release-05-01-25/doxygen/SuperKEKBTree_8h_source.html

/**************************************************************************

 * BASF2 (Belle Analysis Framework 2)                                     *

 * Copyright(C) 2016 - Belle II Collaboration                             *

 *                                                                        *

 * Author: The Belle II Collaboration                                     *

 * Contributors: Igal Jaegle                                              *

 *                                                                        *

 * This software is provided "as is" without any warranty.                *

 **************************************************************************/


#ifndef SUPERKEKBTREE_H

#define SUPERKEKBTREE_H


namespace Belle2 {

  namespace SuperKEKB {


    struct SuperKEKBTree {


      double ts;

      double CGLINJ_BEAM_GATE_STATUS;

      double CGHINJ_BEAM_GATE_STATUS;

      double CO_KEKB_KEKB_Status_FLG;

      double CGHINJ_RATE_AVE;

      double CGLINJ_RATE_AVE;

      double COpLER_BEAM_LIFE;

      double COeHER_BEAM_LIFE;

      double BM_DCCT_HCUR;

      double BM_DCCT_LCUR;

      double CGLINJ_EFFICIENCY;

      double CGHINJ_EFFICIENCY;

      double BM_BLM_D01_ADC_MEAN;

      double BM_BLM_TB4_ADC_MEAN;

      double BM_BLM_D07_ADC_MEAN;

      double BM_BLM_D10_ADC_MEAN;

      double CG_BTP_BPM_CHARGE_AVE;

      double CG_BTE_BPM_CHARGE_AVE;

      double BMHDCCT_LIFE;

      double BMLDCCT_LIFE;

      double LIiEV_BEAM_REP_READ_KBP;

      double LIiEV_BEAM_REP_READ_KBE;

      double TM_BKT_config_SNAM;

      double TM_BKT_AUTO_FILL_Mode;

      double TM_BKT_AUTO_FILL_Nbunch;

      double TM_BKT_ONE_BUNCH_LER_InjBucket;

      double TM_BKT_ONE_BUNCH_HER_InjBucket;

      double TM_BKT_ONE_BUNCH_Nbunch;

      double CGLSAFE_MR_ABORT;

      double CGHSAFE_MR_ABORT;

      double VALCCG_LER_PRES_AVG;

      double VALCCG_D01_LER_PRES_AVG;

      double VALCCG_D02_LER_PRES_AVG;

      double VALCCG_D03_LER_PRES_AVG;

      double VALCCG_D04_LER_PRES_AVG;

      double VALCCG_D05_LER_PRES_AVG;

      double VALCCG_D06_LER_PRES_AVG;

      double VALCCG_D07_LER_PRES_AVG;

      double VALCCG_D08_LER_PRES_AVG;

      double VALCCG_D09_LER_PRES_AVG;

      double VALCCG_D10_LER_PRES_AVG;

      double VALCCG_D11_LER_PRES_AVG;

      double VALCCG_D12_LER_PRES_AVG;

      double VAHCCG_HER_PRES_AVG;

      double VAHCCG_D01_HER_PRES_AVG;

      double VAHCCG_D02_HER_PRES_AVG;

      double VAHCCG_D03_HER_PRES_AVG;

      double VAHCCG_D04_HER_PRES_AVG;

      double VAHCCG_D05_HER_PRES_AVG;

      double VAHCCG_D06_HER_PRES_AVG;

      double VAHCCG_D07_HER_PRES_AVG;

      double VAHCCG_D08_HER_PRES_AVG;

      double VAHCCG_D09_HER_PRES_AVG;

      double VAHCCG_D10_HER_PRES_AVG;

      double VAHCCG_D11_HER_PRES_AVG;

      double VAHCCG_D12_HER_PRES_AVG;

      //SKB HER collimator absolute positions as measured by DMM

      double VAHCLM_D09H1_PM_POS;

      double VAHCLM_D09H2_PM_POS;

      double VAHCLM_D09H3_PM_POS;

      double VAHCLM_D09H4_PM_POS;

      double VAHCLM_D09V1_PM_POS;

      double VAHCLM_D09V2_PM_POS;

      double VAHCLM_D09V3_PM_POS;

      double VAHCLM_D09V4_PM_POS;

      double VAHCLM_D12H1_PM_POS;

      double VAHCLM_D12H2_PM_POS;

      double VAHCLM_D12H3_PM_POS;

      double VAHCLM_D12H4_PM_POS;

      double VAHCLM_D12V1_PM_POS;

      double VAHCLM_D12V2_PM_POS;

      double VAHCLM_D12V3_PM_POS;

      double VAHCLM_D12V4_PM_POS;

