EMShower.h

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/*
  Copyright (C) 2002-2020 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef EGAMMAEVENT_EMSHOWER_H
#define EGAMMAEVENT_EMSHOWER_H
 
#include "egammaEvent/egDetail.h"
#include "egammaEvent/egammaParamDefs.h"
#include <vector>
//#include <pair>
 
class EMShower : public egDetail
 
{
 public:

  EMShower();
  virtual ~EMShower() = default;
  virtual const std::string& className() const;
  virtual double parameter(egammaParameters::ParamDef) const ;
  virtual bool hasParameter(egammaParameters::ParamDef) const ;

  void set_parameter(egammaParameters::ParamDef, double, bool overwrite=false) ;
 
 
  // return values of shower parameters
  double  e011() const;     
  double  e033() const;     
  double  e132() const;     
  double  e1152() const;    
  double  ethad1() const;   
  double  ethad() const;    
  double  ehad1() const;    
  double  f1() const;       
  double  f3() const;       
  double  f1core() const;   
  double  f3core() const;   
  double  e233() const;     
  double  e235() const;     
  double  e255() const;     
  double  e237() const;     
  double  e277() const;     
  double  e333() const;     
  double  e335() const;     
  double  e337() const;     
  double  e377() const;     
  double  weta1() const;    
  double  weta2() const;    
  double  e2ts1() const;    
  double  e2tsts1() const;  
  double  fracs1() const;   
  double  widths1() const;  
  double  widths2() const;  
  double  poscs1() const;   
  double  poscs2() const;   
  double  asy1() const;     
  double  pos() const; 
  double  pos7() const; 
  double  barys1() const;   
  double  wtots1() const;   
  double  emins1() const;   
  double  emaxs1() const;   
  double  etcone() const;   
  double  etcone15() const; 
  double  etcone20() const; 
  double  etcone25() const; 
  double  etcone30() const; 
  double  etcone35() const; 
  double  etcone40() const; 
  
  double etconoisedR02SigAbs2() const;
  double etconoisedR02SigAbs3() const;
  
  double etconoisedR03SigAbs2() const;
  double etconoisedR03SigAbs3() const;
  
  double etconoisedR04SigAbs2() const;
  double etconoisedR04SigAbs3() const;

  double etconoisedR04Sig2() const;
  double etconoisedR04Sig3() const;

  double r33over37allcalo() const;     
  double ecore() const;
  double zvertex() const;
  double errz() const;
  double etap() const; 
  double depth() const;

  double etringnoisedR02SigAbs2() const;
  double etringnoisedR02SigAbs3() const;
  
  double etringnoisedR03SigAbs2() const;
  double etringnoisedR03SigAbs3() const;
  
  double etringnoisedR04SigAbs2() const;
  double etringnoisedR04SigAbs3() const;
  

  double etringnoisedR03Sig2() const;
  double etringnoisedR03Sig3() const;
  double etringnoisedR03Sig4() const;

  double etringnoisedR04Sig2() const;
  double etringnoisedR04Sig3() const;
 
  int  linkIndex() const;
  double ptcone20 () const;
  double ptcone30 () const;
  double ptcone40 () const;

  double nucone20 () const;
  double nucone30 () const;
  double nucone40 () const;

  double ptcone20_zpv05() const;
  double ptcone30_zpv05() const;
  double ptcone40_zpv05() const;
  double nucone20_zpv05() const;
  double nucone30_zpv05() const;
  double nucone40_zpv05() const;

  double  etcone15_ptcorrected() const;
  double  etcone20_ptcorrected() const;
  double  etcone25_ptcorrected() const;
  double  etcone30_ptcorrected() const;
  double  etcone35_ptcorrected() const;
  double  etcone40_ptcorrected() const;

  double  etcone20_corrected() const;
  double  etcone30_corrected() const;
  double  etcone40_corrected() const;
 
  //et cone for topo cluster 
  double  topoetcone20() const;
  double  topoetcone30() const;
  double  topoetcone40() const;
  double  topoetcone40_ptcorrected() const;
  double  topoetcone40_corrected() const;
 
