LArG4Parameters.cc

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////////////////////////////////////////////////////////////////////////
/// \file  LArG4Parameters_service.cc
/// \brief Store parameters for running LArG4
///
/// \author bjpjones@mit.edu
////////////////////////////////////////////////////////////////////////
// This service exists to pass parameters to various different
// classes in LArG4, which are not necessary directly called by
// the LArG4_module class.
//
// Ben Jones, MIT, March 2010


#include "larsim/Simulation/LArG4Parameters.h"

#include "fhiclcpp/ParameterSet.h"

namespace sim {

  //--------------------------------------------------------------------------
  LArG4Parameters::LArG4Parameters(fhicl::ParameterSet const& pset)
    : fOpVerbosity            {pset.get< int                      >("OpticalSimVerbosity"     )}
    , fParticleKineticECut    {pset.get< double                   >("ParticleKineticEnergyCut")}
    , fStoreTrajectories      {pset.get< bool                     >("StoreTrajectories"       )}
    , fDrawNeutrals           {pset.get< bool                     >("VisualizeNeutrals"       )}
    , fVisualizationEnergyCut {pset.get< double                   >("VisualizationEnergyCut"  )}
    , fUseCustomPhysics       {pset.get< bool                     >("UseCustomPhysics"        )}
    , fModifyProtonCut        {pset.get< bool                     >("ModifyProtonCut"         , false)}
    , fNewProtonCut           {fModifyProtonCut? pset.get<double>("NewProtonCut") /* for HadronHP */ : 0.0}
    , fLongitudinalDiffusion  {pset.get< double                   >("LongitudinalDiffusion"   )}
    , fTransverseDiffusion    {pset.get< double                   >("TransverseDiffusion"     )}
    , fElectronClusterSize    {pset.get< double                   >("ElectronClusterSize"     )}
    , fMinNumberOfElCluster   {pset.get< int                      >("MinNumberOfElCluster"    )}
    , fEnabledPhysics         {pset.get< std::vector<std::string> >("EnabledPhysics"          )}
    , fK0Bias                 {pset.get< int                      >("CosmogenicK0Bias"        )}
    , fXSBias                 {pset.get< int                      >("CosmogenicXSMNBiasFactor")}
    , fXBias                  {pset.get< int                      >("CosmogenicXSMNBiasOn"    )}
    // First of last 3 flags above turns on secondary particle bias for
    // K0s,Lambdas,neutrons in MuNuclear.
    // The 2nd is the enhancement factor for XS bias in MuNuclear. Keep it
    // <=100.
    // The 3rd turns on cross-section bias in MuNuclear.
    , fKeepEMShowerDaughters  {pset.get< bool                     >("KeepEMShowerDaughters"   )}
    , fDisableWireplanes       {pset.get< bool                     >("DisableWireplanes"       )}
    , fSkipWireSignalInTPCs    {pset.get< std::vector<unsigned short int> >("SkipWireSignalInTPCs"      )}
    , fRecombA                 {pset.get< double                   >("RecombA",util::kRecombA)}
    , fRecombk                 {pset.get< double                   >("Recombk",util::kRecombk)}
    , fModBoxA                 {pset.get< double                   >("ModBoxA",util::kModBoxA)}
    , fModBoxB                 {pset.get< double                   >("ModBoxB",util::kModBoxB)}
    , fLarqlChi0A              {pset.get< double                   >("LarqlChi0A"            )}
    , fLarqlChi0B              {pset.get< double                   >("LarqlChi0B"            )}
    , fLarqlChi0C              {pset.get< double                   >("LarqlChi0C"            )}
    , fLarqlChi0D              {pset.get< double                   >("LarqlChi0D"            )}
    , fLarqlAlpha              {pset.get< double                   >("LarqlAlpha"            )}
    , fLarqlBeta               {pset.get< double                   >("LarqlBeta"             )}
    , fWph                     {pset.get< double                   >("Wph"                   )}
    , fUseModBoxRecomb         {pset.get< bool                     >("UseModBoxRecomb"         )}
    , fUseModLarqlRecomb       {pset.get< bool                     >("UseModLarqlRecomb"       )}
    , fUseBinomialFlucts       {pset.get< bool                     >("UseBinomialFlucts", true)}
    , fIonAndScintCalculator   {pset.get< std::string              >("IonAndScintCalculator", "Separate")}
    , fOpticalParamVolumes     {pset.get< std::vector<std::string> >("OpticalParamVolumes"     )}
    , fOpticalParamModels      {pset.get< std::vector<std::string> >("OpticalParamModels"      )}
    , fOpticalParamOrientations{pset.get< std::vector<int>         >("OpticalParamOrientations")}
    , fOpticalParamParameters  {pset.get< std::vector<std::vector<std::vector<double> > > >("OpticalParamParameters")}
    , fLitePhotons             {pset.get< bool                     >("UseLitePhotons"       )}
    , fFillSimEnergyDeposits   {pset.get< bool                     >("FillSimEnergyDeposits",false)}
    , fNoElectronPropagation   {pset.get< bool                     >("NoElectronPropagation",false)}
    , fNoPhotonPropagation     {pset.get< bool                     >("NoPhotonPropagation",false)}
  {}
}