crtsimmodules_sbnd.fcl

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standard_sbnd_crtsimparams: {
  # Global timing offset [ns]
  # For Corsika cosmics, use 2.76e6 (see corsika_sbnd.fcl)
  GlobalT0Offset: 0.0
  UseG4RefTimeOffset: true

  # Shape parameters for mean time delay vs. Npe
  TDelayNorm: 4125.74
  TDelayShift: -300.31
  TDelaySigma: 90.392
  TDelayOffset: -1.525

  # Shape parameters for time delay RMS vs. Npe
  TDelayRMSGausNorm: 2.09138
  TDelayRMSGausShift: 7.23993
  TDelayRMSGausSigma: 170.027
  TDelayRMSExpNorm: 1.6544
  TDelayRMSExpShift: 75.6183
  TDelayRMSExpScale: 79.3543

  TriggerDelay: 10 # ns

  # Clock speed of the CRT system [MHz] (1 ns = 1 tick @ 1000 MHz)
  # (was 16 MHz for files before v08_25_00)
  ClockSpeedCRT: 1000.

  # Propagation delay [ns/cm]
  PropDelay: 0.061
  PropDelayError: 0.007

  # Interpolator time resolution [ns]
  TResInterpolator: 1.268

  # Model parameters for Npe vs. distance along strip
  NpeScaleNorm: 8.023e7 #5.261e7
  NpeScaleShift: -1085.0

  # Mean deposited charge for mips [GeV]
  UseEdep: true
  Q0: 1.75e-3

  # ADC model: Pedestal offset [ADC], slope [ADC/photon], RMS [ADC]
  QPed: 0.0 #63.6
  QSlope: 40.0 #131.9
  QRMS: 80.0 #15.0
  QThreshold: 60.0 #100

  # Coincidence window for two fibers on a strip [ticks = ns]
  StripCoincidenceWindow: 100.0 #30.0

  # Coincidence for hits in a tagger [ticks = ns]
  TaggerPlaneCoincidenceWindow: 150.0 #5

  # Effective absorption length (for transverse response) [cm]
  AbsLenEff: 8.5

  # Minimum time between energy deposits that SiPMs can resolve [ns]
  SipmTimeResponse: 2.0

  AdcSaturation: 4095

  DeadTime: 22000

  WaveformX: [0., 11.83, 18.59, 28.72,  41.40,  51.53,  62.51, 75.]
  WaveformY: [0., 3.412, 12.08, 34.138, 65.646, 84.554, 101.1, 108.3]
  DoWaveformEmulation: true

  DebugTrigger: false
}

sbnd_crtsim: {
  module_type: "sbndcode/CRT/CRTDetSim"
  G4ModuleLabel: "genericcrt"
  DetSimParams: @local::standard_sbnd_crtsimparams
}

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