUMI bit 4 (defined by the TB4_BITS and TB4_MASK) ! TB5: VC = LUMI bit 5 (defined by the TB5_BITS and TB5_MASK) ! TB6: ETAG = LUMI bit 6 (defined by the TB6_BITS and TB6_MASK) ! TB7: Monitor_3 (defined by the TB7_BITS and TB7_MASK) ! ---------------------------------------------------------------------- ! Definition of the 16 internal LUMI bits used for the TB0-TB7: ! ---------------------------------------------------------------------- ! bit 0 CALP = Calibration pulses ! bit 1 ETTOP = Topological enegry sums in ET ! bit 2 CFS = Cluster Finder Solution ! bit 3 ET = ET_LTH < E(ET) < ET_HTH ! bit 4 PD = PD_LTH < E(PD) < PD_HTH ! bit 5 VC = (VC(v) > VC_VTH) .OR. (VC(s) > VC_STH) ! bit 6 ETAG = ET * noPD * noVC ! bit 7 SUM = ETPD_LTH < E(ET)+E(PD) < ETPD_HTH ! bit 8 MON2 = MON2_TH < E(MON2) ! bit 9 MON1 = MON1_TH < E(MON1) ! bit 10 VCV1 = VC_VTH1 < VC(v) ! bit 11 VCS1 = VC_STH1 < VC(s) ! bit 12 PD2 = PD_LTH2 < E(PD) ! bit 13 PD1 = PD_LTH1 < E(PD) ! bit 14 ET2 = ET_LTH2 < E(ET) ! bit 15 ET1 = ET_LTH1 < E(ET) ! ---------------------------------------------------------------------- ! Trigger conditions for the LUMI trigger bits TB0, TB1, ... TB7 can be ! obtained in a following way (1 = true, 0 = false): ! TBx = IAND(TBx_MASK,TBx_BITS) .AND. .NOT.IAND(TBx_MASK,NOT(TBx_BITS)) ! ---------------------------------------------------------------------- ! ! COL Att-name FMT MIN MAX !Comments 1 ETPD_LTH I 0 60000 ! basic (ET+PD) low threshold [MeV] 2 ETPD_HTH I 0 60000 ! basic (ET+PD) high threshold [MeV] 3 ET_LTH I 0 60000 ! basic ET low threshold [MeV] 4 ET_HTH I 0 60000 ! basic ET high threshold [MeV] 5 PD_LTH I 0 60000 ! basic PD low threshold [MeV] 6 PD_HTH I 0 60000 ! basic PD high threshold [MeV] 7 VC_VTH I 0 60000 ! basic VC-veto threshold [MeV] 8 VC_STH I 0 60000 ! basic VC-spectr. threshold [MeV] ! 9 ET_LTH1 I 0 30000 ! ET low threshold 1 [MeV] 10 ET_LTH2 I 0 30000 ! ET low threshold 2 [MeV] 11 PD_LTH1 I 0 30000 ! PD low threshold 1 [MeV] 12 PD_LTH2 I 0 30000 ! PD low threshold 2 [MeV] 13 VC_STH1 I 0 30000 ! VC-spectrometric threshold 1 [MeV] 14 VC_VTH1 I 0 30000 ! VC-veto threshold 1 [MeV] 15 MON1_TH I 0 900000 ! MON1-threshold [MeV] 16 MON2_TH I 0 900000 ! MON2-threshold [MeV] ! 17 PD_Y_TH I 0 30000 ! PD y-layers low threshold [MeV] 18 PD_X_TH I 0 30000 ! PD x-layers low threshold [MeV] 19 ET_Y_TH I 0 30000 ! ET y-layers low threshold [MeV] 20 ET_X_TH I 0 30000 ! ET x-layers low threshold [MeV] 21 ET_Y_SUM I 0 30000 ! ET y-topol.sums threshold [MeV] 22 ET_X_SUM I 0 30000 ! ET x-topol.sums threshold [MeV] ! 23 TB0_BITS I 0 65535 ! definition of the trigger bit 0 24 TB0_MASK I 0 65535 ! mask for the trigger bit 0 25 TB1_BITS I 0 65535 ! definition of the trigger bit 1 26 TB1_MASK I 0 65535 ! mask for the trigger bit 1 27 TB2_BITS I 0 65535 ! definition of the trigger bit 2 28 TB2_MASK I 0 65535 ! mask for the trigger bit 2 29 TB3_BITS I 0 65535 ! definition of the trigger bit 3 30 TB3_MASK I 0 65535 ! mask for the trigger bit 3 31 TB4_BITS I 0 65535 ! definition of the trigger bit 4 32 TB4_MASK I 0 65535 ! mask for the trigger bit 4 33 TB5_BITS I 0 65535 ! definition of the trigger bit 5 34 TB5_MASK I 0 65535 ! mask for the trigger bit 5 35 TB6_BITS I 0 65535 ! definition of the trigger bit 6 36 TB6_MASK I 0 65535 ! mask for the trigger bit 6 37 TB7_BITS I 0 65535 ! definition of the trigger bit 7 38 TB7_MASK I 0 65535 ! mask for the trigger bit 7 ! 39 ET_T_SUM I -INF +INF ! definition of the ET-topol. Sum 40 ET_CLUST I -INF +INF ! definition of the ET-cluster type ! END BANK