; Add ability to write out the scaler rate at each scaler read
;  for up to 10 scalers
; When g_writeout_scaler_filename is commented out then file
;  is not written and other info not used.
; To get scaler indices look in TEMPLATE/hreport.template
;   and sreport.template .
; In output file for each scaler read is the number of the scaler read and
the
;   time between scaler reads and then the rates for each scaler.
; g_writeout_scaler_filename = %d.scal
; INDEX_WRITEOUT_SCALERS = 347,351,187,191,321
; NUM_WRITEOUT_SCALERS = 5
 g_writeout_scaler_filename = 'charge_scalers/%d.scal'
 INDEX_WRITEOUT_SCALERS = 168,160,320,189,190,347,346,349,350
 NUM_WRITEOUT_SCALERS = 9

; Old charge calibrations from Run 16707; BCM1 in gain pos 1, BCM2 in
; gain position 2

;point to scaler indices for BCM's
  gbcm1_index = 321
  gbcm2_index = 322
  gbcm3_index = 323
  gunser_index = 324

;gain factors for three cavity monitors
; gbcm1_gain =  .0009435               ; microA/Hz
; gbcm2_gain =  .0002849               ; microA/Hz
; gbcm3_gain =  .0002537               ; microA/Hz
; gunser_gain =  .00025000              ; microA/Hz
;
; From Feb99 BCM cal:
; gbcm1_gain =  .00004811               ; microA/Hz
; gbcm2_gain =  .00026421               ; microA/Hz
; gbcm3_gain =  .00043343               ; microA/Hz
; gunser_gain =  .00025000              ; microA/Hz


; JRA - adjust calibration factors by hand to get semi-sensible values (apr03)
; gbcm1_gain =  .00008685               ; microA/Hz
; gbcm2_gain =  .00029148               ; microA/Hz
; gbcm3_gain =  .00043343               ; microA/Hz
; gunser_gain =  .00025000              ; microA/Hz

;calibrations from DJM (07/11/03)

; gbcm1_gain =  .00088114               ; microA/Hz
; gbcm2_gain =  .00096397               ; microA/Hz
; gbcm3_gain =  .00043343               ; microA/Hz
; gunser_gain =  .00025000              ; microA/Hz

; gbcm1_offset =  249632.              ; Hz
; gbcm2_offset =  249483.              ; Hz
; gbcm3_offset =  245437.              ; Hz
; gunser_offset = 250000.              ; TEST

;even better calibrations from DJM (07/17/03)

; gbcm1_gain =  .000889442               ; microA/Hz
; gbcm2_gain =  .000973427               ; microA/Hz
; gbcm3_gain =  .00043343               ; microA/Hz
; gunser_gain =  .00025000              ; microA/Hz

; gbcm1_offset =  250390.              ; Hz
; gbcm2_offset =  250207.              ; Hz
; gbcm3_offset =  245437.              ; Hz
; gunser_offset = 250000.              ; TEST


;final calibrations from DJM (09/24/03)

 gbcm1_gain =  .00088915               ; microA/Hz
 gbcm2_gain =  .00097379               ; microA/Hz
 gbcm3_gain =  .00043343               ; microA/Hz
 gunser_gain =  .00025000              ; microA/Hz

 gbcm1_offset =  250368.              ; Hz
 gbcm2_offset =  250220.              ; Hz
 gbcm3_offset =  245437.              ; Hz
 gunser_offset = 250000.              ; TEST


;zero offsets for BCM s
; VALUES FROM REAL FIT:
; gbcm1_offset =  250632.              ; Hz
; gbcm2_offset =  251195.              ; Hz
; gbcm3_offset =  249543.              ; Hz
;
; VALUES FROM BEAM OFF (starting point for jan99)
; gbcm1_offset =  244795.              ; Hz
; gbcm2_offset =  253647.              ; Hz
; gbcm3_offset =  245437.              ; Hz
; gunser_offset = 250000.              ; TEST
; gunser_offset = 545693.              ; Hz

;define the threshold current at which beam is "on". (in microamps)
 g_beam_on_thresh_cur = 5.,1.5
 bcm_for_threshold_cut = 2

;point to hardware clock (1MHz scaler, scaler channel 325)
  gclock_index = 325
  gclock_rate = 1.e+6