////////////////////////////////////
// KRATTA SIM KAP reader data container
// for the Asy-Eos experiment
// TKratSimKapAna1DataContainer DEFINITION
// May 2013
// revison 05/2013
// E.d.F ver 1.0 
// sebastian.kupny@uj.edu.pl
// Description:
// Changes:
////////////////////////////////////



#include "TKratSimKapAna1DataContainer.h"

using namespace std;
//______________________________________________________________________
TKratSimKapAna1DataContainer::TKratSimKapAna1DataContainer():
  fTotalEnergy        (0),
  fThinEnTot          (0),
  fThinEnPrim         (0),
  fThinEnElec         (0),
  fThinEnRest         (0),
  fThinLightTot       (0),
  fThinLightF         (0),
  fThinLightS         (0),
  fThinLightFPrim     (0),
  fThinLightSPrim     (0),
  fThinLightEne       (0),  
  fThickEnTot         (0),
  fThickEnPrim        (0),
  fThickEnElec        (0),
  fThickEnRest        (0),
  fThickLightTot      (0),
  fThickLightF        (0),
  fThickLightS        (0),
  fThickLightFPrim    (0),
  fThickLightSPrim    (0),
  fThickLightEne      (0),
  fIsReact            (0),
  fIsReactThin        (0),
  fIsReactThick       (0)
{
}

//______________________________________________________________________
TKratSimKapAna1DataContainer::~TKratSimKapAna1DataContainer()
{
}

//______________________________________________________________________
void TKratSimKapAna1DataContainer::Clear(Option_t* opt)
{
  fTotalEnergy        = 0;
  fThinEnTot          = 0;
  fThinEnPrim         = 0;
  fThinEnElec         = 0;
  fThinEnRest         = 0;
  fThinLightTot       = 0;
  fThinLightF         = 0;
  fThinLightS         = 0;
  fThinLightFPrim     = 0;
  fThinLightSPrim     = 0;
  fThinLightEne       = 0;
  
  fThickEnTot         = 0;
  fThickEnPrim        = 0;
  fThickEnElec        = 0;
  fThickEnRest        = 0;
  fThickLightTot      = 0;
  fThickLightF        = 0;
  fThickLightS        = 0;
  fThickLightFPrim    = 0;
  fThickLightSPrim    = 0;
  fThickLightEne      = 0;  
  
  fIsReact            = 0;
  fIsReactThin        = 0;
  fIsReactThick       = 0;
  
}

//______________________________________________________________________
TKratSimKapAna1DataContainer& TKratSimKapAna1DataContainer::operator=(const TKratSimKapAna1DataContainer& tc)
{
  if (this == &tc) return *this;

  
  fTotalEnergy        = tc.fTotalEnergy;
  fThinEnTot          = tc.fThinEnTot;
  fThinEnPrim         = tc.fThinEnPrim;
  fThinEnElec         = tc.fThinEnElec;
  fThinEnRest         = tc.fThinEnRest;
  fThinLightTot       = tc.fThinLightTot;
  fThinLightF         = tc.fThinLightF;
  fThinLightS         = tc.fThinLightS;
  fThinLightFPrim     = tc.fThinLightFPrim;
  fThinLightSPrim     = tc.fThinLightSPrim;
  fThinLightEne       = tc.fThinLightEne;
                              
  fThickEnTot         = tc.fThickEnTot;
  fThickEnPrim        = tc.fThickEnPrim;
  fThickEnElec        = tc.fThickEnElec;
  fThickEnRest        = tc.fThickEnRest;
  fThickLightTot      = tc.fThickLightTot;
  fThickLightF        = tc.fThickLightF;
  fThickLightS        = tc.fThickLightS;
  fThickLightFPrim    = tc.fThickLightFPrim;
  fThickLightSPrim    = tc.fThickLightSPrim;
  fThickLightEne      = tc.fThickLightEne;
    
  fIsReact            = tc.fIsReact;
  fIsReactThin        = tc.fIsReactThin;
  fIsReactThick       = tc.fIsReactThick;
  
  
  return *this;
}


//______________________________________________________________________
std::ostream& operator<<(std::ostream& output, const TKratSimKapAna1DataContainer& p)
{
    output << "[TKratSimKapAna1DataContainer: ";
    
    output << " fTotalEnergy=" << p.fTotalEnergy;
    output << ", fThinEnTot=" << p.fThinEnTot;
    output << ", fThinEnPrim=" << p.fThinEnPrim;
    ///output << ", fThinEnElec=" << p.fThinEnElec;
    ///output << ", fThinEnRest=" << p.fThinEnRest;
    output << ", fThinLightTot=" << p.fThinLightTot;
    output << ", fThinLightF=" << p.fThinLightF;
    output << ", fThinLightS=" << p.fThinLightS;
    ///output << ", fThinLightFPrim=" << p.fThinLightFPrim;
    ///output << ", fThinLightSPrim=" << p.fThinLightSPrim;
    ///output << ", fThinLightEne=" << p.fThinLightEne;

    output << ", fThickEnTot=" << p.fThickEnTot;
    output << ", fThickEnPrim=" << p.fThickEnPrim;
    ///output << ", fThickEnElec=" << p.fThickEnElec;
    ///output << ", fThickEnRest=" << p.fThickEnRest;
    output << ", fThickLightTot=" << p.fThickLightTot;
    output << ", fThickLightF=" << p.fThickLightF;
    output << ", fThickLightS=" << p.fThickLightS;
    ///output << ", fThickLightFPrim=" << p.fThickLightFPrim;
    ///output << ", fThickLightSPrim=" << p.fThickLightSPrim;
    ///output << ", fThickLightEne=" << p.fThickLightEne;

    output << ", fIsReact=" << p.fIsReact;
    output << ", fIsReactThin=" << p.fIsReactThin;
    output << ", fIsReactThick=" << p.fIsReactThick;
    output << "]";
    
    return output;
}


ClassImp( TKratSimKapAna1DataContainer )  


///EOF