de/d74/CaloD3PDClass_8h_source.html

/*

  Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration

*/


// This class has been automatically generated on

// Wed Oct 24 14:42:24 2012 by ROOT version 5.32/02

// from TTree caloD3PD/caloD3PD

// found on file: caloD3PD_from_esd_timing_test.root


#ifndef CaloD3PDClass_h

#define CaloD3PDClass_h


#include <TROOT.h>

#include <TChain.h>

#include <TFile.h>


// Header file for the classes stored in the TTree if any.

#include <vector>


// Fixed size dimensions of array or collections stored in the TTree if any.


class CaloD3PDClass {

public :

   template <class T>

   using vector = std::vector<T>;


   TTree          *fChain;

   Int_t           fCurrent;


   // Declaration of leaf types

   UInt_t          RunNumber;

   UInt_t          EventNumber;

   UInt_t          timestamp;

   UInt_t          timestamp_ns;

   UInt_t          lbn;

   UInt_t          bcid;

   UInt_t          detmask0;

   UInt_t          detmask1;

   Float_t         actualIntPerXing;

   Float_t         averageIntPerXing;

   UInt_t          pixelFlags;

   UInt_t          sctFlags;

   UInt_t          trtFlags;

   UInt_t          larFlags;

   UInt_t          tileFlags;

   UInt_t          muonFlags;

   UInt_t          fwdFlags;

   UInt_t          coreFlags;

   UInt_t          pixelError;

   UInt_t          sctError;

   UInt_t          trtError;

   UInt_t          larError;

   UInt_t          tileError;

   UInt_t          muonError;

   UInt_t          fwdError;

   UInt_t          coreError;

   Bool_t          streamDecision_Egamma;

   Bool_t          streamDecision_Muons;

   Bool_t          streamDecision_JetTauEtmiss;

   Bool_t          isSimulation;

   Bool_t          isCalibration;

   Bool_t          isTestBeam;

   Int_t           cc_sel_n;

   vector<float>   *cc_sel_E;

   vector<float>   *cc_sel_pt;

   vector<float>   *cc_sel_eta;

   vector<float>   *cc_sel_phi;

   vector<int>     *cc_sel_QCells;

   vector<int>     *cc_sel_GainCells;

   vector<int>     *cc_sel_DetCells;

   vector<float>   *cc_sel_TimeCells;

   vector<float>   *cc_sel_xCells;

   vector<float>   *cc_sel_yCells;

   vector<float>   *cc_sel_zCells;

   vector<int>     *cc_sel_BadCells;

   vector<unsigned int> *cc_sel_IdCells;

   vector<float>   *cc_sel_Sigma;

   Int_t           ccc_Nh_Calo;

   Float_t         ccc_Eh_Calo;

   Int_t           ccc_Nh_EM;

   Float_t         ccc_Eh_EM;

   Int_t           ccc_Nh_HAD;

   Float_t         ccc_Eh_HAD;

   Int_t           ccc_Nh_PresB;

   vector<float>   *ccc_Eh_PresB;

   Int_t           ccc_Nh_EMB;

   vector<float>   *ccc_Eh_EMB;

   Int_t           ccc_Nh_EMEC;

   vector<float>   *ccc_Eh_EMEC;

   Int_t           ccc_Nh_Tile;

   vector<float>   *ccc_Eh_Tile;

   Int_t           ccc_Nh_TileGap;

   vector<float>   *ccc_Eh_TileGap;

   Int_t           ccc_Nh_HEC;

   vector<float>   *ccc_Eh_HEC;

   Int_t           ccc_Nh_FCal;

   vector<float>   *ccc_Eh_FCal;

   Int_t           ccc_Nh_PresE;

   vector<float>   *ccc_Eh_PresE;

   Int_t           ccc_Nh_Scint;

   vector<float>   *ccc_Eh_Scint;

   Int_t           cl_n;

   vector<float>   *cl_pt;

   vector<float>   *cl_eta;

   vector<float>   *cl_phi;

   vector<float>   *cl_E_em;

   vector<float>   *cl_E_had;

   vector<float>   *cl_firstEdens;

   vector<float>   *cl_cellmaxfrac;

   vector<float>   *cl_longitudinal;

   vector<float>   *cl_secondlambda;

   vector<float>   *cl_lateral;

   vector<float>   *cl_secondR;

   vector<float>   *cl_centerlambda;

   vector<float>   *cl_deltaTheta;

   vector<float>   *cl_deltaPhi;

   vector<float>   *cl_centermag;

   vector<float>   *cl_time;

   vector<float>   *cl_E_PreSamplerB;

   vector<float>   *cl_E_EMB1;

   vector<float>   *cl_E_EMB2;

   vector<float>   *cl_E_EMB3;

   vector<float>   *cl_E_PreSamplerE;

   vector<float>   *cl_E_EME1;

   vector<float>   *cl_E_EME2;

   vector<float>   *cl_E_EME3;

   vector<float>   *cl_E_HEC0;

   vector<float>   *cl_E_HEC1;

   vector<float>   *cl_E_HEC2;

   vector<float>   *cl_E_HEC3;

   vector<float>   *cl_E_TileBar0;

   vector<float>   *cl_E_TileBar1;

   vector<float>   *cl_E_TileBar2;

   vector<float>   *cl_E_TileGap1;

   vector<float>   *cl_E_TileGap2;

   vector<float>   *cl_E_TileGap3;

   vector<float>   *cl_E_TileExt0;

   vector<float>   *cl_E_TileExt1;

   vector<float>   *cl_E_TileExt2;

   vector<float>   *cl_E_FCAL0;

   vector<float>   *cl_E_FCAL1;

   vector<float>   *cl_E_FCAL2;

   vector<float>   *cl_eta_PreSamplerB;

   vector<float>   *cl_phi_PreSamplerB;

   vector<float>   *cl_eta_EMB1;

   vector<float>   *cl_phi_EMB1;

   vector<float>   *cl_eta_EMB2;

   vector<float>   *cl_phi_EMB2;

   vector<float>   *cl_eta_EMB3;

   vector<float>   *cl_phi_EMB3;

   vector<float>   *cl_eta_PreSamplerE;

   vector<float>   *cl_phi_PreSamplerE;

   vector<float>   *cl_eta_EME1;

   vector<float>   *cl_phi_EME1;

   vector<float>   *cl_eta_EME2;

   vector<float>   *cl_phi_EME2;

   vector<float>   *cl_eta_EME3;

   vector<float>   *cl_phi_EME3;

   vector<float>   *cl_eta_HEC0;

   vector<float>   *cl_phi_HEC0;

   vector<float>   *cl_eta_HEC1;

   vector<float>   *cl_phi_HEC1;

   vector<float>   *cl_eta_HEC2;

   vector<float>   *cl_phi_HEC2;

   vector<float>   *cl_eta_HEC3;

   vector<float>   *cl_phi_HEC3;

   vector<float>   *cl_eta_TileBar0;

   vector<float>   *cl_phi_TileBar0;

   vector<float>   *cl_eta_TileBar1;

   vector<float>   *cl_phi_TileBar1;

   vector<float>   *cl_eta_TileBar2;

   vector<float>   *cl_phi_TileBar2;

   vector<float>   *cl_eta_TileGap1;

   vector<float>   *cl_phi_TileGap1;

   vector<float>   *cl_eta_TileGap2;

   vector<float>   *cl_phi_TileGap2;

   vector<float>   *cl_eta_TileGap3;

   vector<float>   *cl_phi_TileGap3;

   vector<float>   *cl_eta_TileExt0;

   vector<float>   *cl_phi_TileExt0;

   vector<float>   *cl_eta_TileExt1;

   vector<float>   *cl_phi_TileExt1;

   vector<float>   *cl_eta_TileExt2;

   vector<float>   *cl_phi_TileExt2;

   vector<float>   *cl_eta_FCAL0;

   vector<float>   *cl_phi_FCAL0;

   vector<float>   *cl_eta_FCAL1;

   vector<float>   *cl_phi_FCAL1;

   vector<float>   *cl_eta_FCAL2;

   vector<float>   *cl_phi_FCAL2;

   vector<int>     *cl_cell_n;

   vector<vector<float> > *cl_cell_E;

   vector<vector<float> > *cl_cell_pt;

   vector<vector<float> > *cl_cell_eta;

   vector<vector<float> > *cl_cell_phi;

   vector<vector<int> > *cl_cell_QCells;

   vector<vector<int> > *cl_cell_GainCells;

   vector<vector<int> > *cl_cell_DetCells;

   vector<vector<float> > *cl_cell_TimeCells;

   vector<vector<float> > *cl_cell_xCells;

   vector<vector<float> > *cl_cell_yCells;

   vector<vector<float> > *cl_cell_zCells;

   vector<vector<int> > *cl_cell_BadCells;

   vector<vector<unsigned int> > *cl_cell_IdCells;

   Int_t           lardigit_n;

   vector<int>     *lardigit_layer;

   vector<int>     *lardigit_ieta;

   vector<int>     *lardigit_calo;

   vector<int>     *lardigit_iphi;

   vector<int>     *lardigit_barrel_ec;

   vector<int>     *lardigit_pos_neg;

   vector<int>     *lardigit_FT;

   vector<int>     *lardigit_slot;

   vector<int>     *lardigit_channel;

   vector<int>     *lardigit_gain;

   vector<vector<int> > *lardigit_Samples;

   vector<unsigned int> *lardigit_offlineId;

   vector<vector<unsigned int> > *lardigit_sca_add;

   vector<int>     *lardigit_iter_valid;

   vector<int>     *lardigit_iter_converged;

   vector<short>   *lardigit_iter_nIter;

   vector<float>   *lardigit_iter_ampl;

   vector<float>   *lardigit_iter_tau;

   vector<short>   *lardigit_iter_peakSample;

   vector<float>   *lardigit_iter_delay;

   vector<float>   *lardigit_iter_qual;

   vector<short>   *lardigit_iter_index;


   // List of branches

   TBranch        *b_RunNumber;

   TBranch        *b_EventNumber;

   TBranch        *b_timestamp;

   TBranch        *b_timestamp_ns;

   TBranch        *b_lbn;

   TBranch        *b_bcid;

   TBranch        *b_detmask0;

   TBranch        *b_detmask1;

   TBranch        *b_actualIntPerXing;

   TBranch        *b_averageIntPerXing;

   TBranch        *b_pixelFlags;

   TBranch        *b_sctFlags;

   TBranch        *b_trtFlags;

   TBranch        *b_larFlags;

   TBranch        *b_tileFlags;

   TBranch        *b_muonFlags;

   TBranch        *b_fwdFlags;

   TBranch        *b_coreFlags;

   TBranch        *b_pixelError;

   TBranch        *b_sctError;

   TBranch        *b_trtError;

   TBranch        *b_larError;

   TBranch        *b_tileError;

   TBranch        *b_muonError;

   TBranch        *b_fwdError;

   TBranch        *b_coreError;

   TBranch        *b_streamDecision_Egamma;

   TBranch        *b_streamDecision_Muons;

   TBranch        *b_streamDecision_JetTauEtmiss;

   TBranch        *b_isSimulation;

   TBranch        *b_isCalibration;

   TBranch        *b_isTestBeam;

   TBranch        *b_cc_sel_n;

   TBranch        *b_cc_sel_E;

   TBranch        *b_cc_sel_pt;

   TBranch        *b_cc_sel_eta;

   TBranch        *b_cc_sel_phi;

   TBranch        *b_cc_sel_QCells;

   TBranch        *b_cc_sel_GainCells;

   TBranch        *b_cc_sel_DetCells;

   TBranch        *b_cc_sel_TimeCells;

   TBranch        *b_cc_sel_xCells;

   TBranch        *b_cc_sel_yCells;

   TBranch        *b_cc_sel_zCells;

   TBranch        *b_cc_sel_BadCells;

   TBranch        *b_cc_sel_IdCells;

   TBranch        *b_cc_sel_Sigma;

   TBranch        *b_ccc_Nh_Calo;

   TBranch        *b_ccc_Eh_Calo;

   TBranch        *b_ccc_Nh_EM;

   TBranch        *b_ccc_Eh_EM;

   TBranch        *b_ccc_Nh_HAD;

   TBranch        *b_ccc_Eh_HAD;

