Trigger/TrigEvent/TrigCaloEvent/TrigCaloEvent/TrigEMCluster.h

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/*
  Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef TRIGEMCLUSTER_H
#define TRIGEMCLUSTER_H
 
 
/*******************************************************
 
NAME:       TrigEMCluster.h
PACKAGE:    Trigger/TrigEvent/TrigCaloEvent
AUTHORS:    Denis O. Damazio, Carlos Osuna, Xin Wu
 
PURPOSE:    Keep the important output variables
        from the Calorimeter LVL2 egamma Trigger.
        Optionally seed ID Trigger and EF.
        Variables here should be corrected variables
        not raw (in mother class).
INHERITSFROM:   TrigCaloCluster
DATE:       October 17th, 2005
 
******************************************************/
// includes section
#include "TrigCaloEvent/TrigCaloCluster.h"
#include "AthLinks/ElementLink.h"
#include "TrigCaloEvent/RingerRingsContainer.h"

class TrigEMCluster : public TrigCaloCluster {
 
public:
    TrigEMCluster (float energy = 0.0, float eta = -10.0,
        float phi = -10.0, long roi_word = 0);
    ~TrigEMCluster ();
    TrigEMCluster ( const TrigEMCluster* trigemcluster ) ;
    TrigEMCluster ( const TrigEMCluster& trigemcluster ) ;
 
        TrigEMCluster& operator= ( const TrigEMCluster& trigemcluster ) = delete;

        void print ( void ) const;
        void print ( MsgStream& log ) const;
 
    // set internal variables methods
    inline void setEnergy   ( float energy  ) { m_Energy  = energy;  };
    inline void setEt       ( float et      ) { m_Et      = et;      };
    inline void setEnergy( CaloSampling::CaloSample sample, float
            energy ) { m_EnergyS[sample] = energy; };

    inline void setEta      ( float eta     ) { m_Eta     = eta;     };
    inline void setPhi      ( float phi     ) { m_Phi     = phi;     };
    inline void set_e237    ( float e237    ) { m_e237    = e237;    };
    inline void set_e277    ( float e277    ) { m_e277    = e277;    };
    inline void set_fracs1  ( float fracs1  ) { m_fracs1  = fracs1;  };
    inline void set_weta2   ( float weta2   ) { m_weta2   = weta2;   };
    inline void set_ehad1   ( float ehad1   ) { m_ehad1   = ehad1;   };
    inline void set_Eta1    ( float eta1    ) { m_Eta1    = eta1;    };
    inline void set_emaxs1  ( float emaxs1  ) { m_emaxs1  = emaxs1;  };
    inline void set_e2tsts1 ( float e2tsts1 ) { m_e2tsts1 = e2tsts1; };
    inline void set_e233    ( float e233    ) { m_e233    = e233;    };
    inline void set_wstot    ( float wstot    ) { m_wstot    = wstot;    };
    
    // get internal variables methods
    inline float energy  (  ) const { return m_Energy  ; };
    inline float e       (  ) const { return m_Energy  ; };
    inline float et      (  ) const { return m_Et      ; };
        inline float energy( CaloSampling::CaloSample sample ) const
                        { return m_EnergyS[sample]; };

        inline float energyInSample( CaloSampling::CaloSample sample ) const
                        { return m_EnergyS[sample]; };

    inline float eta     (  ) const { return m_Eta     ; };
    inline float phi     (  ) const { return m_Phi     ; };
    inline float e237    (  ) const { return m_e237    ; };
    inline float e277    (  ) const { return m_e277    ; };
    inline float fracs1  (  ) const { return m_fracs1  ; };
    inline float weta2   (  ) const { return m_weta2   ; };
    inline float ehad1   (  ) const { return m_ehad1   ; };
    inline float Eta1    (  ) const { return m_Eta1    ; };
    inline float emaxs1  (  ) const { return m_emaxs1  ; };
    inline float e2tsts1 (  ) const { return m_e2tsts1 ; };
    inline float e233    (  ) const { return m_e233    ; };
    inline float wstot    (  ) const { return m_wstot    ; };
 
    bool isValid() const;
    void setRings(const RingerRingsContainer &ring_con, unsigned int ring_idx);
    const RingerRings *rings() const;
        void setRings(const ElementLink<RingerRingsContainer>& ringsLink);
        const ElementLink<RingerRingsContainer>& ringsLink() const;
 
 
// internal variables must be private
private:
    float m_Energy;
    float m_Et;
        float m_EnergyS[MAXSIZE];
    float m_Eta;
    float m_Phi;
    float m_e237;
    float m_e277;
    float m_fracs1;
    float m_weta2;
    float m_ehad1;
    float m_Eta1;
    float m_emaxs1;
    float m_e2tsts1;
    float m_e233;
    float m_wstot;
 
    ElementLink<RingerRingsContainer> m_rings;
 
    template <class T>
    friend class TrigEMClusterConverterBase;
};
 
// stream output
std::string str( const TrigEMCluster& d );
MsgStream& operator<< ( MsgStream& m, const TrigEMCluster& d );
 
//comparison
bool operator== (const TrigEMCluster& a, const TrigEMCluster& b);
inline bool operator!= ( const TrigEMCluster& a,
        const TrigEMCluster& b ) { return !(a==b); }
 
// CLIDSvc is already loaded in base class
CLASS_DEF ( TrigEMCluster, 31349851, 1)
#endif