ParticleProperty.h

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#ifndef GAUDIKERNEL_PARTICLEPROPERTY_H
#define GAUDIKERNEL_PARTICLEPROPERTY_H 1
// ============================================================================
// Include files
// ============================================================================
#include <string>
#include <ostream>
#include <iomanip>
// ============================================================================

class ParticleProperty final {
public:
  ParticleProperty() = default;
  
  ParticleProperty
  ( std::string        particle   , 
    int                geantId    , 
    int                jetsetId   , 
    double             charge     , 
    double             mass       , 
    double             tlife      , 
    std::string        evtgenName ,
    int                pythiaId   , 
    double             maxWidth   ) 
    : m_name         ( std::move(particle)   )
    , m_idgeant      ( geantId    )
    , m_idjetset     ( jetsetId   )
    , m_charge       ( charge     )
    , m_mass         ( mass       )
    , m_tlife        ( tlife      )
    , m_evtgenName   ( std::move(evtgenName) )
    , m_pythiaId     ( pythiaId   )
    , m_maxWidth     ( maxWidth   ) 
  {}
  
  ~ParticleProperty() = default;

  const std::string& particle() const { return m_name; }

  void setParticle( const std::string& particle ) { m_name = particle; }

  int geantID() const { return m_idgeant; }

  void setGeantID( int id ) { m_idgeant = id; }

  int pdgID() const { return m_idjetset; }

  void setPdgID( int id) { m_idjetset = id; }

  int jetsetID() const { return m_idjetset; }

  void setJetsetID( int id ) { m_idjetset = id; }

  double charge() const { return m_charge; }

  void setCharge( double q ) { m_charge = q; }
  
  double mass() const { return m_mass; }

  void setMass( double m ) { m_mass = m; }
  
  double lifetime() const { return m_tlife; }

  void setLifetime( double t ) { m_tlife = t; }

  const std::string& evtGenName() const { return m_evtgenName ; }

  void setEvtGenName( const std::string & name ) { m_evtgenName = name ; }
  
  int pythiaID() const { return m_pythiaId ; }
  
  void setPythiaID( int pId ) { m_pythiaId = pId ; }

  double maxWidth() const { return m_maxWidth ; }
  
  void setMaxWidth( double mW ) { m_maxWidth = mW ; }
  
  const ParticleProperty* antiParticle() const { return m_anti ; }
  void setAntiParticle( const ParticleProperty* p ) { m_anti = p ; }
  
  friend std::ostream& operator<< 
    ( std::ostream& stream, const ParticleProperty& pp)
  {
    stream << "Name : " << pp.m_name 
           << ", Geant ID : " << pp.m_idgeant
           << ", JetSet ID : " << pp.m_idjetset
           << ", Charge (/e): " << pp.m_charge
           << ", Mass (MeV): " << pp.m_mass
           << ", Lifetime (ns): " << pp.m_tlife
           << ", EvtGen Name: " << pp.m_evtgenName
           << ", Pythia ID: " << pp.m_pythiaId
           << ", Max width deviation (MeV): " << pp.m_maxWidth ;
    return stream;
  }
  
private:
  std::string m_name;

  int m_idgeant;
  
  int m_idjetset;

  double m_charge;

  double m_mass;

  double m_tlife;

  std::string m_evtgenName ;
  
  int m_pythiaId ;

  double m_maxWidth ;
  
  const ParticleProperty* m_anti = nullptr;
};

#endif