   TBranch        *b_ccc_Nh_PresB;

   TBranch        *b_ccc_Eh_PresB;

   TBranch        *b_ccc_Nh_EMB;

   TBranch        *b_ccc_Eh_EMB;

   TBranch        *b_ccc_Nh_EMEC;

   TBranch        *b_ccc_Eh_EMEC;

   TBranch        *b_ccc_Nh_Tile;

   TBranch        *b_ccc_Eh_Tile;

   TBranch        *b_ccc_Nh_TileGap;

   TBranch        *b_ccc_Eh_TileGap;

   TBranch        *b_ccc_Nh_HEC;

   TBranch        *b_ccc_Eh_HEC;

   TBranch        *b_ccc_Nh_FCal;

   TBranch        *b_ccc_Eh_FCal;

   TBranch        *b_ccc_Nh_PresE;

   TBranch        *b_ccc_Eh_PresE;

   TBranch        *b_ccc_Nh_Scint;

   TBranch        *b_ccc_Eh_Scint;

   TBranch        *b_cl_n;

   TBranch        *b_cl_pt;

   TBranch        *b_cl_eta;

   TBranch        *b_cl_phi;

   TBranch        *b_cl_E_em;

   TBranch        *b_cl_E_had;

   TBranch        *b_cl_firstEdens;

   TBranch        *b_cl_cellmaxfrac;

   TBranch        *b_cl_longitudinal;

   TBranch        *b_cl_secondlambda;

   TBranch        *b_cl_lateral;

   TBranch        *b_cl_secondR;

   TBranch        *b_cl_centerlambda;

   TBranch        *b_cl_deltaTheta;

   TBranch        *b_cl_deltaPhi;

   TBranch        *b_cl_centermag;

   TBranch        *b_cl_time;

   TBranch        *b_cl_E_PreSamplerB;

   TBranch        *b_cl_E_EMB1;

   TBranch        *b_cl_E_EMB2;

   TBranch        *b_cl_E_EMB3;

   TBranch        *b_cl_E_PreSamplerE;

   TBranch        *b_cl_E_EME1;

   TBranch        *b_cl_E_EME2;

   TBranch        *b_cl_E_EME3;

   TBranch        *b_cl_E_HEC0;

   TBranch        *b_cl_E_HEC1;

   TBranch        *b_cl_E_HEC2;

   TBranch        *b_cl_E_HEC3;

   TBranch        *b_cl_E_TileBar0;

   TBranch        *b_cl_E_TileBar1;

   TBranch        *b_cl_E_TileBar2;

   TBranch        *b_cl_E_TileGap1;

   TBranch        *b_cl_E_TileGap2;

   TBranch        *b_cl_E_TileGap3;

   TBranch        *b_cl_E_TileExt0;

   TBranch        *b_cl_E_TileExt1;

   TBranch        *b_cl_E_TileExt2;

   TBranch        *b_cl_E_FCAL0;

   TBranch        *b_cl_E_FCAL1;

   TBranch        *b_cl_E_FCAL2;

   TBranch        *b_cl_eta_PreSamplerB;

   TBranch        *b_cl_phi_PreSamplerB;

   TBranch        *b_cl_eta_EMB1;

   TBranch        *b_cl_phi_EMB1;

   TBranch        *b_cl_eta_EMB2;

   TBranch        *b_cl_phi_EMB2;

   TBranch        *b_cl_eta_EMB3;

   TBranch        *b_cl_phi_EMB3;

   TBranch        *b_cl_eta_PreSamplerE;

   TBranch        *b_cl_phi_PreSamplerE;

   TBranch        *b_cl_eta_EME1;

   TBranch        *b_cl_phi_EME1;

   TBranch        *b_cl_eta_EME2;

   TBranch        *b_cl_phi_EME2;

   TBranch        *b_cl_eta_EME3;

   TBranch        *b_cl_phi_EME3;

   TBranch        *b_cl_eta_HEC0;

   TBranch        *b_cl_phi_HEC0;

   TBranch        *b_cl_eta_HEC1;

   TBranch        *b_cl_phi_HEC1;

   TBranch        *b_cl_eta_HEC2;

   TBranch        *b_cl_phi_HEC2;

   TBranch        *b_cl_eta_HEC3;

   TBranch        *b_cl_phi_HEC3;

   TBranch        *b_cl_eta_TileBar0;

   TBranch        *b_cl_phi_TileBar0;

   TBranch        *b_cl_eta_TileBar1;

   TBranch        *b_cl_phi_TileBar1;

   TBranch        *b_cl_eta_TileBar2;

   TBranch        *b_cl_phi_TileBar2;

   TBranch        *b_cl_eta_TileGap1;

   TBranch        *b_cl_phi_TileGap1;

   TBranch        *b_cl_eta_TileGap2;

   TBranch        *b_cl_phi_TileGap2;

   TBranch        *b_cl_eta_TileGap3;

   TBranch        *b_cl_phi_TileGap3;

   TBranch        *b_cl_eta_TileExt0;

   TBranch        *b_cl_phi_TileExt0;

   TBranch        *b_cl_eta_TileExt1;

   TBranch        *b_cl_phi_TileExt1;

   TBranch        *b_cl_eta_TileExt2;

   TBranch        *b_cl_phi_TileExt2;

   TBranch        *b_cl_eta_FCAL0;

   TBranch        *b_cl_phi_FCAL0;

   TBranch        *b_cl_eta_FCAL1;

   TBranch        *b_cl_phi_FCAL1;

   TBranch        *b_cl_eta_FCAL2;

   TBranch        *b_cl_phi_FCAL2;

   TBranch        *b_cl_cell_n;

   TBranch        *b_cl_cell_E;

   TBranch        *b_cl_cell_pt;

   TBranch        *b_cl_cell_eta;

   TBranch        *b_cl_cell_phi;

   TBranch        *b_cl_cell_QCells;

   TBranch        *b_cl_cell_GainCells;

   TBranch        *b_cl_cell_DetCells;

   TBranch        *b_cl_cell_TimeCells;

   TBranch        *b_cl_cell_xCells;

   TBranch        *b_cl_cell_yCells;

   TBranch        *b_cl_cell_zCells;

   TBranch        *b_cl_cell_BadCells;

   TBranch        *b_cl_cell_IdCells;

   TBranch        *b_lardigit_n;

   TBranch        *b_lardigit_layer;

   TBranch        *b_lardigit_ieta;

   TBranch        *b_lardigit_calo;

   TBranch        *b_lardigit_iphi;

   TBranch        *b_lardigit_barrel_ec;

   TBranch        *b_lardigit_pos_neg;

   TBranch        *b_lardigit_FT;

   TBranch        *b_lardigit_slot;

   TBranch        *b_lardigit_channel;

   TBranch        *b_lardigit_gain;

   TBranch        *b_lardigit_Samples;

   TBranch        *b_lardigit_offlineId;

   TBranch        *b_lardigit_sca_add;

   TBranch        *b_lardigit_iter_valid;

   TBranch        *b_lardigit_iter_converged;

   TBranch        *b_lardigit_iter_nIter;

   TBranch        *b_lardigit_iter_ampl;

   TBranch        *b_lardigit_iter_tau;

   TBranch        *b_lardigit_iter_peakSample;

   TBranch        *b_lardigit_iter_delay;

   TBranch        *b_lardigit_iter_qual;

   TBranch        *b_lardigit_iter_index;


   CaloD3PDClass(TTree *tree=0);

   virtual ~CaloD3PDClass();

   virtual Int_t    Cut(/*Long64_t entry*/);

   virtual Int_t    GetEntry(Long64_t entry);

   virtual Long64_t LoadTree(Long64_t entry);

   virtual void     Init(TTree *tree);

   virtual void     Loop();

   virtual Bool_t   Notify();

   virtual void     Show(Long64_t entry = -1);

};


#endif


#ifdef CaloD3PDClass_cxx

CaloD3PDClass::CaloD3PDClass(TTree *tree) : fChain(0)

{

// if parameter tree is not specified (or zero), connect the file

// used to generate this class and read the Tree.

   if (tree == 0) {

      TFile *f = (TFile*)gROOT->GetListOfFiles()->FindObject("caloD3PD_from_esd_timing_test.root");

      if (!f || !f->IsOpen()) {

         f = new TFile("caloD3PD_from_esd_timing_test.root");

      }

      f->GetObject("caloD3PD",tree);


   }

   CaloD3PDClass::Init(tree);

}


CaloD3PDClass::~CaloD3PDClass()

{

   if (!fChain) return;

   delete fChain->GetCurrentFile();

}


Int_t CaloD3PDClass::GetEntry(Long64_t entry)

{

// Read contents of entry.

   if (!fChain) return 0;

   return fChain->GetEntry(entry);

}

Long64_t CaloD3PDClass::LoadTree(Long64_t entry)

{

// Set the environment to read one entry

   if (!fChain) return -5;

   Long64_t centry = fChain->LoadTree(entry);

   if (centry < 0) return centry;

   if (fChain->GetTreeNumber() != fCurrent) {

      fCurrent = fChain->GetTreeNumber();

      Notify();

   }

   return centry;

}


void CaloD3PDClass::Init(TTree *tree)

{

   // The Init() function is called when the selector needs to initialize

   // a new tree or chain. Typically here the branch addresses and branch

   // pointers of the tree will be set.

   // It is normally not necessary to make changes to the generated

   // code, but the routine can be extended by the user if needed.

   // Init() will be called many times when running on PROOF

   // (once per file to be processed).


   // Set object pointer

   cc_sel_E = 0;

   cc_sel_pt = 0;

   cc_sel_eta = 0;

   cc_sel_phi = 0;

   cc_sel_QCells = 0;

   cc_sel_GainCells = 0;

   cc_sel_DetCells = 0;

   cc_sel_TimeCells = 0;

   cc_sel_xCells = 0;

   cc_sel_yCells = 0;

   cc_sel_zCells = 0;

   cc_sel_BadCells = 0;

   cc_sel_IdCells = 0;

   cc_sel_Sigma = 0;

   ccc_Eh_PresB = 0;

   ccc_Eh_EMB = 0;

   ccc_Eh_EMEC = 0;

   ccc_Eh_Tile = 0;

   ccc_Eh_TileGap = 0;

   ccc_Eh_HEC = 0;

   ccc_Eh_FCal = 0;

   ccc_Eh_PresE = 0;

   ccc_Eh_Scint = 0;

   cl_pt = 0;

   cl_eta = 0;

   cl_phi = 0;

   cl_E_em = 0;

   cl_E_had = 0;

   cl_firstEdens = 0;

   cl_cellmaxfrac = 0;

   cl_longitudinal = 0;

   cl_secondlambda = 0;

   cl_lateral = 0;

   cl_secondR = 0;

   cl_centerlambda = 0;

   cl_deltaTheta = 0;

   cl_deltaPhi = 0;

   cl_centermag = 0;

   cl_time = 0;

   cl_E_PreSamplerB = 0;

   cl_E_EMB1 = 0;

   cl_E_EMB2 = 0;

   cl_E_EMB3 = 0;

   cl_E_PreSamplerE = 0;

   cl_E_EME1 = 0;

   cl_E_EME2 = 0;

   cl_E_EME3 = 0;

   cl_E_HEC0 = 0;

   cl_E_HEC1 = 0;

   cl_E_HEC2 = 0;

   cl_E_HEC3 = 0;

   cl_E_TileBar0 = 0;

   cl_E_TileBar1 = 0;

   cl_E_TileBar2 = 0;

   cl_E_TileGap1 = 0;

   cl_E_TileGap2 = 0;

   cl_E_TileGap3 = 0;

   cl_E_TileExt0 = 0;

   cl_E_TileExt1 = 0;

   cl_E_TileExt2 = 0;

   cl_E_FCAL0 = 0;

   cl_E_FCAL1 = 0;

   cl_E_FCAL2 = 0;

   cl_eta_PreSamplerB = 0;

   cl_phi_PreSamplerB = 0;

   cl_eta_EMB1 = 0;

   cl_phi_EMB1 = 0;

   cl_eta_EMB2 = 0;

   cl_phi_EMB2 = 0;

   cl_eta_EMB3 = 0;

   cl_phi_EMB3 = 0;

   cl_eta_PreSamplerE = 0;