      //SKB HER beam position in X

      double VAHCLM_D09H1_BMX_POS;

      double VAHCLM_D09H2_BMX_POS;

      double VAHCLM_D09H3_BMX_POS;

      double VAHCLM_D09H4_BMX_POS;

      double VAHCLM_D09V1_BMX_POS;

      double VAHCLM_D09V2_BMX_POS;

      double VAHCLM_D09V3_BMX_POS;

      double VAHCLM_D09V4_BMX_POS;

      double VAHCLM_D12H1_BMX_POS;

      double VAHCLM_D12H2_BMX_POS;

      double VAHCLM_D12H3_BMX_POS;

      double VAHCLM_D12H4_BMX_POS;

      double VAHCLM_D12V1_BMX_POS;

      double VAHCLM_D12V2_BMX_POS;

      double VAHCLM_D12V3_BMX_POS;

      double VAHCLM_D12V4_BMX_POS;

      //SKB HER beam position in Y

      double VAHCLM_D09H1_BMY_POS;

      double VAHCLM_D09H2_BMY_POS;

      double VAHCLM_D09H3_BMY_POS;

      double VAHCLM_D09H4_BMY_POS;

      double VAHCLM_D09V1_BMY_POS;

      double VAHCLM_D09V2_BMY_POS;

      double VAHCLM_D09V3_BMY_POS;

      double VAHCLM_D09V4_BMY_POS;

      double VAHCLM_D12H1_BMY_POS;

      double VAHCLM_D12H2_BMY_POS;

      double VAHCLM_D12H3_BMY_POS;

      double VAHCLM_D12H4_BMY_POS;

      double VAHCLM_D12V1_BMY_POS;

      double VAHCLM_D12V2_BMY_POS;

      double VAHCLM_D12V3_BMY_POS;

      double VAHCLM_D12V4_BMY_POS;

      //SKB HER collimator position with respect to beam

      double VAHCLM_D09H1_DIF_POS;

      double VAHCLM_D09H2_DIF_POS;

      double VAHCLM_D09H3_DIF_POS;

      double VAHCLM_D09H4_DIF_POS;

      double VAHCLM_D09V1_DIF_POS;

      double VAHCLM_D09V2_DIF_POS;

      double VAHCLM_D09V3_DIF_POS;

      double VAHCLM_D09V4_DIF_POS;

      double VAHCLM_D12H1_DIF_POS;

      double VAHCLM_D12H2_DIF_POS;

      double VAHCLM_D12H3_DIF_POS;

      double VAHCLM_D12H4_DIF_POS;

      double VAHCLM_D12V1_DIF_POS;

      double VAHCLM_D12V2_DIF_POS;

      double VAHCLM_D12V3_DIF_POS;

      double VAHCLM_D12V4_DIF_POS;

      //SKB LER collimator absolute positions as measured by DMM

      double VALCLM_D06H4IN_CSS_NOWPOS_DMM;

      double VALCLM_D06H4OUT_CSS_NOWPOS_DMM;

      double VALCLM_D06H3IN_CSS_NOWPOS_DMM;

      double VALCLM_D06H3OUT_CSS_NOWPOS_DMM;

      //SKB LER beam position in X

      double VALCLM_D06H4IN_CSS_NOWPOS_BMX_POS;

      double VALCLM_D06H4OUT_CSS_NOWPOS_BMX_POS;

      double VALCLM_D06H3IN_CSS_NOWPOS_BMX_POS;

      double VALCLM_D06H3OUT_CSS_NOWPOS_BMX_POS;

      //SKB LER beam position in Y

      double VALCLM_D06H4IN_CSS_NOWPOS_BMY_POS;

      double VALCLM_D06H4OUT_CSS_NOWPOS_BMY_POS;

      double VALCLM_D06H3IN_CSS_NOWPOS_BMY_POS;

      double VALCLM_D06H3OUT_CSS_NOWPOS_BMY_POS;

      //SKB LER collimator position with respect to beam

      double VALCLM_D06H4IN_CSS_NOWPOS_DIF_POS;

      double VALCLM_D06H4OUT_CSS_NOWPOS_DIF_POS;

      double VALCLM_D06H3IN_CSS_NOWPOS_DIF_POS;

      double VALCLM_D06H3OUT_CSS_NOWPOS_DIF_POS;

      double VAHCLM_D09H1_CLM_POS;

      double VAHCLM_D09H2_CLM_POS;

      double VAHCLM_D09H3_CLM_POS;

      double VAHCLM_D09H4_CLM_POS;

      double VAHCLM_D09V1_CLM_POS;

      double VAHCLM_D09V2_CLM_POS;

      double VAHCLM_D09V3_CLM_POS;

      double VAHCLM_D09V4_CLM_POS;

      double VAHCLM_D12H1_CLM_POS;

      double VAHCLM_D12H2_CLM_POS;

      double VAHCLM_D12H3_CLM_POS;

      double VAHCLM_D12H4_CLM_POS;

      double VAHCLM_D12V1_CLM_POS;

      double VAHCLM_D12V2_CLM_POS;

      double VAHCLM_D12V3_CLM_POS;

      double VAHCLM_D12V4_CLM_POS;

      double VALCLM_D06H3IN_CSS_CLM_POS;

      double VALCLM_D06H3OUT_CSS_CLM_POS;

      double VALCLM_D06H4IN_CSS_CLM_POS;

      double VALCLM_D06H4OUT_CSS_CLM_POS;

