*FILE MEMBER=BANK_ZDAB_PMT LIBRARY=SNOMAN LANGUAGE=INC DATE=08:Apr:2003
<<<* SNOMAN: Bit position and byte length mnemonics for the ZDAB_PMT bank
* and various words accessed by ZDAB_PMT. See ZDAB_PMT bank
* description for details.
* Contact: R.G. Van de Water (Penn)
* Revision History:-
* ================
* 2.07 R. Van de Water, First version.
* 2.08 R. Van de Water, Rename to ZDAB_PMT. Add record type, format
* number, run number and SNOMAN MC version and event
* number. Also reorganize various word positions.
* 2.09 J. Klein Fixed byte positions for timing words.
* 3.00 R. Van de Water Add presource vertex class for MC packing.
* N. West Add further MC words, reorganise source type.
* Rename: RUN_TYPE -> DATA_TYPE.
* 3.01 N. West Version: 2.1 Store CCC not tube no. Add warning.
* J. Klein Version: 2.2 Added full Master Trigger Words
* R. Van de Water Update PMT bundle information to match production
* version of electronics.
* N. West Version 2.3 CCC now DAQ circuit not Cable Lable.
* Add link to PBUN if required.
* Replace DAQ_STATUS -> SUB_RUN.
* 4.01 G. McGregor Add sub fields for TSLH (or general)
* offset in word 5 of header. Sub field ids.
* N. West Replace CAL_TYPE -> STAT_10MHZ.
* 4.02 G. McGregor Add HCA zdab extension specifiers.
* N. West Add NCD zdab extension specifier.
*
* Notes:
* ======
*
* xxx = Record type: EHR (Event header record)
* MHR (MC header record)
* PEDR (PMT event data record)
* MCER (MC event record)
* KBPMT (PMT Flags/TAC_ID/NCELL bit pointer word)
* KBEV (EV bit pointer word)
* yy = BP (LSB bit position) or BL (byte length)
* zzz = mnemonic for field
* Warning: LSB bit positions uses the CERN numbering convention with bit 1
* as the least significant bit. This allows these mnemonics to
* be used directly in calls to CERN bit manipulation routines such
* as JBYT and SBYT. FORTRAN bit fuctions such as BTEST and IAND
* start bit numbering at 0, so subtract 1 from the mnemonic if
* using them.
* Links:-
* =====
INTEGER KZDAB_PBUN
PARAMETER (KZDAB_PBUN = 1)
* ZDAB Record Boundary Pointer:
* ============================
* PRESENT ZDAB_PMT format NUMBER
REAL VERNUM_ZDAB_PMT_PRES
PARAMETER (VERNUM_ZDAB_PMT_PRES= 2.3)