   cl_phi_PreSamplerE = 0;

   cl_eta_EME1 = 0;

   cl_phi_EME1 = 0;

   cl_eta_EME2 = 0;

   cl_phi_EME2 = 0;

   cl_eta_EME3 = 0;

   cl_phi_EME3 = 0;

   cl_eta_HEC0 = 0;

   cl_phi_HEC0 = 0;

   cl_eta_HEC1 = 0;

   cl_phi_HEC1 = 0;

   cl_eta_HEC2 = 0;

   cl_phi_HEC2 = 0;

   cl_eta_HEC3 = 0;

   cl_phi_HEC3 = 0;

   cl_eta_TileBar0 = 0;

   cl_phi_TileBar0 = 0;

   cl_eta_TileBar1 = 0;

   cl_phi_TileBar1 = 0;

   cl_eta_TileBar2 = 0;

   cl_phi_TileBar2 = 0;

   cl_eta_TileGap1 = 0;

   cl_phi_TileGap1 = 0;

   cl_eta_TileGap2 = 0;

   cl_phi_TileGap2 = 0;

   cl_eta_TileGap3 = 0;

   cl_phi_TileGap3 = 0;

   cl_eta_TileExt0 = 0;

   cl_phi_TileExt0 = 0;

   cl_eta_TileExt1 = 0;

   cl_phi_TileExt1 = 0;

   cl_eta_TileExt2 = 0;

   cl_phi_TileExt2 = 0;

   cl_eta_FCAL0 = 0;

   cl_phi_FCAL0 = 0;

   cl_eta_FCAL1 = 0;

   cl_phi_FCAL1 = 0;

   cl_eta_FCAL2 = 0;

   cl_phi_FCAL2 = 0;

   cl_cell_n = 0;

   cl_cell_E = 0;

   cl_cell_pt = 0;

   cl_cell_eta = 0;

   cl_cell_phi = 0;

   cl_cell_QCells = 0;

   cl_cell_GainCells = 0;

   cl_cell_DetCells = 0;

   cl_cell_TimeCells = 0;

   cl_cell_xCells = 0;

   cl_cell_yCells = 0;

   cl_cell_zCells = 0;

   cl_cell_BadCells = 0;

   cl_cell_IdCells = 0;

   lardigit_layer = 0;

   lardigit_ieta = 0;

   lardigit_calo = 0;

   lardigit_iphi = 0;

   lardigit_barrel_ec = 0;

   lardigit_pos_neg = 0;

   lardigit_FT = 0;

   lardigit_slot = 0;

   lardigit_channel = 0;

   lardigit_gain = 0;

   lardigit_Samples = 0;

   lardigit_offlineId = 0;

   lardigit_sca_add = 0;

   lardigit_iter_valid = 0;

   lardigit_iter_converged = 0;

   lardigit_iter_nIter = 0;

   lardigit_iter_ampl = 0;

   lardigit_iter_tau = 0;

   lardigit_iter_peakSample = 0;

   lardigit_iter_delay = 0;

   lardigit_iter_qual = 0;

   lardigit_iter_index = 0;

   // Set branch addresses and branch pointers

   if (!tree) return;

   fChain = tree;

   fCurrent = -1;

   fChain->SetMakeClass(1);


   fChain->SetBranchAddress("RunNumber", &RunNumber, &b_RunNumber);

   fChain->SetBranchAddress("EventNumber", &EventNumber, &b_EventNumber);

   fChain->SetBranchAddress("timestamp", &timestamp, &b_timestamp);

   fChain->SetBranchAddress("timestamp_ns", &timestamp_ns, &b_timestamp_ns);

   fChain->SetBranchAddress("lbn", &lbn, &b_lbn);

   fChain->SetBranchAddress("bcid", &bcid, &b_bcid);

   fChain->SetBranchAddress("detmask0", &detmask0, &b_detmask0);

   fChain->SetBranchAddress("detmask1", &detmask1, &b_detmask1);

   fChain->SetBranchAddress("actualIntPerXing", &actualIntPerXing, &b_actualIntPerXing);

   fChain->SetBranchAddress("averageIntPerXing", &averageIntPerXing, &b_averageIntPerXing);

   fChain->SetBranchAddress("pixelFlags", &pixelFlags, &b_pixelFlags);

   fChain->SetBranchAddress("sctFlags", &sctFlags, &b_sctFlags);

   fChain->SetBranchAddress("trtFlags", &trtFlags, &b_trtFlags);

   fChain->SetBranchAddress("larFlags", &larFlags, &b_larFlags);

   fChain->SetBranchAddress("tileFlags", &tileFlags, &b_tileFlags);

   fChain->SetBranchAddress("muonFlags", &muonFlags, &b_muonFlags);

   fChain->SetBranchAddress("fwdFlags", &fwdFlags, &b_fwdFlags);

   fChain->SetBranchAddress("coreFlags", &coreFlags, &b_coreFlags);

   fChain->SetBranchAddress("pixelError", &pixelError, &b_pixelError);

   fChain->SetBranchAddress("sctError", &sctError, &b_sctError);

   fChain->SetBranchAddress("trtError", &trtError, &b_trtError);

   fChain->SetBranchAddress("larError", &larError, &b_larError);

   fChain->SetBranchAddress("tileError", &tileError, &b_tileError);

   fChain->SetBranchAddress("muonError", &muonError, &b_muonError);

   fChain->SetBranchAddress("fwdError", &fwdError, &b_fwdError);

   fChain->SetBranchAddress("coreError", &coreError, &b_coreError);

   fChain->SetBranchAddress("streamDecision_Egamma", &streamDecision_Egamma, &b_streamDecision_Egamma);

   fChain->SetBranchAddress("streamDecision_Muons", &streamDecision_Muons, &b_streamDecision_Muons);

   fChain->SetBranchAddress("streamDecision_JetTauEtmiss", &streamDecision_JetTauEtmiss, &b_streamDecision_JetTauEtmiss);

   fChain->SetBranchAddress("isSimulation", &isSimulation, &b_isSimulation);

   fChain->SetBranchAddress("isCalibration", &isCalibration, &b_isCalibration);

   fChain->SetBranchAddress("isTestBeam", &isTestBeam, &b_isTestBeam);

   fChain->SetBranchAddress("cc_sel_n", &cc_sel_n, &b_cc_sel_n);

   fChain->SetBranchAddress("cc_sel_E", &cc_sel_E, &b_cc_sel_E);

   fChain->SetBranchAddress("cc_sel_pt", &cc_sel_pt, &b_cc_sel_pt);

   fChain->SetBranchAddress("cc_sel_eta", &cc_sel_eta, &b_cc_sel_eta);

   fChain->SetBranchAddress("cc_sel_phi", &cc_sel_phi, &b_cc_sel_phi);

   fChain->SetBranchAddress("cc_sel_QCells", &cc_sel_QCells, &b_cc_sel_QCells);

   fChain->SetBranchAddress("cc_sel_GainCells", &cc_sel_GainCells, &b_cc_sel_GainCells);

   fChain->SetBranchAddress("cc_sel_DetCells", &cc_sel_DetCells, &b_cc_sel_DetCells);

   fChain->SetBranchAddress("cc_sel_TimeCells", &cc_sel_TimeCells, &b_cc_sel_TimeCells);

   fChain->SetBranchAddress("cc_sel_xCells", &cc_sel_xCells, &b_cc_sel_xCells);

   fChain->SetBranchAddress("cc_sel_yCells", &cc_sel_yCells, &b_cc_sel_yCells);

   fChain->SetBranchAddress("cc_sel_zCells", &cc_sel_zCells, &b_cc_sel_zCells);

   fChain->SetBranchAddress("cc_sel_BadCells", &cc_sel_BadCells, &b_cc_sel_BadCells);

   fChain->SetBranchAddress("cc_sel_IdCells", &cc_sel_IdCells, &b_cc_sel_IdCells);

   fChain->SetBranchAddress("cc_sel_Sigma", &cc_sel_Sigma, &b_cc_sel_Sigma);

   fChain->SetBranchAddress("ccc_Nh_Calo", &ccc_Nh_Calo, &b_ccc_Nh_Calo);

   fChain->SetBranchAddress("ccc_Eh_Calo", &ccc_Eh_Calo, &b_ccc_Eh_Calo);

   fChain->SetBranchAddress("ccc_Nh_EM", &ccc_Nh_EM, &b_ccc_Nh_EM);

   fChain->SetBranchAddress("ccc_Eh_EM", &ccc_Eh_EM, &b_ccc_Eh_EM);

   fChain->SetBranchAddress("ccc_Nh_HAD", &ccc_Nh_HAD, &b_ccc_Nh_HAD);

   fChain->SetBranchAddress("ccc_Eh_HAD", &ccc_Eh_HAD, &b_ccc_Eh_HAD);

   fChain->SetBranchAddress("ccc_Nh_PresB", &ccc_Nh_PresB, &b_ccc_Nh_PresB);

   fChain->SetBranchAddress("ccc_Eh_PresB", &ccc_Eh_PresB, &b_ccc_Eh_PresB);

   fChain->SetBranchAddress("ccc_Nh_EMB", &ccc_Nh_EMB, &b_ccc_Nh_EMB);

   fChain->SetBranchAddress("ccc_Eh_EMB", &ccc_Eh_EMB, &b_ccc_Eh_EMB);

   fChain->SetBranchAddress("ccc_Nh_EMEC", &ccc_Nh_EMEC, &b_ccc_Nh_EMEC);

   fChain->SetBranchAddress("ccc_Eh_EMEC", &ccc_Eh_EMEC, &b_ccc_Eh_EMEC);

   fChain->SetBranchAddress("ccc_Nh_Tile", &ccc_Nh_Tile, &b_ccc_Nh_Tile);

   fChain->SetBranchAddress("ccc_Eh_Tile", &ccc_Eh_Tile, &b_ccc_Eh_Tile);

   fChain->SetBranchAddress("ccc_Nh_TileGap", &ccc_Nh_TileGap, &b_ccc_Nh_TileGap);

   fChain->SetBranchAddress("ccc_Eh_TileGap", &ccc_Eh_TileGap, &b_ccc_Eh_TileGap);

   fChain->SetBranchAddress("ccc_Nh_HEC", &ccc_Nh_HEC, &b_ccc_Nh_HEC);

   fChain->SetBranchAddress("ccc_Eh_HEC", &ccc_Eh_HEC, &b_ccc_Eh_HEC);

   fChain->SetBranchAddress("ccc_Nh_FCal", &ccc_Nh_FCal, &b_ccc_Nh_FCal);

   fChain->SetBranchAddress("ccc_Eh_FCal", &ccc_Eh_FCal, &b_ccc_Eh_FCal);

   fChain->SetBranchAddress("ccc_Nh_PresE", &ccc_Nh_PresE, &b_ccc_Nh_PresE);

   fChain->SetBranchAddress("ccc_Eh_PresE", &ccc_Eh_PresE, &b_ccc_Eh_PresE);

   fChain->SetBranchAddress("ccc_Nh_Scint", &ccc_Nh_Scint, &b_ccc_Nh_Scint);

   fChain->SetBranchAddress("ccc_Eh_Scint", &ccc_Eh_Scint, &b_ccc_Eh_Scint);

   fChain->SetBranchAddress("cl_n", &cl_n, &b_cl_n);

   fChain->SetBranchAddress("cl_pt", &cl_pt, &b_cl_pt);

   fChain->SetBranchAddress("cl_eta", &cl_eta, &b_cl_eta);

   fChain->SetBranchAddress("cl_phi", &cl_phi, &b_cl_phi);

   fChain->SetBranchAddress("cl_E_em", &cl_E_em, &b_cl_E_em);

   fChain->SetBranchAddress("cl_E_had", &cl_E_had, &b_cl_E_had);

   fChain->SetBranchAddress("cl_firstEdens", &cl_firstEdens, &b_cl_firstEdens);

   fChain->SetBranchAddress("cl_cellmaxfrac", &cl_cellmaxfrac, &b_cl_cellmaxfrac);

   fChain->SetBranchAddress("cl_longitudinal", &cl_longitudinal, &b_cl_longitudinal);

   fChain->SetBranchAddress("cl_secondlambda", &cl_secondlambda, &b_cl_secondlambda);