      //Beam size monitors

      double BMHSRM_BEAM_SIGMAX;

      double BMHSRM_BEAM_SIGMAY;

      double BMLSRM_BEAM_SIGMAX;

      double BMLSRM_BEAM_SIGMAY;

      double BMHXRM_BEAM_SIGMAY;

      double BMLXRM_BEAM_SIGMAY;

      double BMHXRM_BEAM_SIGMAX;

      double BMLXRM_BEAM_SIGMAX;

      //Integrated beam dose in A*hours

      double VAHBMD_BEAMDOSE_VAL;

      double VALBMD_BEAMDOSE_VAL;

      //Bunch number

      double CGHINJ_BKSEL_NOB_SET;

      double CGLINJ_BKSEL_NOB_SET;

      double VALCCG_D02_L18_PRES;

      double VALCCG_D02_L19_PRES;

      double VALCCG_D02_L20_PRES;

      double VALCCG_D02_L21_PRES;

      double VALCCG_D02_L22_PRES;

      double VALCCG_D02_L23_PRES;

      double VALCCG_D02_L24_PRES;

      double VALCCG_D02_L25_PRES;

      double VALCCG_D02_L26_PRES;

      double VALCCG_D07_L00_PRES;

      double VALCCG_D07_L01_PRES;

      double VALCCG_D07_L02_PRES;

      double VALCCG_D10_L01_PRES;

      double VALCCG_D10_L02_PRES;

      double VALCCG_D10_L03_PRES;

      double VALCCG_D10_L04_PRES;

      double VALCCG_D10_L05_PRES;

      double VALCCG_D10_L06_PRES;

      double VALCCG_D10_L07_PRES;

      double VALCCG_D10_L08_PRES;

      double VALCCG_D11_L19_PRES;

      double VALCCG_D11_L20_PRES;

      double VALCCG_D11_L21_PRES;

      double VALCCG_D11_L22_PRES;

      double VALCCG_D11_L23_PRES;

      double VALCCG_D11_L24_PRES;

      double VALCCG_D11_L25_PRES;

      double BM_DCCT_HLIFE;

      double BM_DCCT_LLIFE;

      double VALRGA_D06_MV1_SEQ_MAS_01;

      double VALRGA_D06_MV1_SEQ_MAS_02;

      double VALRGA_D06_MV1_SEQ_MAS_03;

      double VALRGA_D06_MV1_SEQ_MAS_04;

      double VALRGA_D06_MV1_SEQ_MAS_05;

      double VALRGA_D06_MV1_SEQ_MAS_06;

      double VALRGA_D06_MV1_SEQ_MAS_07;

      double VALRGA_D06_MV1_SEQ_MAS_08;

      double VALRGA_D06_MV1_SEQ_MAS_09;

      double VALRGA_D06_MV1_SEQ_MAS_10;

      double VALRGA_D06_MV1_SEQ_MAS_11;

      double VALRGA_D06_MV1_SEQ_MAS_12;

      double VALRGA_D06_MV1_SEQ_MAS_13;

      double VALRGA_D06_MV1_SEQ_MAS_14;

      double VALRGA_D06_MV1_SEQ_MAS_15;

      double VALRGA_D06_MV1_SEQ_MAS_16;

      double VALRGA_D06_MV1_SEQ_MAS_17;

      double VALRGA_D06_MV1_SEQ_MAS_18;

      double VALRGA_D06_MV1_SEQ_MAS_19;

      double VALRGA_D06_MV1_SEQ_MAS_20;

      double VALRGA_D06_MV1_SEQ_MAS_21;

      double VALRGA_D06_MV1_SEQ_MAS_22;

      double VALRGA_D06_MV1_SEQ_MAS_23;

      double VALRGA_D06_MV1_SEQ_MAS_24;

      double VALRGA_D06_MV1_SEQ_MAS_25;

      double VALRGA_D06_MV1_SEQ_MAS_26;

      double VALRGA_D06_MV1_SEQ_MAS_27;

      double VALRGA_D06_MV1_SEQ_MAS_28;

      double VALRGA_D06_MV1_SEQ_MAS_29;

      double VALRGA_D06_MV1_SEQ_MAS_30;

      double VALRGA_D06_MV1_SEQ_MAS_31;

      double VALRGA_D06_MV1_SEQ_MAS_32;

      double VALRGA_D06_MV1_SEQ_MAS_33;

      double VALRGA_D06_MV1_SEQ_MAS_34;

      double VALRGA_D06_MV1_SEQ_MAS_35;

      double VALRGA_D06_MV1_SEQ_MAS_36;

      double VALRGA_D06_MV1_SEQ_MAS_37;