* RECORD HEADER SIZE
INTEGER NHEAD_EHR, NHEAD_MHR
PARAMETER (NHEAD_EHR=11, NHEAD_MHR=7)
* RECORD POSITION
INTEGER KZDAB_EHR, KZDAB_PEDR
PARAMETER (KZDAB_EHR=0, KZDAB_PEDR=11)
* ADC Conversion type definitions
INTEGER CON_FROM_ADC,CON_TO_ADC
PARAMETER (CON_FROM_ADC=1,CON_TO_ADC=2)
* Bit Position Words:
* ==================
INTEGER KEHR_BP_PCK_TYPE,KEHR_BP_STAT_10MHZ,
+ KEHR_BP_SUB_RUN,KEHR_BP_MC_PCK_TYPE,
+ KEHR_BP_MC_FLAG,KEHR_BP_RECORD_TYPE,
+ KEHR_BP_RUN_NUMBER,KEHR_BP_VER_NUM,
+ KEHR_BP_EV_NUMBER,KEHR_BP_NHITS,
+ KEHR_BP_DATA_TYPE,
+ KEHR_BP_TIME_10MHZ_LO,
+ KEHR_BP_TIME_10MHZ_HI, KEHR_BP_TIME_50MHZ_HI,
+ KEHR_BP_TIME_50MHZ_LO,
+ KEHR_BP_GTRIG_ID,KEHR_BP_TRIG_TYPE_LO,
+ KEHR_BP_TRIG_TYPE_HI,KEHR_BP_PEAK,
+ KEHR_BP_DIFF_LO,
+ KEHR_BP_DIFF_HI,KEHR_BP_INT,KEHR_BP_TRG_ERR,
+ KEHR_BP_SUB_FIELD,KEHR_BP_FIELD_LEN,
+ KEHR_BP_SUB_FIELD_ID
PARAMETER (KEHR_BP_PCK_TYPE=29, KEHR_BP_STAT_10MHZ= 25,
+ KEHR_BP_SUB_RUN=17, KEHR_BP_MC_PCK_TYPE=1,
+ KEHR_BP_MC_FLAG=25, KEHR_BP_RECORD_TYPE=26,
+ KEHR_BP_DATA_TYPE=1, KEHR_BP_RUN_NUMBER=1,
+ KEHR_BP_EV_NUMBER=1, KEHR_BP_NHITS=1,
+ KEHR_BP_TIME_10MHZ_LO=1,
+ KEHR_BP_TIME_10MHZ_HI=1,
+ KEHR_BP_TIME_50MHZ_LO=22,
+ KEHR_BP_TIME_50MHZ_HI=1,
+ KEHR_BP_GTRIG_ID=1,KEHR_BP_TRIG_TYPE_LO=25,
+ KEHR_BP_TRIG_TYPE_HI=1,KEHR_BP_PEAK=20,
+ KEHR_BP_DIFF_LO=30,
+ KEHR_BP_DIFF_HI=1,KEHR_BP_INT=8,
+ KEHR_BP_TRG_ERR=18,
+ KEHR_BP_VER_NUM=17,
+ KEHR_BP_SUB_FIELD=24,KEHR_BP_FIELD_LEN=1,
+ KEHR_BP_SUB_FIELD_ID=25)
INTEGER KPEDR_BP_FLAG1,KPEDR_BP_CCC,
+ KPEDR_BP_TRIG_ID1,KPEDR_BP_TRIG_ID2,
+ KPEDR_BP_TRIG_ID3,
+ KPEDR_BP_ADC_LX,KPEDR_BP_FLAG2,
+ KPEDR_BP_ADC_HL,KPEDR_BP_NCELL,
+ KPEDR_BP_ADC_HS,KPEDR_BP_TAC
PARAMETER (KPEDR_BP_FLAG1=31, KPEDR_BP_CCC=17,
+ KPEDR_BP_TRIG_ID1=1,KPEDR_BP_TRIG_ID2=13,
+ KPEDR_BP_TRIG_ID3=29,
+ KPEDR_BP_ADC_LX=1, KPEDR_BP_FLAG2=29,
+ KPEDR_BP_ADC_HL=1, KPEDR_BP_NCELL=13,
+ KPEDR_BP_ADC_HS=17, KPEDR_BP_TAC=17)
INTEGER KMHR_BP_NSVX,KMHR_BP_MCVER_NUM,KMHR_BP_MCEVN,
+ KMHR_BP_SEED1,KMHR_BP_SEED2
PARAMETER (KMHR_BP_NSVX=1,KMHR_BP_MCVER_NUM=17,
+ KMHR_BP_MCEVN=1,KMHR_BP_SEED1=1,
+ KMHR_BP_SEED2=17)
INTEGER KMCER_BP_INT_TYPE,KMCER_BP_STYP,
+ KMCER_BP_IX0,KMCER_BP_IY0,KMCER_BP_IZ0,
+ KMCER_BP_NP,KMCER_BP_IT0,KMCER_BP_PTYPE,