   fChain->SetBranchAddress("cl_lateral", &cl_lateral, &b_cl_lateral);

   fChain->SetBranchAddress("cl_secondR", &cl_secondR, &b_cl_secondR);

   fChain->SetBranchAddress("cl_centerlambda", &cl_centerlambda, &b_cl_centerlambda);

   fChain->SetBranchAddress("cl_deltaTheta", &cl_deltaTheta, &b_cl_deltaTheta);

   fChain->SetBranchAddress("cl_deltaPhi", &cl_deltaPhi, &b_cl_deltaPhi);

   fChain->SetBranchAddress("cl_centermag", &cl_centermag, &b_cl_centermag);

   fChain->SetBranchAddress("cl_time", &cl_time, &b_cl_time);

   fChain->SetBranchAddress("cl_E_PreSamplerB", &cl_E_PreSamplerB, &b_cl_E_PreSamplerB);

   fChain->SetBranchAddress("cl_E_EMB1", &cl_E_EMB1, &b_cl_E_EMB1);

   fChain->SetBranchAddress("cl_E_EMB2", &cl_E_EMB2, &b_cl_E_EMB2);

   fChain->SetBranchAddress("cl_E_EMB3", &cl_E_EMB3, &b_cl_E_EMB3);

   fChain->SetBranchAddress("cl_E_PreSamplerE", &cl_E_PreSamplerE, &b_cl_E_PreSamplerE);

   fChain->SetBranchAddress("cl_E_EME1", &cl_E_EME1, &b_cl_E_EME1);

   fChain->SetBranchAddress("cl_E_EME2", &cl_E_EME2, &b_cl_E_EME2);

   fChain->SetBranchAddress("cl_E_EME3", &cl_E_EME3, &b_cl_E_EME3);

   fChain->SetBranchAddress("cl_E_HEC0", &cl_E_HEC0, &b_cl_E_HEC0);

   fChain->SetBranchAddress("cl_E_HEC1", &cl_E_HEC1, &b_cl_E_HEC1);

   fChain->SetBranchAddress("cl_E_HEC2", &cl_E_HEC2, &b_cl_E_HEC2);

   fChain->SetBranchAddress("cl_E_HEC3", &cl_E_HEC3, &b_cl_E_HEC3);

   fChain->SetBranchAddress("cl_E_TileBar0", &cl_E_TileBar0, &b_cl_E_TileBar0);

   fChain->SetBranchAddress("cl_E_TileBar1", &cl_E_TileBar1, &b_cl_E_TileBar1);

   fChain->SetBranchAddress("cl_E_TileBar2", &cl_E_TileBar2, &b_cl_E_TileBar2);

   fChain->SetBranchAddress("cl_E_TileGap1", &cl_E_TileGap1, &b_cl_E_TileGap1);

   fChain->SetBranchAddress("cl_E_TileGap2", &cl_E_TileGap2, &b_cl_E_TileGap2);

   fChain->SetBranchAddress("cl_E_TileGap3", &cl_E_TileGap3, &b_cl_E_TileGap3);

   fChain->SetBranchAddress("cl_E_TileExt0", &cl_E_TileExt0, &b_cl_E_TileExt0);

   fChain->SetBranchAddress("cl_E_TileExt1", &cl_E_TileExt1, &b_cl_E_TileExt1);

   fChain->SetBranchAddress("cl_E_TileExt2", &cl_E_TileExt2, &b_cl_E_TileExt2);

   fChain->SetBranchAddress("cl_E_FCAL0", &cl_E_FCAL0, &b_cl_E_FCAL0);

   fChain->SetBranchAddress("cl_E_FCAL1", &cl_E_FCAL1, &b_cl_E_FCAL1);

   fChain->SetBranchAddress("cl_E_FCAL2", &cl_E_FCAL2, &b_cl_E_FCAL2);

   fChain->SetBranchAddress("cl_eta_PreSamplerB", &cl_eta_PreSamplerB, &b_cl_eta_PreSamplerB);

   fChain->SetBranchAddress("cl_phi_PreSamplerB", &cl_phi_PreSamplerB, &b_cl_phi_PreSamplerB);

   fChain->SetBranchAddress("cl_eta_EMB1", &cl_eta_EMB1, &b_cl_eta_EMB1);

   fChain->SetBranchAddress("cl_phi_EMB1", &cl_phi_EMB1, &b_cl_phi_EMB1);

   fChain->SetBranchAddress("cl_eta_EMB2", &cl_eta_EMB2, &b_cl_eta_EMB2);

   fChain->SetBranchAddress("cl_phi_EMB2", &cl_phi_EMB2, &b_cl_phi_EMB2);

   fChain->SetBranchAddress("cl_eta_EMB3", &cl_eta_EMB3, &b_cl_eta_EMB3);

   fChain->SetBranchAddress("cl_phi_EMB3", &cl_phi_EMB3, &b_cl_phi_EMB3);

   fChain->SetBranchAddress("cl_eta_PreSamplerE", &cl_eta_PreSamplerE, &b_cl_eta_PreSamplerE);

   fChain->SetBranchAddress("cl_phi_PreSamplerE", &cl_phi_PreSamplerE, &b_cl_phi_PreSamplerE);

   fChain->SetBranchAddress("cl_eta_EME1", &cl_eta_EME1, &b_cl_eta_EME1);

   fChain->SetBranchAddress("cl_phi_EME1", &cl_phi_EME1, &b_cl_phi_EME1);

   fChain->SetBranchAddress("cl_eta_EME2", &cl_eta_EME2, &b_cl_eta_EME2);

   fChain->SetBranchAddress("cl_phi_EME2", &cl_phi_EME2, &b_cl_phi_EME2);

   fChain->SetBranchAddress("cl_eta_EME3", &cl_eta_EME3, &b_cl_eta_EME3);

   fChain->SetBranchAddress("cl_phi_EME3", &cl_phi_EME3, &b_cl_phi_EME3);

   fChain->SetBranchAddress("cl_eta_HEC0", &cl_eta_HEC0, &b_cl_eta_HEC0);

   fChain->SetBranchAddress("cl_phi_HEC0", &cl_phi_HEC0, &b_cl_phi_HEC0);

   fChain->SetBranchAddress("cl_eta_HEC1", &cl_eta_HEC1, &b_cl_eta_HEC1);

   fChain->SetBranchAddress("cl_phi_HEC1", &cl_phi_HEC1, &b_cl_phi_HEC1);

   fChain->SetBranchAddress("cl_eta_HEC2", &cl_eta_HEC2, &b_cl_eta_HEC2);

   fChain->SetBranchAddress("cl_phi_HEC2", &cl_phi_HEC2, &b_cl_phi_HEC2);

   fChain->SetBranchAddress("cl_eta_HEC3", &cl_eta_HEC3, &b_cl_eta_HEC3);

   fChain->SetBranchAddress("cl_phi_HEC3", &cl_phi_HEC3, &b_cl_phi_HEC3);

   fChain->SetBranchAddress("cl_eta_TileBar0", &cl_eta_TileBar0, &b_cl_eta_TileBar0);

   fChain->SetBranchAddress("cl_phi_TileBar0", &cl_phi_TileBar0, &b_cl_phi_TileBar0);

   fChain->SetBranchAddress("cl_eta_TileBar1", &cl_eta_TileBar1, &b_cl_eta_TileBar1);

   fChain->SetBranchAddress("cl_phi_TileBar1", &cl_phi_TileBar1, &b_cl_phi_TileBar1);

   fChain->SetBranchAddress("cl_eta_TileBar2", &cl_eta_TileBar2, &b_cl_eta_TileBar2);

   fChain->SetBranchAddress("cl_phi_TileBar2", &cl_phi_TileBar2, &b_cl_phi_TileBar2);

   fChain->SetBranchAddress("cl_eta_TileGap1", &cl_eta_TileGap1, &b_cl_eta_TileGap1);

   fChain->SetBranchAddress("cl_phi_TileGap1", &cl_phi_TileGap1, &b_cl_phi_TileGap1);

   fChain->SetBranchAddress("cl_eta_TileGap2", &cl_eta_TileGap2, &b_cl_eta_TileGap2);

   fChain->SetBranchAddress("cl_phi_TileGap2", &cl_phi_TileGap2, &b_cl_phi_TileGap2);

   fChain->SetBranchAddress("cl_eta_TileGap3", &cl_eta_TileGap3, &b_cl_eta_TileGap3);

   fChain->SetBranchAddress("cl_phi_TileGap3", &cl_phi_TileGap3, &b_cl_phi_TileGap3);

   fChain->SetBranchAddress("cl_eta_TileExt0", &cl_eta_TileExt0, &b_cl_eta_TileExt0);

   fChain->SetBranchAddress("cl_phi_TileExt0", &cl_phi_TileExt0, &b_cl_phi_TileExt0);

   fChain->SetBranchAddress("cl_eta_TileExt1", &cl_eta_TileExt1, &b_cl_eta_TileExt1);

   fChain->SetBranchAddress("cl_phi_TileExt1", &cl_phi_TileExt1, &b_cl_phi_TileExt1);

   fChain->SetBranchAddress("cl_eta_TileExt2", &cl_eta_TileExt2, &b_cl_eta_TileExt2);

   fChain->SetBranchAddress("cl_phi_TileExt2", &cl_phi_TileExt2, &b_cl_phi_TileExt2);

   fChain->SetBranchAddress("cl_eta_FCAL0", &cl_eta_FCAL0, &b_cl_eta_FCAL0);

   fChain->SetBranchAddress("cl_phi_FCAL0", &cl_phi_FCAL0, &b_cl_phi_FCAL0);

   fChain->SetBranchAddress("cl_eta_FCAL1", &cl_eta_FCAL1, &b_cl_eta_FCAL1);

   fChain->SetBranchAddress("cl_phi_FCAL1", &cl_phi_FCAL1, &b_cl_phi_FCAL1);

   fChain->SetBranchAddress("cl_eta_FCAL2", &cl_eta_FCAL2, &b_cl_eta_FCAL2);

   fChain->SetBranchAddress("cl_phi_FCAL2", &cl_phi_FCAL2, &b_cl_phi_FCAL2);

   fChain->SetBranchAddress("cl_cell_n", &cl_cell_n, &b_cl_cell_n);

   fChain->SetBranchAddress("cl_cell_E", &cl_cell_E, &b_cl_cell_E);

   fChain->SetBranchAddress("cl_cell_pt", &cl_cell_pt, &b_cl_cell_pt);

   fChain->SetBranchAddress("cl_cell_eta", &cl_cell_eta, &b_cl_cell_eta);

   fChain->SetBranchAddress("cl_cell_phi", &cl_cell_phi, &b_cl_cell_phi);

   fChain->SetBranchAddress("cl_cell_QCells", &cl_cell_QCells, &b_cl_cell_QCells);

   fChain->SetBranchAddress("cl_cell_GainCells", &cl_cell_GainCells, &b_cl_cell_GainCells);

   fChain->SetBranchAddress("cl_cell_DetCells", &cl_cell_DetCells, &b_cl_cell_DetCells);

   fChain->SetBranchAddress("cl_cell_TimeCells", &cl_cell_TimeCells, &b_cl_cell_TimeCells);

   fChain->SetBranchAddress("cl_cell_xCells", &cl_cell_xCells, &b_cl_cell_xCells);

   fChain->SetBranchAddress("cl_cell_yCells", &cl_cell_yCells, &b_cl_cell_yCells);

   fChain->SetBranchAddress("cl_cell_zCells", &cl_cell_zCells, &b_cl_cell_zCells);

   fChain->SetBranchAddress("cl_cell_BadCells", &cl_cell_BadCells, &b_cl_cell_BadCells);

   fChain->SetBranchAddress("cl_cell_IdCells", &cl_cell_IdCells, &b_cl_cell_IdCells);

   fChain->SetBranchAddress("lardigit_n", &lardigit_n, &b_lardigit_n);

   fChain->SetBranchAddress("lardigit_layer", &lardigit_layer, &b_lardigit_layer);

   fChain->SetBranchAddress("lardigit_ieta", &lardigit_ieta, &b_lardigit_ieta);

   fChain->SetBranchAddress("lardigit_calo", &lardigit_calo, &b_lardigit_calo);

   fChain->SetBranchAddress("lardigit_iphi", &lardigit_iphi, &b_lardigit_iphi);

