JetSampling_p2.h

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/*
  Copyright (C) 2002-2019 CERN for the benefit of the ATLAS collaboration
*/
 
// JetSampling_p2.h 
// Header file for class JetSampling_p2
// Author: B.Salvachua < Belen.Salvachua@cern.ch> 
// Date:   Dec 2008
//    Based on JetSampling_p1
//    Add m_dr1, m_dr2, m_erad_tracks, m_pd
//    Move m_erad to m_erad_cells
//    Remove JetSum varialbes
//    Add more JetECS
//    Make them float
#ifndef JETEVENTTPCNV_JETSAMPLING_P2_H 
#define JETEVENTTPCNV_JETSAMPLING_P2_H 
 
#include <array>
 
// EventCommonTPCnv includes
#include "EventCommonTPCnv/HepLorentzVector_p1.h"
 
// forward declarations
class JetSamplingCnv_p2;
 
class JetSampling_p2 
{
public:
  // public typedefs
 
  typedef std::array<float, 16> ECS_t;
  typedef std::array<float, 10> ERad_t;

  // Friend classes
 
  // Make the AthenaPoolCnv class our friend
  friend class JetSamplingCnv_p2;

  // Public methods: 
public: 

  JetSampling_p2();

  ~JetSampling_p2() = default;
 
  // don't bother make data private...

  HepLorentzVector_p1 m_pr;

  HepLorentzVector_p1 m_pt;

  HepLorentzVector_p1 m_pn;
 
  // New HepLorentzVector for data driven analysis
  HepLorentzVector_p1 m_pd;
  
  HepLorentzVector_p1 m_h1;

  HepLorentzVector_p1 m_pisa;

  HepLorentzVector_p1 m_samp;
  
  float m_dr1; 
  float m_dr2; 
 
  // Jet sampling layer info
  float m_ejsPreSamplerB;  
  float m_ejsPreSamplerE;  
  float m_ejsEMB1; 
  float m_ejsEME1; 
  float m_ejsEMB2;
  float m_ejsEME2; 
  float m_ejsEMB3; 
  float m_ejsEME3; 
  float m_ejsTileBar0; 
  float m_ejsTileExt0; 
  float m_ejsTileBar1; 
  float m_ejsTileExt1; 
  float m_ejsTileBar2; 
  float m_ejsTileExt2; 
  float m_ejsHEC0; 
  float m_ejsHEC1; 
  float m_ejsHEC2; 
  float m_ejsHEC3; 
  float m_ejsTileGap1; 
  float m_ejsTileGap2; 
  float m_ejsTileGap3; 
  float m_ejsFCAL0; 
  float m_ejsFCAL1; 
  float m_ejsFCAL2; 
 
  float m_tot;  
  float m_ctot; 
  float m_ehad; 
  float m_eem;  
  
  // JetSums: Variables used for H1 have been removed from JetSampling_p2
  // However they can be calculated using JetECS variables
 
  float m_eCryo; 
  float m_eGap;  
  float m_eScint; 
  float m_eNull;
 
  // JetECS, extended to finer granularity, cell enregy density bins, up to 16 elements 
  // Some of the old variables (JetSampling_p1) have been split to achieve more granularity 
  ECS_t m_ePreSamBCell; 
  ECS_t m_ePreSamECell; 
  ECS_t m_eEMB1Cell; 
  ECS_t m_eEMB2Cell1; 
  ECS_t m_eEMB2Cell2; 
  ECS_t m_eEMB3Cell1; 
  ECS_t m_eEMB3Cell2; 
  ECS_t m_eEME1Cell;  
  ECS_t m_eEME2Cell1; 
  ECS_t m_eEME2Cell2; 
  ECS_t m_eEME3Cell1; 
  ECS_t m_eEME3Cell2; 
  ECS_t m_eTileBar0Cell; 
  ECS_t m_eTileBar1Cell; 
  ECS_t m_eTileBar2Cell; 
  ECS_t m_eTileExt0Cell; 
  ECS_t m_eTileExt1Cell; 
  ECS_t m_eTileExt2Cell; 
  ECS_t m_eHec0Cell1; 
  ECS_t m_eHec0Cell2; 
  ECS_t m_eHec1Cell1; 
  ECS_t m_eHec1Cell2; 
  ECS_t m_eHec2Cell1; 
  ECS_t m_eHec2Cell2; 
  ECS_t m_eHec3Cell1; 
  ECS_t m_eHec3Cell2; 
  ECS_t m_eFCal0Cell; 
  ECS_t m_eFCal1Cell; 
  ECS_t m_eFCal2Cell; 
 
  // Name in JetSampling_p2 have been changed, before it was called m_erad;
  // size 10
  ERad_t m_erad_cells;  
 
  // New variable to store enregy in cone radii calcualted from tracks (not in JetSampling_p1)
  // size 10
  ERad_t m_erad_tracks; //> Energy in cone radii, from tracks
}; 
 
#endif //> JETEVENTTPCNV_JETSAMPLING_P2_H