pmtflashtrigger_producer.fcl

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BEGIN_PROLOG
pmtflashtrigmaker_sbnd: {
  module_type: PMTFlashTriggerMaker
  WaveformLabel: opdaq
  Experiment: SBND
  TriggerStart: 0 # us
  TriggerEnd: 2 # us -- TODO: tune amount after beam spill
  TriggerThreshold: 7990 # 8000 (baseline) - 10 (single PE threshold) [use a higher threshold when applying the trigger]
  OffsetTriggerTime: false
  PDMapAlg: {
    tool_type: sbndPDMapAlg
  }
}

pmtflashtrigmaker_icarus: {
  module_type: PMTFlashTriggerMaker
  WaveformLabel: opdaq
  Experiment: ICARUS
  TriggerStart: 0 # us 
  TriggerEnd: 2 # us 
  TriggerThreshold: 7990 # 8000 (baseline) - 10 (single PE threshold) [use a higher threshold when applying the trigger]
  OffsetTriggerTime: true # ICARUS pmt t0 is the G4 start time -- offset it to the trigger time
  PDMapAlg: {
    tool_type: PDMapAlgSimple
  }
}

pmtflashtrigfilter_sbnd: {
  module_type: PMTFlashTriggerFilter
  FlashTriggerPrimitiveLabel: flashtrig
  NPMTAboveThreshold: 4
  PMTTriggerThreshold: 7950 # ADC equivalent of 5 PE
  StoreDataProduct: true
}

pmtflashtrigfilter_icarus: {
  module_type: PMTFlashTriggerFilter
  FlashTriggerPrimitiveLabel: flashtrig
  NPMTAboveThreshold: 4
  PMTTriggerThreshold: 7875 # ADC equivalent of 12.5 PE
  # The ICARUS QE is set to 2.5x the SBND QE 
  # this threshold normalizes the two detectors 
  # obviously, a dedicated trigger study is needed to fully 
  # understand what this number should be
  StoreDataProduct: true
}

END_PROLOG