   fChain->SetBranchAddress("lardigit_barrel_ec", &lardigit_barrel_ec, &b_lardigit_barrel_ec);

   fChain->SetBranchAddress("lardigit_pos_neg", &lardigit_pos_neg, &b_lardigit_pos_neg);

   fChain->SetBranchAddress("lardigit_FT", &lardigit_FT, &b_lardigit_FT);

   fChain->SetBranchAddress("lardigit_slot", &lardigit_slot, &b_lardigit_slot);

   fChain->SetBranchAddress("lardigit_channel", &lardigit_channel, &b_lardigit_channel);

   fChain->SetBranchAddress("lardigit_gain", &lardigit_gain, &b_lardigit_gain);

   fChain->SetBranchAddress("lardigit_Samples", &lardigit_Samples, &b_lardigit_Samples);

   fChain->SetBranchAddress("lardigit_offlineId", &lardigit_offlineId, &b_lardigit_offlineId);

   fChain->SetBranchAddress("lardigit_sca_add", &lardigit_sca_add, &b_lardigit_sca_add);

   fChain->SetBranchAddress("lardigit_iter_valid", &lardigit_iter_valid, &b_lardigit_iter_valid);

   fChain->SetBranchAddress("lardigit_iter_converged", &lardigit_iter_converged, &b_lardigit_iter_converged);

   fChain->SetBranchAddress("lardigit_iter_nIter", &lardigit_iter_nIter, &b_lardigit_iter_nIter);

   fChain->SetBranchAddress("lardigit_iter_ampl", &lardigit_iter_ampl, &b_lardigit_iter_ampl);

   fChain->SetBranchAddress("lardigit_iter_tau", &lardigit_iter_tau, &b_lardigit_iter_tau);

   fChain->SetBranchAddress("lardigit_iter_peakSample", &lardigit_iter_peakSample, &b_lardigit_iter_peakSample);

   fChain->SetBranchAddress("lardigit_iter_delay", &lardigit_iter_delay, &b_lardigit_iter_delay);

   fChain->SetBranchAddress("lardigit_iter_qual", &lardigit_iter_qual, &b_lardigit_iter_qual);

   fChain->SetBranchAddress("lardigit_iter_index", &lardigit_iter_index, &b_lardigit_iter_index);

   Notify();

}


Bool_t CaloD3PDClass::Notify()

{

   // The Notify() function is called when a new file is opened. This

   // can be either for a new TTree in a TChain or when when a new TTree

   // is started when using PROOF. It is normally not necessary to make changes

   // to the generated code, but the routine can be extended by the

   // user if needed. The return value is currently not used.


   return kTRUE;

}


void CaloD3PDClass::Show(Long64_t entry)

{

// Print contents of entry.

// If entry is not specified, print current entry

   if (!fChain) return;

   fChain->Show(entry);

}

Int_t CaloD3PDClass::Cut(/*Long64_t entry*/)

{

// This function may be called from Loop.

// returns  1 if entry is accepted.

// returns -1 otherwise.

   return 1;

}

#endif // #ifdef CaloD3PDClass_cxx

CaloD3PDClass::cl_eta_PreSamplerE
vector< float > * cl_eta_PreSamplerE
Definition CaloD3PDClass.h:154

CaloD3PDClass::detmask0
UInt_t detmask0
Definition CaloD3PDClass.h:40

CaloD3PDClass::cl_E_HEC2
vector< float > * cl_E_HEC2
Definition CaloD3PDClass.h:132

CaloD3PDClass::cl_n
Int_t cl_n
Definition CaloD3PDClass.h:105

CaloD3PDClass::b_larError
TBranch * b_larError
Definition CaloD3PDClass.h:254

CaloD3PDClass::cl_phi_HEC1
vector< float > * cl_phi_HEC1
Definition CaloD3PDClass.h:165

CaloD3PDClass::cl_cell_IdCells
vector< vector< unsigned int > > * cl_cell_IdCells
Definition CaloD3PDClass.h:207

CaloD3PDClass::streamDecision_Egamma
Bool_t streamDecision_Egamma
Definition CaloD3PDClass.h:60

CaloD3PDClass::b_cc_sel_TimeCells
TBranch * b_cc_sel_TimeCells
Definition CaloD3PDClass.h:273

CaloD3PDClass::cc_sel_GainCells
vector< int > * cc_sel_GainCells
Definition CaloD3PDClass.h:72

CaloD3PDClass::lardigit_iphi
vector< int > * lardigit_iphi
Definition CaloD3PDClass.h:212

CaloD3PDClass::coreFlags
UInt_t coreFlags
Definition CaloD3PDClass.h:51

CaloD3PDClass::cl_eta_TileBar1
vector< float > * cl_eta_TileBar1
Definition CaloD3PDClass.h:172

CaloD3PDClass::b_cc_sel_IdCells
TBranch * b_cc_sel_IdCells
Definition CaloD3PDClass.h:278

CaloD3PDClass::cl_eta_FCAL2
vector< float > * cl_eta_FCAL2
Definition CaloD3PDClass.h:192

CaloD3PDClass::b_pixelError
TBranch * b_pixelError
Definition CaloD3PDClass.h:251

CaloD3PDClass::b_ccc_Nh_PresE
TBranch * b_ccc_Nh_PresE
Definition CaloD3PDClass.h:300

CaloD3PDClass::b_isSimulation
TBranch * b_isSimulation
Definition CaloD3PDClass.h:262

CaloD3PDClass::b_cl_eta
TBranch * b_cl_eta
Definition CaloD3PDClass.h:306

CaloD3PDClass::ccc_Eh_HAD
Float_t ccc_Eh_HAD
Definition CaloD3PDClass.h:86

CaloD3PDClass::lardigit_iter_qual
vector< float > * lardigit_iter_qual
Definition CaloD3PDClass.h:229

CaloD3PDClass::cl_eta_TileExt2
vector< float > * cl_eta_TileExt2
Definition CaloD3PDClass.h:186

CaloD3PDClass::cl_E_had
vector< float > * cl_E_had
Definition CaloD3PDClass.h:110

CaloD3PDClass::cc_sel_phi
vector< float > * cc_sel_phi
Definition CaloD3PDClass.h:70

CaloD3PDClass::lardigit_offlineId
vector< unsigned int > * lardigit_offlineId
Definition CaloD3PDClass.h:220

CaloD3PDClass::cl_phi_FCAL2
vector< float > * cl_phi_FCAL2
Definition CaloD3PDClass.h:193

CaloD3PDClass::b_lardigit_sca_add
TBranch * b_lardigit_sca_add
Definition CaloD3PDClass.h:420

CaloD3PDClass::cl_pt
vector< float > * cl_pt
Definition CaloD3PDClass.h:106

CaloD3PDClass::lardigit_iter_valid
vector< int > * lardigit_iter_valid
Definition CaloD3PDClass.h:222

CaloD3PDClass::b_lardigit_iter_peakSample
TBranch * b_lardigit_iter_peakSample
Definition CaloD3PDClass.h:426

CaloD3PDClass::lardigit_iter_tau
vector< float > * lardigit_iter_tau
Definition CaloD3PDClass.h:226

CaloD3PDClass::b_cl_eta_HEC2
TBranch * b_cl_eta_HEC2
Definition CaloD3PDClass.h:365

CaloD3PDClass::timestamp_ns
UInt_t timestamp_ns
Definition CaloD3PDClass.h:37

CaloD3PDClass::b_ccc_Eh_EM
TBranch * b_ccc_Eh_EM
Definition CaloD3PDClass.h:283

CaloD3PDClass::actualIntPerXing
Float_t actualIntPerXing
Definition CaloD3PDClass.h:42

CaloD3PDClass::isTestBeam
Bool_t isTestBeam
Definition CaloD3PDClass.h:65

CaloD3PDClass::lardigit_iter_ampl
vector< float > * lardigit_iter_ampl
Definition CaloD3PDClass.h:225

CaloD3PDClass::cl_cell_n
vector< int > * cl_cell_n
Definition CaloD3PDClass.h:194

CaloD3PDClass::lardigit_iter_delay
vector< float > * lardigit_iter_delay
Definition CaloD3PDClass.h:228

CaloD3PDClass::b_cl_cell_xCells
TBranch * b_cl_cell_xCells
Definition CaloD3PDClass.h:402

CaloD3PDClass::larFlags
UInt_t larFlags
Definition CaloD3PDClass.h:47

CaloD3PDClass::ccc_Eh_FCal
vector< float > * ccc_Eh_FCal
Definition CaloD3PDClass.h:100

CaloD3PDClass::b_cl_eta_EMB1
TBranch * b_cl_eta_EMB1
Definition CaloD3PDClass.h:347

CaloD3PDClass::ccc_Eh_Scint
vector< float > * ccc_Eh_Scint
Definition CaloD3PDClass.h:104

CaloD3PDClass::ccc_Eh_PresB
vector< float > * ccc_Eh_PresB
Definition CaloD3PDClass.h:88

CaloD3PDClass::cl_eta_HEC0
vector< float > * cl_eta_HEC0
Definition CaloD3PDClass.h:162

CaloD3PDClass::b_trtFlags
TBranch * b_trtFlags
Definition CaloD3PDClass.h:245

CaloD3PDClass::b_cl_phi_PreSamplerB
TBranch * b_cl_phi_PreSamplerB
Definition CaloD3PDClass.h:346

CaloD3PDClass::fChain
TTree * fChain
Definition CaloD3PDClass.h:30

CaloD3PDClass::cl_E_TileBar1
vector< float > * cl_E_TileBar1
Definition CaloD3PDClass.h:135

CaloD3PDClass::cl_centermag
vector< float > * cl_centermag
Definition CaloD3PDClass.h:120

CaloD3PDClass::b_cl_phi_TileGap1
TBranch * b_cl_phi_TileGap1
Definition CaloD3PDClass.h:376

CaloD3PDClass::ccc_Nh_EMB
Int_t ccc_Nh_EMB
Definition CaloD3PDClass.h:89

CaloD3PDClass::b_trtError
TBranch * b_trtError
Definition CaloD3PDClass.h:253

CaloD3PDClass::b_lardigit_pos_neg
TBranch * b_lardigit_pos_neg
Definition CaloD3PDClass.h:413

CaloD3PDClass::Show
virtual void Show(Long64_t entry=-1)

CaloD3PDClass::b_lardigit_iphi
TBranch * b_lardigit_iphi
Definition CaloD3PDClass.h:411

CaloD3PDClass::isCalibration
Bool_t isCalibration
Definition CaloD3PDClass.h:64

CaloD3PDClass::ccc_Nh_PresB
Int_t ccc_Nh_PresB
Definition CaloD3PDClass.h:87

CaloD3PDClass::cl_cellmaxfrac
vector< float > * cl_cellmaxfrac
Definition CaloD3PDClass.h:112

CaloD3PDClass::cl_E_FCAL2
vector< float > * cl_E_FCAL2
Definition CaloD3PDClass.h:145

CaloD3PDClass::b_muonFlags
TBranch * b_muonFlags
Definition CaloD3PDClass.h:248

CaloD3PDClass::cc_sel_pt
vector< float > * cc_sel_pt
Definition CaloD3PDClass.h:68

CaloD3PDClass::b_lardigit_calo
TBranch * b_lardigit_calo
Definition CaloD3PDClass.h:410

CaloD3PDClass::b_ccc_Eh_TileGap
TBranch * b_ccc_Eh_TileGap
Definition CaloD3PDClass.h:295

CaloD3PDClass::cl_E_EME1
vector< float > * cl_E_EME1
Definition CaloD3PDClass.h:127

CaloD3PDClass::cl_eta_TileGap3
vector< float > * cl_eta_TileGap3
Definition CaloD3PDClass.h:180

CaloD3PDClass::b_cl_E_FCAL0
TBranch * b_cl_E_FCAL0
Definition CaloD3PDClass.h:342

CaloD3PDClass::b_averageIntPerXing
TBranch * b_averageIntPerXing
Definition CaloD3PDClass.h:242

CaloD3PDClass::cc_sel_TimeCells
vector< float > * cc_sel_TimeCells
Definition CaloD3PDClass.h:74