+ KMCER_BP_IENE,KMCER_BP_IDCOSX,
+ KMCER_BP_IDCOSY,KMCER_BP_IDCOSZ,
+ KMCER_BP_TAC_UNJIT,KMCER_BP_CER_HIST
PARAMETER (KMCER_BP_INT_TYPE=1,KMCER_BP_STYP=25,
+ KMCER_BP_IX0=1, KMCER_BP_IY0=17,
+ KMCER_BP_IZ0=1, KMCER_BP_NP=17,
+ KMCER_BP_IT0=1, KMCER_BP_PTYPE=1,
+ KMCER_BP_IENE=1, KMCER_BP_IDCOSX=17,
+ KMCER_BP_IDCOSY=1, KMCER_BP_IDCOSZ=17,
+ KMCER_BP_TAC_UNJIT=1, KMCER_BP_CER_HIST=13)
INTEGER KBPMT_BP_NCELL,
+ KBPMT_BP_FLAG1,
+ KBPMT_BP_FLAG2
PARAMETER (KBPMT_BP_NCELL=1,
+ KBPMT_BP_FLAG1=5,
+ KBPMT_BP_FLAG2=7)
INTEGER KBEV_BP_PCK_TYPE,KBEV_BP_STAT_10MHZ,
+ KBEV_BP_SUB_RUN,KBEV_BP_TRIG_TYPE,
+ KBEV_BP_MC_FLAG
PARAMETER (KBEV_BP_PCK_TYPE=29, KBEV_BP_STAT_10MHZ=25,
+ KBEV_BP_SUB_RUN=1, KBEV_BP_TRIG_TYPE=1,
+ KBEV_BP_MC_FLAG=32)
* Byte Length Words:
* ==================
INTEGER KEHR_BL_PCK_TYPE,KEHR_BL_STAT_10MHZ,
+ KEHR_BL_SUB_RUN,KEHR_BL_TRIG_TYPE,
+ KEHR_BL_MC_FLAG,KEHR_BL_RECORD_TYPE,
+ KEHR_BL_RUN_NUMBER,KEHR_BL_VER_NUM,
+ KEHR_BL_EV_NUMBER,KEHR_BL_NHITS,
+ KEHR_BL_TIME_10MHZ_HI,KEHR_BL_TIME_10MHZ_LO,
+ KEHR_BL_TIME_50MHZ_HI,KEHR_BL_TIME_50MHZ_LO,
+ KEHR_BL_GTRIG_ID,KEHR_BL_TRIG_TYPE_LO,
+ KEHR_BL_TRIG_TYPE_HI,KEHR_BL_PEAK,
+ KEHR_BL_DIFF_LO,KEHR_BL_DIFF_HI,
+ KEHR_BL_INT,KEHR_BL_TRG_ERR,
+ KEHR_BL_DATA_TYPE,
+ KEHR_BL_SUB_FIELD,KEHR_BL_FIELD_LEN,
+ KEHR_BL_SUB_FIELD_ID
PARAMETER (KEHR_BL_PCK_TYPE=4, KEHR_BL_STAT_10MHZ= 4,
+ KEHR_BL_SUB_RUN=16, KEHR_BL_TRIG_TYPE=24,
+ KEHR_BL_MC_FLAG=1, KEHR_BL_RECORD_TYPE=7,
+ KEHR_BL_DATA_TYPE=16, KEHR_BL_RUN_NUMBER=32,
+ KEHR_BL_EV_NUMBER=32, KEHR_BL_NHITS=16,
+ KEHR_BL_TIME_10MHZ_LO=32,
+ KEHR_BL_TIME_10MHZ_HI=21,
+ KEHR_BL_TIME_50MHZ_LO=11,
+ KEHR_BL_TIME_50MHZ_HI=32,
+ KEHR_BL_GTRIG_ID=24,KEHR_BL_TRIG_TYPE_LO=8,
+ KEHR_BL_TRIG_TYPE_HI=19,KEHR_BL_PEAK=10,
+ KEHR_BL_DIFF_LO=3,KEHR_BL_DIFF_HI=7,
+ KEHR_BL_INT=10,KEHR_BL_TRG_ERR=15,
+ KEHR_BL_VER_NUM=8,
+ KEHR_BL_SUB_FIELD=1,KEHR_BL_FIELD_LEN=23,
+ KEHR_BL_SUB_FIELD_ID=8)
INTEGER KPEDR_BL_FLAG1,KPEDR_BL_CCC,
+ KPEDR_BL_TRIG_ID1,KPEDR_BL_TRIG_ID2,
+ KPEDR_BL_TRIG_ID3,
+ KPEDR_BL_ADC_LX,KPEDR_BL_FLAG2,
+ KPEDR_BL_ADC_HL,KPEDR_BL_NCELL,
+ KPEDR_BL_ADC_HS,KPEDR_BL_TAC
PARAMETER (KPEDR_BL_FLAG1=2, KPEDR_BL_CCC=14,
+ KPEDR_BL_TRIG_ID1=16,KPEDR_BL_TRIG_ID2=4,
+ KPEDR_BL_TRIG_ID3=4,
