hdebug.param

; hms tracking code debug flags. 
; when these flags are non-zero, dump routines are called to 
; print out the data banks for each event.
;
;  hluno     fortran lun for output
      hluno = 66
; hdebugdumptof           Dump timing information for fitting offsets
      hdebugdumptof = 0
; hdebugdumpcal           Dump calorimeter information for fitting gains
      hdebugdumpcal = 0
; number of pedestal events required to overwrite orig. peds.
  hhodo_min_peds = 500
  hcal_min_peds  = 500
  hcer_min_peds  = 500
  haero_min_peds  = 500
  hmisc_min_peds  = 500

; DEBUGGING OUTPUT FLAGS
; ----------------------
; hdebugprintrawdc        Dump HMS_RAW_DC Bank
      hdebugprintrawdc = 0
; hdebugprintdecodeddc    Dump HMS_DECODED_DC BAnk
      hdebugprintdecodeddc = 0
; hdebugflagpsi               Dump calculated coordinate positions
      hdebugflagpsi =  0
; hdebugflaggeoemtry          Dump calculated geometrical parameters
      hdebugflaggeometry = 0
; hdebugflagpr                Dump intermediate pattern recognition results
      hdebugflagpr = 0
; hdebugflagstubchisq         Dump chi2 of left-right fits
      hdebugstubchisq = 0
; hdebugflagstubs             Dump stub fit       
      hdebugflagstubs = 0
; hdebuglinkstubs             Dump linked hits
      hdebuglinkstubs = 0
; hdebugtrackprint            Dump focal plane track fit results
      hdebugtrackprint = 0
; hdebugtartrackprint         Dump tracks at target
      hdebugtartrackprint = 0
; tof debuging 
;
;  hdebugprintscinraw         Dump HMS_RAW_SCIN
    hdebugprintscinraw = 0
;  hdebugprintscindec         Dump HMS_DECODED_SCIN
    hdebugprintscindec = 0
;  hdebugprinttoftracks       Dump  hms_scin_tof
    hdebugprinttoftracks = 0
;  hdebugprinttracktests      Dump HMS_TRACK_TESTS
    hdebugprinttracktests = 0
;
;  hms calorimeter debug flags
;  hlun_dbg_cal                lun
   hlun_dbg_cal    = hluno
;  hdbg_raw_cal        call h_prt_cal_raw
   hdbg_raw_cal = 0
;  hdbg_sparsified_cal call h_prt_cal_sparsified
   hdbg_sparsified_cal = 0
;  hdbg_decoded_cal    call h_prt_cal_decoded
   hdbg_decoded_cal = 0
;  hdbg_clusters_cal   call h_prt_cal_clusters
   hdbg_clusters_cal = 0
;  hdbg_tracks_cal     call h_prt_cal_tracks
   hdbg_tracks_cal = 0
;  hdbg_tests_cal      call h_prt_cal_tests    HMS_TRACK_TESTS
   hdbg_tests_cal = 0
;
;  hard wired histograms. If these flags .ne. 0 then the histogram
;     blocks are filled
;
; hturnon_scin_raw_hist       Histogram HMS raw hodoscope data (each block)
  hturnon_scin_raw_hist = 1
; hturnon_decoded_dc_hist     Histogram HMS_DECODED_DC
  hturnon_decoded_dc_hist = 1
; hturnon_focal_plane_hist    Histogram HMS_FOCAL_PLANE 
  hturnon_focal_plane_hist = 1
; hturnon_target_hist         HISTOGRAM HMS_TARGET
  hturnon_target_hist = 1
;
; Bypass paramters to bypass code elementes in h_reconstruction
;      Stored in hmsbypass_switches.cmn
;      Code element is bypassed if switch .ne. 0
; hbypass_trans_dc         bypass h_trans_dc
  hbypass_trans_dc   = 0 
; hbypass_track            bypass h_track
  hbypass_track      = 0
; hbypass_targ_trans       bypass h_targ_trans
  hbypass_targ_trans = 0
; hbypass_dc_eff           bypass h_dc_eff and h_dc_eff_shutdown
  hbypass_dc_eff     = 0
; hbypass_track_eff        bypass h_tracking efficiency code
  hbypass_track_eff  = 0
; hbypass_track_eff_files  bypass h_tracking efficiency output files
  hbypass_track_eff_files  = 1

; hbypass_trans_scin       bypass h_trans_scin
  hbypass_trans_scin = 0
; hbypass_tof              bypass h_tof
  hbypass_tof        = 0
; hbypass_scin_eff         bypass h_scin_eff and h_scin_eff_shutdown
  hbypass_scin_eff   = 0

; hbypass_trans_cer        bypass h_trans_cer
  hbypass_trans_cer  = 0
; hbypass_cer              bypass h_cer
  hbypass_cer        = 0
; hbypass_cer_eff          bypass h_cer_eff and h_cer_eff_shutdown
  hbypass_cer_eff    = 0

; hbypass_trans_cal        bypass h_trans_cal
  hbypass_trans_cal  = 0
; hbypass_cal              bypass h_cal
  hbypass_cal        = 0
; hbypass_cal_eff          bypass h_cal_eff and h_cal_eff_shutdown
  hbypass_cal_eff    = 0

; hbypass_physics          bypass h_physics
  hbypass_physics    = 0