CaloD3PDClass::cl_E_EME3
vector< float > * cl_E_EME3
Definition CaloD3PDClass.h:129

CaloD3PDClass::b_actualIntPerXing
TBranch * b_actualIntPerXing
Definition CaloD3PDClass.h:241

CaloD3PDClass::ccc_Nh_Tile
Int_t ccc_Nh_Tile
Definition CaloD3PDClass.h:93

CaloD3PDClass::b_streamDecision_Muons
TBranch * b_streamDecision_Muons
Definition CaloD3PDClass.h:260

CaloD3PDClass::b_cl_phi_FCAL1
TBranch * b_cl_phi_FCAL1
Definition CaloD3PDClass.h:390

CaloD3PDClass::b_lardigit_slot
TBranch * b_lardigit_slot
Definition CaloD3PDClass.h:415

CaloD3PDClass::cc_sel_BadCells
vector< int > * cc_sel_BadCells
Definition CaloD3PDClass.h:78

CaloD3PDClass::b_cl_eta_PreSamplerE
TBranch * b_cl_eta_PreSamplerE
Definition CaloD3PDClass.h:353

CaloD3PDClass::b_cl_phi_TileExt2
TBranch * b_cl_phi_TileExt2
Definition CaloD3PDClass.h:386

CaloD3PDClass::lardigit_iter_peakSample
vector< short > * lardigit_iter_peakSample
Definition CaloD3PDClass.h:227

CaloD3PDClass::cl_E_TileExt0
vector< float > * cl_E_TileExt0
Definition CaloD3PDClass.h:140

CaloD3PDClass::b_cl_eta_TileExt2
TBranch * b_cl_eta_TileExt2
Definition CaloD3PDClass.h:385

CaloD3PDClass::cl_eta_TileExt1
vector< float > * cl_eta_TileExt1
Definition CaloD3PDClass.h:184

CaloD3PDClass::cl_cell_zCells
vector< vector< float > > * cl_cell_zCells
Definition CaloD3PDClass.h:205

CaloD3PDClass::b_cl_E_TileExt2
TBranch * b_cl_E_TileExt2
Definition CaloD3PDClass.h:341

CaloD3PDClass::b_cl_eta_TileBar1
TBranch * b_cl_eta_TileBar1
Definition CaloD3PDClass.h:371

CaloD3PDClass::b_cl_E_TileBar0
TBranch * b_cl_E_TileBar0
Definition CaloD3PDClass.h:333

CaloD3PDClass::cc_sel_eta
vector< float > * cc_sel_eta
Definition CaloD3PDClass.h:69

CaloD3PDClass::b_cl_E_PreSamplerB
TBranch * b_cl_E_PreSamplerB
Definition CaloD3PDClass.h:321

CaloD3PDClass::b_cl_phi_TileBar0
TBranch * b_cl_phi_TileBar0
Definition CaloD3PDClass.h:370

CaloD3PDClass::ccc_Nh_HEC
Int_t ccc_Nh_HEC
Definition CaloD3PDClass.h:97

CaloD3PDClass::cl_phi_TileGap2
vector< float > * cl_phi_TileGap2
Definition CaloD3PDClass.h:179

CaloD3PDClass::lardigit_calo
vector< int > * lardigit_calo
Definition CaloD3PDClass.h:211

CaloD3PDClass::b_cl_pt
TBranch * b_cl_pt
Definition CaloD3PDClass.h:305

CaloD3PDClass::cl_E_em
vector< float > * cl_E_em
Definition CaloD3PDClass.h:109

CaloD3PDClass::b_ccc_Nh_Tile
TBranch * b_ccc_Nh_Tile
Definition CaloD3PDClass.h:292

CaloD3PDClass::cl_secondlambda
vector< float > * cl_secondlambda
Definition CaloD3PDClass.h:114

CaloD3PDClass::b_ccc_Nh_HEC
TBranch * b_ccc_Nh_HEC
Definition CaloD3PDClass.h:296

CaloD3PDClass::cl_deltaPhi
vector< float > * cl_deltaPhi
Definition CaloD3PDClass.h:119

CaloD3PDClass::b_ccc_Eh_EMEC
TBranch * b_ccc_Eh_EMEC
Definition CaloD3PDClass.h:291

CaloD3PDClass::b_cl_eta_FCAL1
TBranch * b_cl_eta_FCAL1
Definition CaloD3PDClass.h:389

CaloD3PDClass::b_detmask1
TBranch * b_detmask1
Definition CaloD3PDClass.h:240

CaloD3PDClass::cl_phi_EMB1
vector< float > * cl_phi_EMB1
Definition CaloD3PDClass.h:149

CaloD3PDClass::EventNumber
UInt_t EventNumber
Definition CaloD3PDClass.h:35

CaloD3PDClass::b_cc_sel_E
TBranch * b_cc_sel_E
Definition CaloD3PDClass.h:266

CaloD3PDClass::cl_longitudinal
vector< float > * cl_longitudinal
Definition CaloD3PDClass.h:113

CaloD3PDClass::b_cl_deltaTheta
TBranch * b_cl_deltaTheta
Definition CaloD3PDClass.h:317

CaloD3PDClass::streamDecision_Muons
Bool_t streamDecision_Muons
Definition CaloD3PDClass.h:61

CaloD3PDClass::cl_cell_TimeCells
vector< vector< float > > * cl_cell_TimeCells
Definition CaloD3PDClass.h:202

CaloD3PDClass::b_muonError
TBranch * b_muonError
Definition CaloD3PDClass.h:256

CaloD3PDClass::b_cl_phi_HEC0
TBranch * b_cl_phi_HEC0
Definition CaloD3PDClass.h:362

CaloD3PDClass::b_RunNumber
TBranch * b_RunNumber
Definition CaloD3PDClass.h:233

CaloD3PDClass::sctFlags
UInt_t sctFlags
Definition CaloD3PDClass.h:45

CaloD3PDClass::b_cc_sel_GainCells
TBranch * b_cc_sel_GainCells
Definition CaloD3PDClass.h:271

CaloD3PDClass::b_cl_phi_PreSamplerE
TBranch * b_cl_phi_PreSamplerE
Definition CaloD3PDClass.h:354

CaloD3PDClass::b_cl_eta_FCAL0
TBranch * b_cl_eta_FCAL0
Definition CaloD3PDClass.h:387

CaloD3PDClass::b_cc_sel_yCells
TBranch * b_cc_sel_yCells
Definition CaloD3PDClass.h:275

CaloD3PDClass::cl_cell_BadCells
vector< vector< int > > * cl_cell_BadCells
Definition CaloD3PDClass.h:206

CaloD3PDClass::b_ccc_Eh_Tile
TBranch * b_ccc_Eh_Tile
Definition CaloD3PDClass.h:293

CaloD3PDClass::b_cl_E_EME2
TBranch * b_cl_E_EME2
Definition CaloD3PDClass.h:327

CaloD3PDClass::b_cl_cell_QCells
TBranch * b_cl_cell_QCells
Definition CaloD3PDClass.h:398

CaloD3PDClass::cl_E_TileGap1
vector< float > * cl_E_TileGap1
Definition CaloD3PDClass.h:137

CaloD3PDClass::ccc_Eh_TileGap
vector< float > * ccc_Eh_TileGap
Definition CaloD3PDClass.h:96

CaloD3PDClass::cl_eta_PreSamplerB
vector< float > * cl_eta_PreSamplerB
Definition CaloD3PDClass.h:146

CaloD3PDClass::b_lardigit_barrel_ec
TBranch * b_lardigit_barrel_ec
Definition CaloD3PDClass.h:412

CaloD3PDClass::fwdFlags
UInt_t fwdFlags
Definition CaloD3PDClass.h:50

CaloD3PDClass::b_cl_centerlambda
TBranch * b_cl_centerlambda
Definition CaloD3PDClass.h:316

CaloD3PDClass::b_cl_cell_IdCells
TBranch * b_cl_cell_IdCells
Definition CaloD3PDClass.h:406

CaloD3PDClass::b_cl_eta_EME3
TBranch * b_cl_eta_EME3
Definition CaloD3PDClass.h:359

CaloD3PDClass::b_cl_E_PreSamplerE
TBranch * b_cl_E_PreSamplerE
Definition CaloD3PDClass.h:325

CaloD3PDClass::b_detmask0
TBranch * b_detmask0
Definition CaloD3PDClass.h:239

CaloD3PDClass::b_ccc_Eh_HAD
TBranch * b_ccc_Eh_HAD
Definition CaloD3PDClass.h:285

CaloD3PDClass::cl_cell_yCells
vector< vector< float > > * cl_cell_yCells
Definition CaloD3PDClass.h:204

CaloD3PDClass::b_sctError
TBranch * b_sctError
Definition CaloD3PDClass.h:252

CaloD3PDClass::b_cl_cell_yCells
TBranch * b_cl_cell_yCells
Definition CaloD3PDClass.h:403

CaloD3PDClass::b_isTestBeam
TBranch * b_isTestBeam
Definition CaloD3PDClass.h:264

CaloD3PDClass::cl_phi_HEC2
vector< float > * cl_phi_HEC2
Definition CaloD3PDClass.h:167

CaloD3PDClass::cl_eta_FCAL1
vector< float > * cl_eta_FCAL1
Definition CaloD3PDClass.h:190

CaloD3PDClass::cl_cell_xCells
vector< vector< float > > * cl_cell_xCells
Definition CaloD3PDClass.h:203

CaloD3PDClass::cl_E_HEC1
vector< float > * cl_E_HEC1
Definition CaloD3PDClass.h:131

CaloD3PDClass::lardigit_n
Int_t lardigit_n
Definition CaloD3PDClass.h:208

CaloD3PDClass::larError
UInt_t larError
Definition CaloD3PDClass.h:55

CaloD3PDClass::cl_phi_FCAL0
vector< float > * cl_phi_FCAL0
Definition CaloD3PDClass.h:189

CaloD3PDClass::lardigit_iter_converged
vector< int > * lardigit_iter_converged
Definition CaloD3PDClass.h:223

CaloD3PDClass::b_cc_sel_Sigma
TBranch * b_cc_sel_Sigma
Definition CaloD3PDClass.h:279

CaloD3PDClass::cl_E_HEC0
vector< float > * cl_E_HEC0
Definition CaloD3PDClass.h:130

CaloD3PDClass::ccc_Eh_EM
Float_t ccc_Eh_EM
Definition CaloD3PDClass.h:84

CaloD3PDClass::b_cl_cell_BadCells
TBranch * b_cl_cell_BadCells
Definition CaloD3PDClass.h:405

CaloD3PDClass::b_cl_phi_EMB3
TBranch * b_cl_phi_EMB3
Definition CaloD3PDClass.h:352

CaloD3PDClass::ccc_Nh_Calo
Int_t ccc_Nh_Calo
Definition CaloD3PDClass.h:81

CaloD3PDClass::b_cl_E_TileGap2
TBranch * b_cl_E_TileGap2
Definition CaloD3PDClass.h:337

CaloD3PDClass::cl_phi_HEC3
vector< float > * cl_phi_HEC3
Definition CaloD3PDClass.h:169

CaloD3PDClass::cl_eta_TileGap1
vector< float > * cl_eta_TileGap1
Definition CaloD3PDClass.h:176

CaloD3PDClass::cl_deltaTheta
vector< float > * cl_deltaTheta
Definition CaloD3PDClass.h:118

CaloD3PDClass::b_cl_phi_TileGap2
TBranch * b_cl_phi_TileGap2
Definition CaloD3PDClass.h:378

CaloD3PDClass::lardigit_channel
vector< int > * lardigit_channel
Definition CaloD3PDClass.h:217

CaloD3PDClass::cl_phi_TileGap1
vector< float > * cl_phi_TileGap1
Definition CaloD3PDClass.h:177

CaloD3PDClass::b_cl_eta_TileBar0
TBranch * b_cl_eta_TileBar0
Definition CaloD3PDClass.h:369

CaloD3PDClass::b_cl_cell_eta
TBranch * b_cl_cell_eta
Definition CaloD3PDClass.h:396

CaloD3PDClass::b_cl_longitudinal
TBranch * b_cl_longitudinal
Definition CaloD3PDClass.h:312

CaloD3PDClass::b_cl_phi_TileExt1
TBranch * b_cl_phi_TileExt1
Definition CaloD3PDClass.h:384