      double VALRGA_D06_MV1_SEQ_MAS_38;

      double VALRGA_D06_MV1_SEQ_MAS_39;

      double VALRGA_D06_MV1_SEQ_MAS_40;

      double VALRGA_D06_MV1_SEQ_MAS_41;

      double VALRGA_D06_MV1_SEQ_MAS_42;

      double VALRGA_D06_MV1_SEQ_MAS_43;

      double VALRGA_D06_MV1_SEQ_MAS_44;

      double VALRGA_D06_MV1_SEQ_MAS_45;

      double VALRGA_D06_MV1_SEQ_MAS_46;

      double VALRGA_D06_MV1_SEQ_MAS_47;

      double VALRGA_D06_MV1_SEQ_MAS_48;

      double VALRGA_D06_MV1_SEQ_MAS_49;

      double VALRGA_D06_MV1_SEQ_MAS_50;

      double VALRGA_D02_MV1_SEQ_MAS_01;

      double VALRGA_D02_MV1_SEQ_MAS_02;

      double VALRGA_D02_MV1_SEQ_MAS_03;

      double VALRGA_D02_MV1_SEQ_MAS_04;

      double VALRGA_D02_MV1_SEQ_MAS_05;

      double VALRGA_D02_MV1_SEQ_MAS_06;

      double VALRGA_D02_MV1_SEQ_MAS_07;

      double VALRGA_D02_MV1_SEQ_MAS_08;

      double VALRGA_D02_MV1_SEQ_MAS_09;

      double VALRGA_D02_MV1_SEQ_MAS_10;

      double VALRGA_D02_MV1_SEQ_MAS_11;

      double VALRGA_D02_MV1_SEQ_MAS_12;

      double VALRGA_D02_MV1_SEQ_MAS_13;

      double VALRGA_D02_MV1_SEQ_MAS_14;

      double VALRGA_D02_MV1_SEQ_MAS_15;

      double VALRGA_D02_MV1_SEQ_MAS_16;

      double VALRGA_D02_MV1_SEQ_MAS_17;

      double VALRGA_D02_MV1_SEQ_MAS_18;

      double VALRGA_D02_MV1_SEQ_MAS_19;

      double VALRGA_D02_MV1_SEQ_MAS_20;

      double VALRGA_D02_MV1_SEQ_MAS_21;

      double VALRGA_D02_MV1_SEQ_MAS_22;

      double VALRGA_D02_MV1_SEQ_MAS_23;

      double VALRGA_D02_MV1_SEQ_MAS_24;

      double VALRGA_D02_MV1_SEQ_MAS_25;

      double VALRGA_D02_MV1_SEQ_MAS_26;

      double VALRGA_D02_MV1_SEQ_MAS_27;

      double VALRGA_D02_MV1_SEQ_MAS_28;

      double VALRGA_D02_MV1_SEQ_MAS_29;

      double VALRGA_D02_MV1_SEQ_MAS_30;

      double VALRGA_D02_MV1_SEQ_MAS_31;

      double VALRGA_D02_MV1_SEQ_MAS_32;

      double VALRGA_D02_MV1_SEQ_MAS_33;

      double VALRGA_D02_MV1_SEQ_MAS_34;

      double VALRGA_D02_MV1_SEQ_MAS_35;

      double VALRGA_D02_MV1_SEQ_MAS_36;

      double VALRGA_D02_MV1_SEQ_MAS_37;

      double VALRGA_D02_MV1_SEQ_MAS_38;

      double VALRGA_D02_MV1_SEQ_MAS_39;

      double VALRGA_D02_MV1_SEQ_MAS_40;

      double VALRGA_D02_MV1_SEQ_MAS_41;

      double VALRGA_D02_MV1_SEQ_MAS_42;

      double VALRGA_D02_MV1_SEQ_MAS_43;

      double VALRGA_D02_MV1_SEQ_MAS_44;

      double VALRGA_D02_MV1_SEQ_MAS_45;

      double VALRGA_D02_MV1_SEQ_MAS_46;

      double VALRGA_D02_MV1_SEQ_MAS_47;

      double VALRGA_D02_MV1_SEQ_MAS_48;

      double VALRGA_D02_MV1_SEQ_MAS_49;

      double VALRGA_D02_MV1_SEQ_MAS_50;

      void clear()

      {

        ts = 0;

        CGLINJ_BEAM_GATE_STATUS = 0;

        CGHINJ_BEAM_GATE_STATUS = 0;

        CO_KEKB_KEKB_Status_FLG = 0;

        CGHINJ_RATE_AVE = 0;

        CGLINJ_RATE_AVE = 0;

        COpLER_BEAM_LIFE = 0;

        COeHER_BEAM_LIFE = 0;

        BM_DCCT_HCUR = 0;

        BM_DCCT_LCUR = 0;

        CGLINJ_EFFICIENCY = 0;

        CGHINJ_EFFICIENCY = 0;