+ KPEDR_BL_ADC_LX=12, KPEDR_BL_FLAG2=4,
+ KPEDR_BL_ADC_HL=12, KPEDR_BL_NCELL=4,
+ KPEDR_BL_ADC_HS=12, KPEDR_BL_TAC=12)
INTEGER KMHR_BL_NSVX,KMHR_BL_MCVER_NUM,KMHR_BL_MCEVN,
+ KMHR_BL_SEED1,KMHR_BL_SEED2
PARAMETER (KMHR_BL_NSVX=16,KMHR_BL_MCVER_NUM=16,
+ KMHR_BL_MCEVN=32,KMHR_BL_SEED1=16,
+ KMHR_BL_SEED2=16)
INTEGER KMCER_BL_INT_TYPE,KMCER_BL_STYP,
+ KMCER_BL_IX0,KMCER_BL_IY0,KMCER_BL_IZ0,
+ KMCER_BL_NP,KMCER_BL_IT0,KMCER_BL_PTYPE,
+ KMCER_BL_IENE,KMCER_BL_IDCOSX,
+ KMCER_BL_IDCOSY,KMCER_BL_IDCOSZ,
+ KMCER_BL_TAC_UNJIT,KMCER_BL_CER_HIST
PARAMETER (KMCER_BL_INT_TYPE=32,KMCER_BL_STYP=8,
+ KMCER_BL_IX0=16, KMCER_BL_IY0=16,
+ KMCER_BL_IZ0=16, KMCER_BL_NP=8,
+ KMCER_BL_IT0=32, KMCER_BL_PTYPE=16,
+ KMCER_BL_IENE=32, KMCER_BL_IDCOSX=16,
+ KMCER_BL_IDCOSY=16, KMCER_BL_IDCOSZ=16,
+ KMCER_BL_TAC_UNJIT=12, KMCER_BL_CER_HIST=20)
INTEGER KBPMT_BL_NCELL,
+ KBPMT_BL_FLAG1,
+ KBPMT_BL_FLAG2
PARAMETER (KBPMT_BL_NCELL=4,
+ KBPMT_BL_FLAG1=2,
+ KBPMT_BL_FLAG2=4)
INTEGER KBEV_BL_PCK_TYPE,KBEV_BL_STAT_10MHZ,
+ KBEV_BL_SUB_RUN,KBEV_BL_TRIG_TYPE,
+ KBEV_BL_MC_FLAG
PARAMETER (KBEV_BL_PCK_TYPE=4, KBEV_BL_STAT_10MHZ=4,
+ KBEV_BL_SUB_RUN=16, KBEV_BL_TRIG_TYPE=24,
+ KBEV_BL_MC_FLAG=1)
* ZDAB extension info modes:
* ==========================
INTEGER NUMBER
PARAMETER ( NUMBER = -1 )
* ZDAB extension ids:
* ===================
INTEGER EXT_ZDAB_LAST,
+ EXT_ZDAB_ALL,
+ EXT_ZDAB_CALIBRATED,
+ EXT_ZDAB_MONTE_CARLO,
+ EXT_ZDAB_FIT,
+ EXT_ZDAB_HIT_DATA,
+ EXT_ZDAB_EVENT_DATA,
+ EXT_ZDAB_TSLH,
+ EXT_ZDAB_HCA_NEW,
+ EXT_ZDAB_HCA_QUEENS,
+ EXT_ZDAB_NCD
PARAMETER ( EXT_ZDAB_LAST = -1,
+ EXT_ZDAB_ALL = 0,
+ EXT_ZDAB_CALIBRATED = 8,
+ EXT_ZDAB_MONTE_CARLO = 9,
+ EXT_ZDAB_FIT = 10,
+ EXT_ZDAB_HIT_DATA = 11,
+ EXT_ZDAB_EVENT_DATA = 12,
+ EXT_ZDAB_TSLH = 13,
+ EXT_ZDAB_HCA_NEW = 14,
+ EXT_ZDAB_HCA_QUEENS = 15,
+ EXT_ZDAB_NCD = 16 )
* 10MHz Clock Status:
* ===================
INTEGER KSTAT_10MHZ_BAD,
+ KSTAT_10MHZ_UNVERIFIED,
+ KSTAT_10MHZ_FIXED_MAC_TIME,
+ KSTAT_10MHZ_FIXED_50MHZ_PHASE,
+ KSTAT_10MHZ_GOOD
PARAMETER ( KSTAT_10MHZ_BAD = 0,
+ KSTAT_10MHZ_UNVERIFIED = 1,
+ KSTAT_10MHZ_FIXED_MAC_TIME = 2,
+ KSTAT_10MHZ_FIXED_50MHZ_PHASE = 3,
+ KSTAT_10MHZ_GOOD = 7)
*ENDFILE MEMBER=BANK_ZDAB_PMT