CaloD3PDClass::GetEntry
virtual Int_t GetEntry(Long64_t entry)

CaloD3PDClass::lardigit_iter_nIter
vector< short > * lardigit_iter_nIter
Definition CaloD3PDClass.h:224

CaloD3PDClass::cl_cell_phi
vector< vector< float > > * cl_cell_phi
Definition CaloD3PDClass.h:198

CaloD3PDClass::ccc_Nh_EMEC
Int_t ccc_Nh_EMEC
Definition CaloD3PDClass.h:91

CaloD3PDClass::b_cl_E_TileBar2
TBranch * b_cl_E_TileBar2
Definition CaloD3PDClass.h:335

CaloD3PDClass::ccc_Nh_PresE
Int_t ccc_Nh_PresE
Definition CaloD3PDClass.h:101

CaloD3PDClass::b_cl_phi_FCAL0
TBranch * b_cl_phi_FCAL0
Definition CaloD3PDClass.h:388

CaloD3PDClass::cc_sel_xCells
vector< float > * cc_sel_xCells
Definition CaloD3PDClass.h:75

CaloD3PDClass::cl_eta_EMB3
vector< float > * cl_eta_EMB3
Definition CaloD3PDClass.h:152

CaloD3PDClass::b_cl_phi_HEC2
TBranch * b_cl_phi_HEC2
Definition CaloD3PDClass.h:366

CaloD3PDClass::b_tileError
TBranch * b_tileError
Definition CaloD3PDClass.h:255

CaloD3PDClass::b_cl_cell_E
TBranch * b_cl_cell_E
Definition CaloD3PDClass.h:394

CaloD3PDClass::b_cl_E_HEC0
TBranch * b_cl_E_HEC0
Definition CaloD3PDClass.h:329

CaloD3PDClass::b_ccc_Nh_Scint
TBranch * b_ccc_Nh_Scint
Definition CaloD3PDClass.h:302

CaloD3PDClass::lardigit_slot
vector< int > * lardigit_slot
Definition CaloD3PDClass.h:216

CaloD3PDClass::cl_phi_TileExt0
vector< float > * cl_phi_TileExt0
Definition CaloD3PDClass.h:183

CaloD3PDClass::tileFlags
UInt_t tileFlags
Definition CaloD3PDClass.h:48

CaloD3PDClass::b_cl_phi_EME3
TBranch * b_cl_phi_EME3
Definition CaloD3PDClass.h:360

CaloD3PDClass::b_lardigit_channel
TBranch * b_lardigit_channel
Definition CaloD3PDClass.h:416

CaloD3PDClass::b_lardigit_iter_converged
TBranch * b_lardigit_iter_converged
Definition CaloD3PDClass.h:422

CaloD3PDClass::vector
std::vector< T > vector
Definition CaloD3PDClass.h:28

CaloD3PDClass::b_cl_phi
TBranch * b_cl_phi
Definition CaloD3PDClass.h:307

CaloD3PDClass::lardigit_pos_neg
vector< int > * lardigit_pos_neg
Definition CaloD3PDClass.h:214

CaloD3PDClass::fwdError
UInt_t fwdError
Definition CaloD3PDClass.h:58

CaloD3PDClass::b_cl_lateral
TBranch * b_cl_lateral
Definition CaloD3PDClass.h:314

CaloD3PDClass::b_cl_phi_TileGap3
TBranch * b_cl_phi_TileGap3
Definition CaloD3PDClass.h:380

CaloD3PDClass::cl_centerlambda
vector< float > * cl_centerlambda
Definition CaloD3PDClass.h:117

CaloD3PDClass::b_cl_phi_EMB1
TBranch * b_cl_phi_EMB1
Definition CaloD3PDClass.h:348

CaloD3PDClass::b_cl_secondlambda
TBranch * b_cl_secondlambda
Definition CaloD3PDClass.h:313

CaloD3PDClass::b_cl_E_FCAL2
TBranch * b_cl_E_FCAL2
Definition CaloD3PDClass.h:344

CaloD3PDClass::cc_sel_IdCells
vector< unsigned int > * cc_sel_IdCells
Definition CaloD3PDClass.h:79

CaloD3PDClass::ccc_Eh_Calo
Float_t ccc_Eh_Calo
Definition CaloD3PDClass.h:82

CaloD3PDClass::trtError
UInt_t trtError
Definition CaloD3PDClass.h:54

CaloD3PDClass::b_cl_eta_HEC3
TBranch * b_cl_eta_HEC3
Definition CaloD3PDClass.h:367

CaloD3PDClass::b_cl_eta_TileGap2
TBranch * b_cl_eta_TileGap2
Definition CaloD3PDClass.h:377

CaloD3PDClass::b_ccc_Eh_EMB
TBranch * b_ccc_Eh_EMB
Definition CaloD3PDClass.h:289

CaloD3PDClass::b_bcid
TBranch * b_bcid
Definition CaloD3PDClass.h:238

CaloD3PDClass::b_isCalibration
TBranch * b_isCalibration
Definition CaloD3PDClass.h:263

CaloD3PDClass::b_ccc_Nh_HAD
TBranch * b_ccc_Nh_HAD
Definition CaloD3PDClass.h:284

CaloD3PDClass::b_cl_cell_DetCells
TBranch * b_cl_cell_DetCells
Definition CaloD3PDClass.h:400

CaloD3PDClass::cl_eta_HEC3
vector< float > * cl_eta_HEC3
Definition CaloD3PDClass.h:168

CaloD3PDClass::cl_phi
vector< float > * cl_phi
Definition CaloD3PDClass.h:108

CaloD3PDClass::ccc_Eh_EMEC
vector< float > * ccc_Eh_EMEC
Definition CaloD3PDClass.h:92

CaloD3PDClass::cl_phi_TileBar2
vector< float > * cl_phi_TileBar2
Definition CaloD3PDClass.h:175

CaloD3PDClass::cl_E_EMB3
vector< float > * cl_E_EMB3
Definition CaloD3PDClass.h:125

CaloD3PDClass::b_cl_cell_phi
TBranch * b_cl_cell_phi
Definition CaloD3PDClass.h:397

CaloD3PDClass::cl_phi_TileExt1
vector< float > * cl_phi_TileExt1
Definition CaloD3PDClass.h:185

CaloD3PDClass::cl_E_TileExt2
vector< float > * cl_E_TileExt2
Definition CaloD3PDClass.h:142

CaloD3PDClass::b_cl_eta_EME2
TBranch * b_cl_eta_EME2
Definition CaloD3PDClass.h:357

CaloD3PDClass::b_cl_firstEdens
TBranch * b_cl_firstEdens
Definition CaloD3PDClass.h:310

CaloD3PDClass::cl_phi_HEC0
vector< float > * cl_phi_HEC0
Definition CaloD3PDClass.h:163

CaloD3PDClass::cl_eta
vector< float > * cl_eta
Definition CaloD3PDClass.h:107

CaloD3PDClass::b_ccc_Nh_EMEC
TBranch * b_ccc_Nh_EMEC
Definition CaloD3PDClass.h:290

CaloD3PDClass::timestamp
UInt_t timestamp
Definition CaloD3PDClass.h:36

CaloD3PDClass::lardigit_FT
vector< int > * lardigit_FT
Definition CaloD3PDClass.h:215

CaloD3PDClass::cl_time
vector< float > * cl_time
Definition CaloD3PDClass.h:121

CaloD3PDClass::Init
virtual void Init(TTree *tree)

CaloD3PDClass::ccc_Eh_HEC
vector< float > * ccc_Eh_HEC
Definition CaloD3PDClass.h:98

CaloD3PDClass::b_cl_E_HEC2
TBranch * b_cl_E_HEC2
Definition CaloD3PDClass.h:331

CaloD3PDClass::b_cl_E_TileGap1
TBranch * b_cl_E_TileGap1
Definition CaloD3PDClass.h:336

CaloD3PDClass::b_cl_time
TBranch * b_cl_time
Definition CaloD3PDClass.h:320

CaloD3PDClass::b_coreFlags
TBranch * b_coreFlags
Definition CaloD3PDClass.h:250

CaloD3PDClass::cl_eta_EME3
vector< float > * cl_eta_EME3
Definition CaloD3PDClass.h:160

CaloD3PDClass::b_cc_sel_xCells
TBranch * b_cc_sel_xCells
Definition CaloD3PDClass.h:274

CaloD3PDClass::b_lardigit_layer
TBranch * b_lardigit_layer
Definition CaloD3PDClass.h:408

CaloD3PDClass::cl_eta_HEC2
vector< float > * cl_eta_HEC2
Definition CaloD3PDClass.h:166

CaloD3PDClass::tileError
UInt_t tileError
Definition CaloD3PDClass.h:56

CaloD3PDClass::b_streamDecision_JetTauEtmiss
TBranch * b_streamDecision_JetTauEtmiss
Definition CaloD3PDClass.h:261

CaloD3PDClass::lardigit_barrel_ec
vector< int > * lardigit_barrel_ec
Definition CaloD3PDClass.h:213

CaloD3PDClass::fCurrent
Int_t fCurrent
pointer to the analyzed TTree or TChain
Definition CaloD3PDClass.h:31

CaloD3PDClass::b_cl_phi_TileExt0
TBranch * b_cl_phi_TileExt0
Definition CaloD3PDClass.h:382

CaloD3PDClass::b_ccc_Nh_EMB
TBranch * b_ccc_Nh_EMB
Definition CaloD3PDClass.h:288

CaloD3PDClass::lardigit_ieta
vector< int > * lardigit_ieta
Definition CaloD3PDClass.h:210

CaloD3PDClass::b_cl_cell_pt
TBranch * b_cl_cell_pt
Definition CaloD3PDClass.h:395

CaloD3PDClass::b_ccc_Eh_FCal
TBranch * b_ccc_Eh_FCal
Definition CaloD3PDClass.h:299

CaloD3PDClass::b_lardigit_gain
TBranch * b_lardigit_gain
Definition CaloD3PDClass.h:417

CaloD3PDClass::b_cl_eta_TileExt0
TBranch * b_cl_eta_TileExt0
Definition CaloD3PDClass.h:381

CaloD3PDClass::b_cl_eta_TileGap1
TBranch * b_cl_eta_TileGap1
Definition CaloD3PDClass.h:375

CaloD3PDClass::bcid
UInt_t bcid
Definition CaloD3PDClass.h:39

CaloD3PDClass::b_ccc_Eh_Scint
TBranch * b_ccc_Eh_Scint
Definition CaloD3PDClass.h:303

CaloD3PDClass::cl_secondR
vector< float > * cl_secondR
Definition CaloD3PDClass.h:116

CaloD3PDClass::RunNumber
UInt_t RunNumber
current Tree number in a TChain
Definition CaloD3PDClass.h:34

CaloD3PDClass::cl_cell_DetCells
vector< vector< int > > * cl_cell_DetCells
Definition CaloD3PDClass.h:201

CaloD3PDClass::b_coreError
TBranch * b_coreError
Definition CaloD3PDClass.h:258

CaloD3PDClass::b_fwdError
TBranch * b_fwdError
Definition CaloD3PDClass.h:257

CaloD3PDClass::cc_sel_DetCells
vector< int > * cc_sel_DetCells
Definition CaloD3PDClass.h:73

CaloD3PDClass::b_lardigit_iter_index
TBranch * b_lardigit_iter_index
Definition CaloD3PDClass.h:429

CaloD3PDClass::lbn
UInt_t lbn
Definition CaloD3PDClass.h:38

CaloD3PDClass::cl_E_TileGap3
vector< float > * cl_E_TileGap3
Definition CaloD3PDClass.h:139

CaloD3PDClass::b_cl_eta_EMB3
TBranch * b_cl_eta_EMB3
Definition CaloD3PDClass.h:351

CaloD3PDClass::cl_cell_GainCells
vector< vector< int > > * cl_cell_GainCells
Definition CaloD3PDClass.h:200

CaloD3PDClass::ccc_Nh_HAD
Int_t ccc_Nh_HAD
Definition CaloD3PDClass.h:85

CaloD3PDClass::b_cl_phi_EME1
TBranch * b_cl_phi_EME1
Definition CaloD3PDClass.h:356