        BM_BLM_D01_ADC_MEAN = 0;

        BM_BLM_TB4_ADC_MEAN = 0;

        BM_BLM_D07_ADC_MEAN = 0;

        BM_BLM_D10_ADC_MEAN = 0;

        CG_BTP_BPM_CHARGE_AVE = 0;

        CG_BTE_BPM_CHARGE_AVE = 0;

        BMHDCCT_LIFE = 0;

        BMLDCCT_LIFE = 0;

        LIiEV_BEAM_REP_READ_KBP = 0;

        LIiEV_BEAM_REP_READ_KBE = 0;

        TM_BKT_config_SNAM = 0;

        TM_BKT_AUTO_FILL_Mode = 0;

        TM_BKT_AUTO_FILL_Nbunch = 0;

        TM_BKT_ONE_BUNCH_LER_InjBucket = 0;

        TM_BKT_ONE_BUNCH_HER_InjBucket = 0;

        TM_BKT_ONE_BUNCH_Nbunch = 0;

        CGLSAFE_MR_ABORT = 0;

        CGHSAFE_MR_ABORT = 0;


        VALCCG_LER_PRES_AVG = 0;

        VALCCG_D01_LER_PRES_AVG = 0;

        VALCCG_D02_LER_PRES_AVG = 0;

        VALCCG_D03_LER_PRES_AVG = 0;

        VALCCG_D04_LER_PRES_AVG = 0;

        VALCCG_D05_LER_PRES_AVG = 0;

        VALCCG_D06_LER_PRES_AVG = 0;

        VALCCG_D07_LER_PRES_AVG = 0;

        VALCCG_D08_LER_PRES_AVG = 0;

        VALCCG_D09_LER_PRES_AVG = 0;

        VALCCG_D10_LER_PRES_AVG = 0;

        VALCCG_D11_LER_PRES_AVG = 0;

        VALCCG_D12_LER_PRES_AVG = 0;


        VAHCCG_HER_PRES_AVG = 0;

        VAHCCG_D01_HER_PRES_AVG = 0;

        VAHCCG_D02_HER_PRES_AVG = 0;

        VAHCCG_D03_HER_PRES_AVG = 0;

        VAHCCG_D04_HER_PRES_AVG = 0;

        VAHCCG_D05_HER_PRES_AVG = 0;

        VAHCCG_D06_HER_PRES_AVG = 0;

        VAHCCG_D07_HER_PRES_AVG = 0;

        VAHCCG_D08_HER_PRES_AVG = 0;

        VAHCCG_D09_HER_PRES_AVG = 0;

        VAHCCG_D10_HER_PRES_AVG = 0;

        VAHCCG_D11_HER_PRES_AVG = 0;

        VAHCCG_D12_HER_PRES_AVG = 0;


        //SKB HER collimator absolute positions as measured by DMM

        VAHCLM_D09H1_PM_POS = 0;

        VAHCLM_D09H2_PM_POS = 0;

        VAHCLM_D09H3_PM_POS = 0;

        VAHCLM_D09H4_PM_POS = 0;

        VAHCLM_D09V1_PM_POS = 0;

        VAHCLM_D09V2_PM_POS = 0;

        VAHCLM_D09V3_PM_POS = 0;

        VAHCLM_D09V4_PM_POS = 0;

        VAHCLM_D12H1_PM_POS = 0;

        VAHCLM_D12H2_PM_POS = 0;

        VAHCLM_D12H3_PM_POS = 0;

        VAHCLM_D12H4_PM_POS = 0;

        VAHCLM_D12V1_PM_POS = 0;

        VAHCLM_D12V2_PM_POS = 0;

        VAHCLM_D12V3_PM_POS = 0;

        VAHCLM_D12V4_PM_POS = 0;


        //SKB HER beam position in X

        VAHCLM_D09H1_BMX_POS = 0;

        VAHCLM_D09H2_BMX_POS = 0;

        VAHCLM_D09H3_BMX_POS = 0;

        VAHCLM_D09H4_BMX_POS = 0;

        VAHCLM_D09V1_BMX_POS = 0;

        VAHCLM_D09V2_BMX_POS = 0;

        VAHCLM_D09V3_BMX_POS = 0;

        VAHCLM_D09V4_BMX_POS = 0;

        VAHCLM_D12H1_BMX_POS = 0;

        VAHCLM_D12H2_BMX_POS = 0;

        VAHCLM_D12H3_BMX_POS = 0;

        VAHCLM_D12H4_BMX_POS = 0;

        VAHCLM_D12V1_BMX_POS = 0;

        VAHCLM_D12V2_BMX_POS = 0;

        VAHCLM_D12V3_BMX_POS = 0;

        VAHCLM_D12V4_BMX_POS = 0;


        //SKB HER beam position in Y

        VAHCLM_D09H1_BMY_POS = 0;

        VAHCLM_D09H2_BMY_POS = 0;

