opdetdigitizer_sbnd.fcl

#include "detsimmodules.fcl"
#include "digi_arapuca_sbnd.fcl"
#include "digi_pmt_sbnd.fcl"
#include "optriggeralg_sbnd.fcl"

BEGIN_PROLOG

sbnd_opdetdigitizer:
{
  module_type:        "opDetDigitizerSBND"
  InputModule:        "PDFastSim"
  WaveformSize:      	    2000.0    #ns (dummy value, resized according to readout of each PD)
  UseSimPhotonsLite:            true  # false for SimPhotons
  ApplyTriggers:             true  #optional
  ticksPerSlice:             5000 # corresponds to 10us
  PercentTicksBeforeCross:             0.2
  MonThreshold:             50
  PairMultiplicityThreshold:             4 

  @table::sbnd_digipmt_alg
  @table::sbnd_digiarapuca_alg
  @table::sbnd_optrigger_alg

  ##This is the readout window size for each "trigger" on the electronics
  #ReadoutWindowSize:         2000    #ticks (if 2ns each --> 4us)
  #PreTrigFraction:           0.25    # fraction of readout window size that should come before the "trigger" on the electronics
  ##NOTE this is assumed to be positive-going and ABOVE BASELINE! Pulse polarity is corrected before determining trigger.
  #ThresholdADC:              10      #Threshold for self-triggered readout (ADC counts)
  #PulsePolarity:             -1      #Pulse polarity (1 = positive, -1 = negative)
  #TriggerOffsetPMT:          -1150   #Time (us) relative to trigger that readout begins
  #ReadoutEnablePeriod:       3450    #Time (us) for which pmt readout is enabled
  #CreateBeamGateTriggers:    true    #Option to create unbiased readout around beam spill
  #BeamGateTriggerRepPeriod:  2.0     #Repetition Period (us) for BeamGateTriggers
  #BeamGateTriggerNReps:      10      #Number of beamgate trigger reps to produce
}

sbnd_opdetdigitizer_legacy: @local::sbnd_opdetdigitizer
sbnd_opdetdigitizer_legacy.InputModule: "largeant"

END_PROLOG