  
  
 
  // set the values of the different shower shape and isolation variables
  void set_e011(double); 
  void set_e033(double); 
  void set_e132(double); 
  void set_e1152(double); 
  void set_ethad1(double); 
  void set_ethad(double); 
  void set_ehad1(double);  
  void set_f1(double);
  void set_f3(double);
  void set_f1core(double);
  void set_f3core(double);
  void set_e233(double);
  void set_e235(double); 
  void set_e255(double); 
  void set_e237(double);
  void set_e277(double);
  void set_e333(double);
  void set_e335(double);
  void set_e337(double);
  void set_e377(double);
  void set_weta1(double);
  void set_weta2(double);
  void set_e2ts1(double);
  void set_e2tsts1(double);
  void set_fracs1(double);
  void set_widths1(double);
  void set_widths2(double);
  void set_poscs1(double);
  void set_poscs2(double);
  void set_asy1(double);
  void set_pos(double);
  void set_pos7(double);
  void set_barys1(double);
  void set_wtots1(double);
  void set_emins1(double);
  void set_emaxs1(double);
  void set_r33over37allcalo(double);
  void set_ecore(double);
  void set_zvertex(double);
  void set_errz(double);
  void set_etap(double); 
  void set_depth(double);
  void set_etcone(double); 
  void set_etcone15(double); 
  void set_etcone20(double); 
  void set_etcone25(double); 
  void set_etcone30(double); 
  void set_etcone35(double); 
  void set_etcone40(double); 
  void set_etconoisedR04Sig2(double); 
  void set_etconoisedR04Sig3(double); 
 
  void set_etconoisedR02SigAbs2(double); 
  void set_etconoisedR02SigAbs3(double); 
  void set_etconoisedR03SigAbs2(double); 
  void set_etconoisedR03SigAbs3(double); 
  void set_etconoisedR04SigAbs2(double); 
  void set_etconoisedR04SigAbs3(double); 
 
  void set_etringnoisedR03Sig2(double); 
  void set_etringnoisedR03Sig3(double); 
  void set_etringnoisedR03Sig4(double); 
 
  void set_etringnoisedR04Sig2(double); 
  void set_etringnoisedR04Sig3(double); 
 
  void set_etringnoisedR02SigAbs2(double); 
  void set_etringnoisedR02SigAbs3(double); 
  void set_etringnoisedR03SigAbs2(double); 
  void set_etringnoisedR03SigAbs3(double); 
  void set_etringnoisedR04SigAbs2(double); 
  void set_etringnoisedR04SigAbs3(double); 
 
  void set_linkIndex(int); 
  void set_ptcone20(double);
  void set_ptcone30(double);
  void set_ptcone40(double);
  void set_nucone20(double);
  void set_nucone30(double);
  void set_nucone40(double);
  void set_ptcone20_zpv05(double);
  void set_ptcone30_zpv05(double);
  void set_ptcone40_zpv05(double);
  void set_nucone20_zpv05(double);
  void set_nucone30_zpv05(double);
  void set_nucone40_zpv05(double);
  void set_etcone15_ptcorrected(double);
  void set_etcone20_ptcorrected(double);
  void set_etcone25_ptcorrected(double);
  void set_etcone30_ptcorrected(double);
  void set_etcone35_ptcorrected(double);
  void set_etcone40_ptcorrected(double);
 
  void set_etcone20_corrected(double);
  void set_etcone30_corrected(double);
  void set_etcone40_corrected(double);
 
  void set_topoetcone20(double);
  void set_topoetcone30(double);
  void set_topoetcone40(double);
  void set_topoetcone40_ptcorrected(double);
  void set_topoetcone40_corrected(double);
 
  void print() const;
 
// 
 private:
 
 
  std::vector < std::pair<egammaParameters::ParamDef , double > > m_parameters;
  static const std::string s_className;
};
 
#include "egammaEvent/EMShower.icc"
 
#endif