EventDjangoh.h

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#ifndef INCLUDE_EICSMEAR_ERHIC_EVENTDJANGOH_H_
#define INCLUDE_EICSMEAR_ERHIC_EVENTDJANGOH_H_
 
#include <string>
 
#include <Rtypes.h>
 
#include "eicsmear/erhic/EventMC.h"
 
namespace erhic {
 
class ParticleMC;
 
class EventDjangoh : public EventMC {
 public:
  EventDjangoh() { }
  virtual bool Parse(const std::string&);
 
  virtual const ParticleMC* ExchangeBoson() const;
 
  virtual const ParticleMC* ScatteredLepton() const;
 
  Int_t nucleon;
  Int_t IChannel;
  Int_t dprocess;
  Int_t dstruckparton;
  Int_t dpartontrck;
  Double32_t dY;
  Double32_t dQ2;
  Double32_t dX;
  Double32_t dW2;
  Double32_t dNu;
  Double32_t dtrueY;
  Double32_t dtrueQ2;
  Double32_t dtrueX;
  Double32_t dtrueW2;
  Double32_t dtrueNu;
  Double32_t sigTot;
  Double32_t sigTotErr;
  Double32_t D;
  Double32_t F1NC;
  Double32_t F3NC;
  Double32_t G1NC;
  Double32_t G3NC;
  Double32_t A1NC;
  Double32_t F1CC;
  Double32_t F3CC;
  Double32_t G1CC;
  Double32_t G5CC;
 
  ClassDef(erhic::EventDjangoh, 2)
};
 
// DJANGOH gives particle output according to the LEPTO convention, whereby
// the exchange boson comes before the scattered lepton. This is different
// to the PYTHIA convention (lepton then boson), which is the default from
// EventMC.
inline const ParticleMC* EventDjangoh::ExchangeBoson() const {
  return GetTrack(2);
}
 
inline const ParticleMC* EventDjangoh::ScatteredLepton() const {
  return GetTrack(3);
}
 
}  // namespace erhic
 
#endif  // INCLUDE_EICSMEAR_ERHIC_EVENTDJANGOH_H_