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ParticleParameters.h

Go to the documentation of this file.

#ifndef FASTSHOWER_PARTICLEPARAMETERS_H
#define FASTSHOWER_PARTICLEPARAMETERS_H

#ifndef FASTSHOWER_SP_H
#include "FastShowerUtils/SP.h"
#endif

#ifndef FASTSHOWER_ENERGYLIMITER_H
#include "FastShowerUtils/EnergyLimiter.h"
#endif

#ifndef FASTSHOWER_PARTICLETYPE_H
#include "FastShowerUtils/ParticleType.h"
#endif

#ifndef FASTSHOWER_IDEBUG_H
#include "FastShowerUtils/IDebug.h"
#endif

#ifndef FASTSHOWER_TRACEBACK_H
#include "FastShowerUtils/TraceBack.h"
#endif

#ifndef STD_IOSTREAM_H
#define STD_IOSTREAM_H
#include <iostream>
#endif

class ostream;
namespace FastShower{

  class ParticleParameters{
  public:
    enum Region{barrel, endcap, fcal, beyond};
    ParticleParameters();    
    ParticleParameters(double eta, double phi, double energy, int pdgId);
    ParticleParameters(double eta, double phi, double delPhi, double delEta, 
                       double energy, Region reg, int pdgId); 

    void setEnergyLimiter(const EnergyLimiter*);   
    double phi() const;                            
    double eta() const;                            
    double delPhi() const;                         
    double delEta() const;                         
    double energy() const;                         
    double rawEnergy() const;                      
    Region  region() const;                        
    unsigned short int  quadrant() const;          
    bool isHadron()   const;                       
    bool isPhoton()   const;                       
    bool isElectron() const;                       
    void fromIDebug(const IDebug*) const;          
    void dumpTrace()  const;                       
  private:
    void calcQuadrant();              

    double m_phi;                     
    double m_eta;                     
    double m_delPhi;                  
    double m_delEta;                  
    double m_energy;                  
    Region m_region;                  
    unsigned short int m_quadrant;    
    SP<EnergyLimiter>  m_eLimiter;    
    ParticleType m_particleType;      
    SP<TraceBack> m_traceBack;        
  };
  std::ostream& operator<<(std::ostream&, const ParticleParameters&);
  std::ostream& operator<<(std::ostream&, const ParticleParameters*);
  //            Inlines                                               //
  inline
    void ParticleParameters::setEnergyLimiter(const EnergyLimiter* el){
    m_eLimiter=new EnergyLimiter(*el);
  }
  inline
    double ParticleParameters::phi() const { return m_phi;}
  inline
    double ParticleParameters::eta() const { return m_eta;}
  inline
    double ParticleParameters::delPhi() const { return m_delPhi;}
  inline
    double ParticleParameters::delEta() const { return m_delEta;}
  inline
    double ParticleParameters::energy() const { 
    return m_eLimiter->limit(m_energy);
  }
  inline
    double ParticleParameters::rawEnergy() const { return m_energy;}
  inline
    ParticleParameters::Region ParticleParameters::region() const { 
    return m_region;
  }
  inline
    unsigned short int  ParticleParameters::quadrant() const { 
    return m_quadrant;}
  inline
    bool ParticleParameters::isHadron() const{
    return m_particleType.isHadron();
  }
  inline
    bool ParticleParameters::isPhoton() const{
    return m_particleType.isPhoton();
  }
  inline
    bool ParticleParameters::isElectron() const {
    return m_particleType.isElectron();
  }
}
#endif

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