supernova.fcl

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BEGIN_PROLOG

standard_supernova_alg:
{
  # Sample this energy spectrum (found in $FW_SEARCH_PATH)
  # This value is not used if Monoenergetic neutrinos is set to true
  EnergySpectrumFileName: "gvkm_xscn_weighted_nue_spectrum.root"

  # Use the same energy for all of the simulated neutrinos
  MonoenergeticNeutrinos:   false

  # Neutrinos of this energy are generated only if 
  # MonoenergeticNeutrinos is set to true, otherwise this value is not used
  NeutrinoEnergy:              10

  # Sample Poisson distribution for each event 
  # to decide how many events to simulate
  UsePoissonDistribution:    true

  # Allow zero neutrinos to be created?
  AllowZeroNeutrinos:        false

  # Average or exact number of neutrinos simulated
  NumberOfNeutrinos:           10

  # Simulate neutrinos randomly within this time interval
  NeutrinoTimeBegin:     -2246000.0 # In ns
  NeutrinoTimeEnd:        2246000.0 # In ns

  # Simulate neutrinos in a box
  # Define the box using two coordinates
  ActiveVolume0:           [ -363.376, -607.829,  -0.876 ] # In cm
  ActiveVolume1:           [  363.376,  607.829, 463.904 ] # In cm
}

standard_supernova:
{
  module_type:   "SNNueAr40CCGen"
  GeneratorAlg: @local::standard_supernova_alg
}

#The following is moved to supernova_dune.fcl. 
#dunefd_workspace_supernova: @local::standard_supernova

END_PROLOG