ExperimentalConditions.h

/*
 * ExperimentalConditions.h
 *
 *  Created on: Feb 9, 2021
 *      Author: Pawel Sznajder (NCBJ) 
 */
 
#ifndef BEANS_EXPERIMENTALCONDITIONS_H_
#define BEANS_EXPERIMENTALCONDITIONS_H_
 
#include <NumA/linear_algebra/vector/Vector3D.h>
#include <string>
 
#include "../types/ParticleType.h"
 
namespace EPIC {
class MonteCarloTask;
} /* namespace EPIC */
 
namespace EPIC {
 
class ExperimentalConditions : public PARTONS::BaseObject {
 
  static const std::string
      EXPERIMENTAL_CONDITION_LEPTON_ENERGY; 
  static const std::string
      EXPERIMENTAL_CONDITION_LEPTON_PARTICLE; 
  static const std::string
      EXPERIMENTAL_CONDITION_LEPTON_HELICITY; 
  static const std::string
      EXPERIMENTAL_CONDITION_HADRON_ENERGY; 
  static const std::string
      EXPERIMENTAL_CONDITION_HADRON_PARTICLE; 
  static const std::string
      EXPERIMENTAL_CONDITION_HADRON_POLARISATION; 
 
public:
  ExperimentalConditions();
 
  ExperimentalConditions(double leptonEnergy, ParticleType::Type leptonType,
                         int leptonHelicity, double hadronEnergy,
                         ParticleType::Type hadronType,
                         const NumA::Vector3D &hadronPolarisation);
 
  ExperimentalConditions(const ExperimentalConditions &other);
 
  virtual ~ExperimentalConditions();
 
  virtual std::string toString() const;
 
  static ExperimentalConditions fromTask(const MonteCarloTask &task);
 
  double getLeptonEnergyFixedTargetEquivalent() const;
 
  //********************************************************
  //*** SETTERS AND GETTERS ********************************
  //********************************************************
 
  double getLeptonEnergy() const;
 
  void setLeptonEnergy(double leptonEnergy);
 
  ParticleType::Type getLeptonType() const;
 
  void setLeptonType(ParticleType::Type leptonType);
 
  int getLeptonHelicity() const;
 
  void setLeptonHelicity(int leptonHelicity);
 
  double getHadronEnergy() const;
 
  void setHadronEnergy(double hadronEnergy);
 
  ParticleType::Type getHadronType() const;
 
  void setHadronType(ParticleType::Type hadronType);
 
  const NumA::Vector3D &getHadronPolarisation() const;
 
  void setHadronPolarisation(const NumA::Vector3D &hadronPolarisation);
 
private:
  double m_leptonEnergy;           
  ParticleType::Type m_leptonType; 
  int m_leptonHelicity;            
 
  double m_hadronEnergy;               
  ParticleType::Type m_hadronType;     
  NumA::Vector3D m_hadronPolarisation; 
};
 
} /* namespace EPIC */
 
#endif /* BEANS_EXPERIMENTALCONDITIONS_H_ */