        VAHCLM_D09H3_BMY_POS = 0;

        VAHCLM_D09H4_BMY_POS = 0;

        VAHCLM_D09V1_BMY_POS = 0;

        VAHCLM_D09V2_BMY_POS = 0;

        VAHCLM_D09V3_BMY_POS = 0;

        VAHCLM_D09V4_BMY_POS = 0;

        VAHCLM_D12H1_BMY_POS = 0;

        VAHCLM_D12H2_BMY_POS = 0;

        VAHCLM_D12H3_BMY_POS = 0;

        VAHCLM_D12H4_BMY_POS = 0;

        VAHCLM_D12V1_BMY_POS = 0;

        VAHCLM_D12V2_BMY_POS = 0;

        VAHCLM_D12V3_BMY_POS = 0;

        VAHCLM_D12V4_BMY_POS = 0;


        //SKB HER collimator position with respect to beam

        VAHCLM_D09H1_DIF_POS = 0;

        VAHCLM_D09H2_DIF_POS = 0;

        VAHCLM_D09H3_DIF_POS = 0;

        VAHCLM_D09H4_DIF_POS = 0;

        VAHCLM_D09V1_DIF_POS = 0;

        VAHCLM_D09V2_DIF_POS = 0;

        VAHCLM_D09V3_DIF_POS = 0;

        VAHCLM_D09V4_DIF_POS = 0;

        VAHCLM_D12H1_DIF_POS = 0;

        VAHCLM_D12H2_DIF_POS = 0;

        VAHCLM_D12H3_DIF_POS = 0;

        VAHCLM_D12H4_DIF_POS = 0;

        VAHCLM_D12V1_DIF_POS = 0;

        VAHCLM_D12V2_DIF_POS = 0;

        VAHCLM_D12V3_DIF_POS = 0;

        VAHCLM_D12V4_DIF_POS = 0;


        //SKB LER collimator absolute positions as measured by DMM

        VALCLM_D06H4IN_CSS_NOWPOS_DMM = 0;

        VALCLM_D06H4OUT_CSS_NOWPOS_DMM = 0;

        VALCLM_D06H3IN_CSS_NOWPOS_DMM = 0;

        VALCLM_D06H3OUT_CSS_NOWPOS_DMM = 0;


        //SKB LER beam position in X

        VALCLM_D06H4IN_CSS_NOWPOS_BMX_POS = 0;

        VALCLM_D06H4OUT_CSS_NOWPOS_BMX_POS = 0;

        VALCLM_D06H3IN_CSS_NOWPOS_BMX_POS = 0;

        VALCLM_D06H3OUT_CSS_NOWPOS_BMX_POS = 0;


        //SKB LER beam position in Y

        VALCLM_D06H4IN_CSS_NOWPOS_BMY_POS = 0;

        VALCLM_D06H4OUT_CSS_NOWPOS_BMY_POS = 0;

        VALCLM_D06H3IN_CSS_NOWPOS_BMY_POS = 0;

        VALCLM_D06H3OUT_CSS_NOWPOS_BMY_POS = 0;


        //SKB LER collimator position with respect to beam

        VALCLM_D06H4IN_CSS_NOWPOS_DIF_POS = 0;

        VALCLM_D06H4OUT_CSS_NOWPOS_DIF_POS = 0;

        VALCLM_D06H3IN_CSS_NOWPOS_DIF_POS = 0;

        VALCLM_D06H3OUT_CSS_NOWPOS_DIF_POS = 0;


        //Beam size monitors

        BMHXRM_BEAM_SIGMAY = 0;

        BMLXRM_BEAM_SIGMAY = 0;

        BMHXRM_BEAM_SIGMAX = 0;

        BMLXRM_BEAM_SIGMAX = 0;

        BMHSRM_BEAM_SIGMAX = 0;

        BMHSRM_BEAM_SIGMAY = 0;

        BMLSRM_BEAM_SIGMAX = 0;

        BMLSRM_BEAM_SIGMAY = 0;


        //Integrated beam dose in A*hours

        VAHBMD_BEAMDOSE_VAL = 0;

        VALBMD_BEAMDOSE_VAL = 0;


        //Bunch number

        CGHINJ_BKSEL_NOB_SET = 0;

        CGLINJ_BKSEL_NOB_SET = 0;


        VALCCG_D02_L18_PRES = 0;

        VALCCG_D02_L19_PRES = 0;

        VALCCG_D02_L20_PRES = 0;

        VALCCG_D02_L21_PRES = 0;

        VALCCG_D02_L22_PRES = 0;

        VALCCG_D02_L23_PRES = 0;

        VALCCG_D02_L24_PRES = 0;

        VALCCG_D02_L25_PRES = 0;

        VALCCG_D02_L26_PRES = 0;

        VALCCG_D07_L00_PRES = 0;

        VALCCG_D07_L01_PRES = 0;

