K. Ehret			- update Sep. 11. 2001

/T_BEAM:

ford/bun_LC       LC-rate
                  float:bunchLC
                  -> raw-spectra (hits/num_of_samp) 880 floats
ford/bun_F1       F1-rate
                  float:bunchF1
                  -> raw-spectra (hits/num_of_samp) 880 floats
ford/bun_VC       VC-rate
                  float:bunchVC
                  -> raw-spectra (hits/num_of_samp) 880 floats

ford/clen_LC      Clusterlength LC  
                  int:clustlenLC   
                  -> 20 int describing the cluster length distribution
ford/clen_F1      Clusterlength F1
                  int:clustlenF1
                  -> 20 int describing the cluster length distribution
ford/clen_VC      Clusterlength VC
                  int:clustlenVC
                  -> 20 int describing the cluster length distribution

ford/LCrate       LC:ir bx nbx sigr neff r180to880 r720to880 r6to880
                  r24to880 pcf neffcb
                  float:LCrate
                  -> all values determined from according spectra
                     like Rate, bx, nbx, ratios, .... cf. remark (1)
ford/F1rate       F1:ir bx nbx sigr neff r180to880 r720to880 r6to880
                  r24to880 pcf neffcb
                  float:F1rate
                  -> all values determined from according spectra
                     like Rate, bx, nbx, ratios, .... cf. remark (1)
ford/VCrate       Vc:ir bx nbx sigr neff r180to880 r720to880 r6to880
                  r24to880 pcf neffcb
                  float:VCrate
                  -> all values determined from according spectra
                     like Rate, bx, nbx, ratios, ....cf. remark (1) 
ford/calib        CalibConst:BX_freq,1BXfreq,acc: all F1 VC, nofbunch
                  float:calib
                  -> BX_freq,1BXfreq,acc: Lumi F1 VC, nofbunch
                  -> actual values:  8.5227   0.047564   1  0.01  1  880
                     presumably rearranged and acceptances read from 
                     /T_MAIN
ford/settings     Settings:turns,acc,3*active,autodb,ircut,3 * bxshift
                  int:settings
                  -> settings, actually 8 int 
                     10000   4   1   1   1   0  1000  0 0 0
                    turns for one calculation, accummulations before 
                    spect stored, active flag for Lumi, F1, Veto,
                    autoDB flag = 1 - write always DB Info
                          = 0 - write just in case ir > ircut 
                    bxshift - hardcoded offsets inside code (60 ch)
                             indiv. shifts to adopt each counter set
                             adjustable via UIF     
ford/_1bx_pos     1BX position
                  int:1bxpos
                  -> measured position of 1bx reference signal (1 int)    
ford/3numbers     3numbers
                  float:3numbers
                  -> shall one keep this, it might be used as a copy
                     of one ford/XXrate fields

remark (1)  - definition and meaning of rate field
--------------------------------------------------
ir          - total rate in MHz - bunchwise poisson corrected 
bx          - bx rate (180)    "                 "   
nbx         - nbx rate (700)   "                 " 
sigr        - relative sigma of 180 filled bunches
neff        - number of eff bunches
r180to880   - ratio 180 filled to all
r720to880   - ratio 180 filled * 4 samples to all
r6to880     - ratio 6 pilot bunches to all
r24to880    - ratio 6 pilot bunches * 4 samples to all
pcf         - poisson correction factor (all 880 bunches)
neffcb      - number of effective bunches after coasting beam subtraction



mdm revised - bunch current DB structure as previous

mdm/p/current     Proton Current [mA]
                  float:pCurrent      (220 values)
mdm/p/misc        pMisc
                  float:pCurrSum
                  uint:pRevCount


judy not yet tested and definned, presumably just the 1 GHZ option 
will be kept

judy/bunch        Bunchcon
                  float:bunch
judy/nofturn      NofTurns
                  int:nofturns