        VALCCG_D07_L02_PRES = 0;

        VALCCG_D10_L01_PRES = 0;

        VALCCG_D10_L02_PRES = 0;

        VALCCG_D10_L03_PRES = 0;

        VALCCG_D10_L04_PRES = 0;

        VALCCG_D10_L05_PRES = 0;

        VALCCG_D10_L06_PRES = 0;

        VALCCG_D10_L07_PRES = 0;

        VALCCG_D10_L08_PRES = 0;

        VALCCG_D11_L19_PRES = 0;

        VALCCG_D11_L20_PRES = 0;

        VALCCG_D11_L21_PRES = 0;

        VALCCG_D11_L22_PRES = 0;

        VALCCG_D11_L23_PRES = 0;

        VALCCG_D11_L24_PRES = 0;

        VALCCG_D11_L25_PRES = 0;

        VALCLM_D06H3OUT_CSS_CLM_POS = 0;

        VALCLM_D06H3IN_CSS_CLM_POS = 0;

        VALCLM_D06H4OUT_CSS_CLM_POS = 0;

        VALCLM_D06H4IN_CSS_CLM_POS = 0;

        BM_DCCT_HLIFE = 0;

        BM_DCCT_LLIFE = 0;


        VAHCLM_D09H1_CLM_POS = 0;

        VAHCLM_D09H2_CLM_POS = 0;

        VAHCLM_D09H3_CLM_POS = 0;

        VAHCLM_D09H4_CLM_POS = 0;

        VAHCLM_D09V1_CLM_POS = 0;

        VAHCLM_D09V2_CLM_POS = 0;

        VAHCLM_D09V3_CLM_POS = 0;

        VAHCLM_D09V4_CLM_POS = 0;

        VAHCLM_D12H1_CLM_POS = 0;

        VAHCLM_D12H2_CLM_POS = 0;

        VAHCLM_D12H3_CLM_POS = 0;

        VAHCLM_D12H4_CLM_POS = 0;

        VAHCLM_D12V1_CLM_POS = 0;

        VAHCLM_D12V2_CLM_POS = 0;

        VAHCLM_D12V3_CLM_POS = 0;

        VAHCLM_D12V4_CLM_POS = 0;


        VALRGA_D06_MV1_SEQ_MAS_01 = 0;

        VALRGA_D06_MV1_SEQ_MAS_02 = 0;

        VALRGA_D06_MV1_SEQ_MAS_03 = 0;

        VALRGA_D06_MV1_SEQ_MAS_04 = 0;

        VALRGA_D06_MV1_SEQ_MAS_05 = 0;

        VALRGA_D06_MV1_SEQ_MAS_06 = 0;

        VALRGA_D06_MV1_SEQ_MAS_07 = 0;

        VALRGA_D06_MV1_SEQ_MAS_08 = 0;

        VALRGA_D06_MV1_SEQ_MAS_09 = 0;

        VALRGA_D06_MV1_SEQ_MAS_10 = 0;

        VALRGA_D06_MV1_SEQ_MAS_11 = 0;

        VALRGA_D06_MV1_SEQ_MAS_12 = 0;

        VALRGA_D06_MV1_SEQ_MAS_13 = 0;

        VALRGA_D06_MV1_SEQ_MAS_14 = 0;

        VALRGA_D06_MV1_SEQ_MAS_15 = 0;

        VALRGA_D06_MV1_SEQ_MAS_16 = 0;

        VALRGA_D06_MV1_SEQ_MAS_17 = 0;

        VALRGA_D06_MV1_SEQ_MAS_18 = 0;

        VALRGA_D06_MV1_SEQ_MAS_19 = 0;

        VALRGA_D06_MV1_SEQ_MAS_20 = 0;

        VALRGA_D06_MV1_SEQ_MAS_21 = 0;

        VALRGA_D06_MV1_SEQ_MAS_22 = 0;

        VALRGA_D06_MV1_SEQ_MAS_23 = 0;

        VALRGA_D06_MV1_SEQ_MAS_24 = 0;

        VALRGA_D06_MV1_SEQ_MAS_25 = 0;

        VALRGA_D06_MV1_SEQ_MAS_26 = 0;

        VALRGA_D06_MV1_SEQ_MAS_27 = 0;

        VALRGA_D06_MV1_SEQ_MAS_28 = 0;

        VALRGA_D06_MV1_SEQ_MAS_29 = 0;

        VALRGA_D06_MV1_SEQ_MAS_30 = 0;

        VALRGA_D06_MV1_SEQ_MAS_31 = 0;

        VALRGA_D06_MV1_SEQ_MAS_32 = 0;

        VALRGA_D06_MV1_SEQ_MAS_33 = 0;

        VALRGA_D06_MV1_SEQ_MAS_34 = 0;

        VALRGA_D06_MV1_SEQ_MAS_35 = 0;

        VALRGA_D06_MV1_SEQ_MAS_36 = 0;

        VALRGA_D06_MV1_SEQ_MAS_37 = 0;

        VALRGA_D06_MV1_SEQ_MAS_38 = 0;

        VALRGA_D06_MV1_SEQ_MAS_39 = 0;

        VALRGA_D06_MV1_SEQ_MAS_40 = 0;

        VALRGA_D06_MV1_SEQ_MAS_41 = 0;

        VALRGA_D06_MV1_SEQ_MAS_42 = 0;

        VALRGA_D06_MV1_SEQ_MAS_43 = 0;

        VALRGA_D06_MV1_SEQ_MAS_44 = 0;

        VALRGA_D06_MV1_SEQ_MAS_45 = 0;

        VALRGA_D06_MV1_SEQ_MAS_46 = 0;

        VALRGA_D06_MV1_SEQ_MAS_47 = 0;

        VALRGA_D06_MV1_SEQ_MAS_48 = 0;

        VALRGA_D06_MV1_SEQ_MAS_49 = 0;

        VALRGA_D06_MV1_SEQ_MAS_50 = 0;


        VALRGA_D02_MV1_SEQ_MAS_01 = 0;

        VALRGA_D02_MV1_SEQ_MAS_02 = 0;

        VALRGA_D02_MV1_SEQ_MAS_03 = 0;

        VALRGA_D02_MV1_SEQ_MAS_04 = 0;

        VALRGA_D02_MV1_SEQ_MAS_05 = 0;

        VALRGA_D02_MV1_SEQ_MAS_06 = 0;

        VALRGA_D02_MV1_SEQ_MAS_07 = 0;

        VALRGA_D02_MV1_SEQ_MAS_08 = 0;

        VALRGA_D02_MV1_SEQ_MAS_09 = 0;

        VALRGA_D02_MV1_SEQ_MAS_10 = 0;

        VALRGA_D02_MV1_SEQ_MAS_11 = 0;

        VALRGA_D02_MV1_SEQ_MAS_12 = 0;

        VALRGA_D02_MV1_SEQ_MAS_13 = 0;

        VALRGA_D02_MV1_SEQ_MAS_14 = 0;

        VALRGA_D02_MV1_SEQ_MAS_15 = 0;

        VALRGA_D02_MV1_SEQ_MAS_16 = 0;

        VALRGA_D02_MV1_SEQ_MAS_17 = 0;

        VALRGA_D02_MV1_SEQ_MAS_18 = 0;

        VALRGA_D02_MV1_SEQ_MAS_19 = 0;

        VALRGA_D02_MV1_SEQ_MAS_20 = 0;

        VALRGA_D02_MV1_SEQ_MAS_21 = 0;

        VALRGA_D02_MV1_SEQ_MAS_22 = 0;

        VALRGA_D02_MV1_SEQ_MAS_23 = 0;

        VALRGA_D02_MV1_SEQ_MAS_24 = 0;

        VALRGA_D02_MV1_SEQ_MAS_25 = 0;

        VALRGA_D02_MV1_SEQ_MAS_26 = 0;

        VALRGA_D02_MV1_SEQ_MAS_27 = 0;

        VALRGA_D02_MV1_SEQ_MAS_28 = 0;

        VALRGA_D02_MV1_SEQ_MAS_29 = 0;

        VALRGA_D02_MV1_SEQ_MAS_30 = 0;

        VALRGA_D02_MV1_SEQ_MAS_31 = 0;

        VALRGA_D02_MV1_SEQ_MAS_32 = 0;

        VALRGA_D02_MV1_SEQ_MAS_33 = 0;

        VALRGA_D02_MV1_SEQ_MAS_34 = 0;

        VALRGA_D02_MV1_SEQ_MAS_35 = 0;

        VALRGA_D02_MV1_SEQ_MAS_36 = 0;

        VALRGA_D02_MV1_SEQ_MAS_37 = 0;

        VALRGA_D02_MV1_SEQ_MAS_38 = 0;

        VALRGA_D02_MV1_SEQ_MAS_39 = 0;

        VALRGA_D02_MV1_SEQ_MAS_40 = 0;

        VALRGA_D02_MV1_SEQ_MAS_41 = 0;

        VALRGA_D02_MV1_SEQ_MAS_42 = 0;

        VALRGA_D02_MV1_SEQ_MAS_43 = 0;

        VALRGA_D02_MV1_SEQ_MAS_44 = 0;

        VALRGA_D02_MV1_SEQ_MAS_45 = 0;

        VALRGA_D02_MV1_SEQ_MAS_46 = 0;

        VALRGA_D02_MV1_SEQ_MAS_47 = 0;

        VALRGA_D02_MV1_SEQ_MAS_48 = 0;

        VALRGA_D02_MV1_SEQ_MAS_49 = 0;

        VALRGA_D02_MV1_SEQ_MAS_50 = 0;

      }


    };


  } // SUPERKEKB namespace

} // Belle2 namespace


#endif