CaloD3PDClass::b_cl_phi_TileBar2
TBranch * b_cl_phi_TileBar2
Definition CaloD3PDClass.h:374

CaloD3PDClass::b_ccc_Nh_FCal
TBranch * b_ccc_Nh_FCal
Definition CaloD3PDClass.h:298

CaloD3PDClass::ccc_Nh_TileGap
Int_t ccc_Nh_TileGap
Definition CaloD3PDClass.h:95

CaloD3PDClass::cl_phi_EME2
vector< float > * cl_phi_EME2
Definition CaloD3PDClass.h:159

CaloD3PDClass::cl_cell_pt
vector< vector< float > > * cl_cell_pt
Definition CaloD3PDClass.h:196

CaloD3PDClass::b_lardigit_iter_valid
TBranch * b_lardigit_iter_valid
Definition CaloD3PDClass.h:421

CaloD3PDClass::cl_phi_TileGap3
vector< float > * cl_phi_TileGap3
Definition CaloD3PDClass.h:181

CaloD3PDClass::streamDecision_JetTauEtmiss
Bool_t streamDecision_JetTauEtmiss
Definition CaloD3PDClass.h:62

CaloD3PDClass::Notify
virtual Bool_t Notify()

CaloD3PDClass::cl_phi_PreSamplerB
vector< float > * cl_phi_PreSamplerB
Definition CaloD3PDClass.h:147

CaloD3PDClass::b_cl_E_FCAL1
TBranch * b_cl_E_FCAL1
Definition CaloD3PDClass.h:343

CaloD3PDClass::b_cl_E_EMB2
TBranch * b_cl_E_EMB2
Definition CaloD3PDClass.h:323

CaloD3PDClass::b_cc_sel_QCells
TBranch * b_cc_sel_QCells
Definition CaloD3PDClass.h:270

CaloD3PDClass::ccc_Nh_EM
Int_t ccc_Nh_EM
Definition CaloD3PDClass.h:83

CaloD3PDClass::cc_sel_yCells
vector< float > * cc_sel_yCells
Definition CaloD3PDClass.h:76

CaloD3PDClass::muonError
UInt_t muonError
Definition CaloD3PDClass.h:57

CaloD3PDClass::b_cl_eta_EMB2
TBranch * b_cl_eta_EMB2
Definition CaloD3PDClass.h:349

CaloD3PDClass::b_cl_E_EMB1
TBranch * b_cl_E_EMB1
Definition CaloD3PDClass.h:322

CaloD3PDClass::detmask1
UInt_t detmask1
Definition CaloD3PDClass.h:41

CaloD3PDClass::b_cl_E_EME3
TBranch * b_cl_E_EME3
Definition CaloD3PDClass.h:328

CaloD3PDClass::b_lardigit_FT
TBranch * b_lardigit_FT
Definition CaloD3PDClass.h:414

CaloD3PDClass::ccc_Nh_Scint
Int_t ccc_Nh_Scint
Definition CaloD3PDClass.h:103

CaloD3PDClass::b_cl_E_TileBar1
TBranch * b_cl_E_TileBar1
Definition CaloD3PDClass.h:334

CaloD3PDClass::b_lardigit_iter_tau
TBranch * b_lardigit_iter_tau
Definition CaloD3PDClass.h:425

CaloD3PDClass::b_pixelFlags
TBranch * b_pixelFlags
Definition CaloD3PDClass.h:243

CaloD3PDClass::b_lardigit_ieta
TBranch * b_lardigit_ieta
Definition CaloD3PDClass.h:409

CaloD3PDClass::b_cl_eta_HEC1
TBranch * b_cl_eta_HEC1
Definition CaloD3PDClass.h:363

CaloD3PDClass::b_cl_phi_TileBar1
TBranch * b_cl_phi_TileBar1
Definition CaloD3PDClass.h:372

CaloD3PDClass::b_sctFlags
TBranch * b_sctFlags
Definition CaloD3PDClass.h:244

CaloD3PDClass::b_ccc_Nh_Calo
TBranch * b_ccc_Nh_Calo
Definition CaloD3PDClass.h:280

CaloD3PDClass::b_lardigit_n
TBranch * b_lardigit_n
Definition CaloD3PDClass.h:407

CaloD3PDClass::CaloD3PDClass
CaloD3PDClass(TTree *tree=0)

CaloD3PDClass::ccc_Nh_FCal
Int_t ccc_Nh_FCal
Definition CaloD3PDClass.h:99

CaloD3PDClass::cc_sel_QCells
vector< int > * cc_sel_QCells
Definition CaloD3PDClass.h:71

CaloD3PDClass::LoadTree
virtual Long64_t LoadTree(Long64_t entry)

CaloD3PDClass::b_tileFlags
TBranch * b_tileFlags
Definition CaloD3PDClass.h:247

CaloD3PDClass::cl_phi_PreSamplerE
vector< float > * cl_phi_PreSamplerE
Definition CaloD3PDClass.h:155

CaloD3PDClass::b_cl_E_TileGap3
TBranch * b_cl_E_TileGap3
Definition CaloD3PDClass.h:338

CaloD3PDClass::b_cl_eta_TileBar2
TBranch * b_cl_eta_TileBar2
Definition CaloD3PDClass.h:373

CaloD3PDClass::b_larFlags
TBranch * b_larFlags
Definition CaloD3PDClass.h:246

CaloD3PDClass::Loop
virtual void Loop()
Definition CaloD3PDClass.cxx:11

CaloD3PDClass::cl_E_HEC3
vector< float > * cl_E_HEC3
Definition CaloD3PDClass.h:133

CaloD3PDClass::cl_firstEdens
vector< float > * cl_firstEdens
Definition CaloD3PDClass.h:111

CaloD3PDClass::b_ccc_Nh_PresB
TBranch * b_ccc_Nh_PresB
Definition CaloD3PDClass.h:286

CaloD3PDClass::~CaloD3PDClass
virtual ~CaloD3PDClass()

CaloD3PDClass::b_lardigit_Samples
TBranch * b_lardigit_Samples
Definition CaloD3PDClass.h:418

CaloD3PDClass::cl_eta_HEC1
vector< float > * cl_eta_HEC1
Definition CaloD3PDClass.h:164

CaloD3PDClass::b_cl_cell_GainCells
TBranch * b_cl_cell_GainCells
Definition CaloD3PDClass.h:399

CaloD3PDClass::b_lardigit_iter_ampl
TBranch * b_lardigit_iter_ampl
Definition CaloD3PDClass.h:424

CaloD3PDClass::b_cl_E_EMB3
TBranch * b_cl_E_EMB3
Definition CaloD3PDClass.h:324

CaloD3PDClass::cl_E_TileBar0
vector< float > * cl_E_TileBar0
Definition CaloD3PDClass.h:134

CaloD3PDClass::b_cl_phi_HEC1
TBranch * b_cl_phi_HEC1
Definition CaloD3PDClass.h:364

CaloD3PDClass::cl_cell_QCells
vector< vector< int > > * cl_cell_QCells
Definition CaloD3PDClass.h:199

CaloD3PDClass::cl_E_TileBar2
vector< float > * cl_E_TileBar2
Definition CaloD3PDClass.h:136

CaloD3PDClass::trtFlags
UInt_t trtFlags
Definition CaloD3PDClass.h:46

CaloD3PDClass::cl_eta_TileExt0
vector< float > * cl_eta_TileExt0
Definition CaloD3PDClass.h:182

CaloD3PDClass::b_cl_secondR
TBranch * b_cl_secondR
Definition CaloD3PDClass.h:315

CaloD3PDClass::b_cc_sel_eta
TBranch * b_cc_sel_eta
Definition CaloD3PDClass.h:268

CaloD3PDClass::b_cl_E_had
TBranch * b_cl_E_had
Definition CaloD3PDClass.h:309

CaloD3PDClass::b_cl_E_TileExt1
TBranch * b_cl_E_TileExt1
Definition CaloD3PDClass.h:340

CaloD3PDClass::b_cl_phi_EME2
TBranch * b_cl_phi_EME2
Definition CaloD3PDClass.h:358

CaloD3PDClass::cl_phi_FCAL1
vector< float > * cl_phi_FCAL1
Definition CaloD3PDClass.h:191

CaloD3PDClass::cl_phi_EME1
vector< float > * cl_phi_EME1
Definition CaloD3PDClass.h:157

CaloD3PDClass::b_cl_cell_zCells
TBranch * b_cl_cell_zCells
Definition CaloD3PDClass.h:404

CaloD3PDClass::cc_sel_E
vector< float > * cc_sel_E
Definition CaloD3PDClass.h:67

CaloD3PDClass::b_cc_sel_DetCells
TBranch * b_cc_sel_DetCells
Definition CaloD3PDClass.h:272

CaloD3PDClass::b_cl_E_em
TBranch * b_cl_E_em
Definition CaloD3PDClass.h:308

CaloD3PDClass::cc_sel_zCells
vector< float > * cc_sel_zCells
Definition CaloD3PDClass.h:77

CaloD3PDClass::cl_E_EME2
vector< float > * cl_E_EME2
Definition CaloD3PDClass.h:128

CaloD3PDClass::b_cc_sel_pt
TBranch * b_cc_sel_pt
Definition CaloD3PDClass.h:267

CaloD3PDClass::sctError
UInt_t sctError
Definition CaloD3PDClass.h:53

CaloD3PDClass::muonFlags
UInt_t muonFlags
Definition CaloD3PDClass.h:49

CaloD3PDClass::b_timestamp
TBranch * b_timestamp
Definition CaloD3PDClass.h:235

CaloD3PDClass::b_cl_E_TileExt0
TBranch * b_cl_E_TileExt0
Definition CaloD3PDClass.h:339

CaloD3PDClass::b_streamDecision_Egamma
TBranch * b_streamDecision_Egamma
Definition CaloD3PDClass.h:259

CaloD3PDClass::b_ccc_Eh_Calo
TBranch * b_ccc_Eh_Calo
Definition CaloD3PDClass.h:281

CaloD3PDClass::b_ccc_Eh_PresB
TBranch * b_ccc_Eh_PresB
Definition CaloD3PDClass.h:287

CaloD3PDClass::cl_lateral
vector< float > * cl_lateral
Definition CaloD3PDClass.h:115

CaloD3PDClass::b_cl_centermag
TBranch * b_cl_centermag
Definition CaloD3PDClass.h:319

CaloD3PDClass::cc_sel_Sigma
vector< float > * cc_sel_Sigma
Definition CaloD3PDClass.h:80

CaloD3PDClass::ccc_Eh_EMB
vector< float > * ccc_Eh_EMB
Definition CaloD3PDClass.h:90

CaloD3PDClass::b_cl_E_HEC1
TBranch * b_cl_E_HEC1
Definition CaloD3PDClass.h:330

CaloD3PDClass::lardigit_sca_add
vector< vector< unsigned int > > * lardigit_sca_add
Definition CaloD3PDClass.h:221

CaloD3PDClass::lardigit_gain
vector< int > * lardigit_gain
Definition CaloD3PDClass.h:218

CaloD3PDClass::cl_E_PreSamplerB
vector< float > * cl_E_PreSamplerB
Definition CaloD3PDClass.h:122

CaloD3PDClass::pixelError
UInt_t pixelError
Definition CaloD3PDClass.h:52

CaloD3PDClass::b_cl_eta_TileGap3
TBranch * b_cl_eta_TileGap3
Definition CaloD3PDClass.h:379

CaloD3PDClass::ccc_Eh_Tile
vector< float > * ccc_Eh_Tile
Definition CaloD3PDClass.h:94

CaloD3PDClass::cl_phi_TileBar0
vector< float > * cl_phi_TileBar0
Definition CaloD3PDClass.h:171

CaloD3PDClass::b_cl_phi_FCAL2
TBranch * b_cl_phi_FCAL2
Definition CaloD3PDClass.h:392

CaloD3PDClass::pixelFlags
UInt_t pixelFlags
Definition CaloD3PDClass.h:44

CaloD3PDClass::cc_sel_n
Int_t cc_sel_n
Definition CaloD3PDClass.h:66

CaloD3PDClass::b_cl_eta_TileExt1
TBranch * b_cl_eta_TileExt1
Definition CaloD3PDClass.h:383

CaloD3PDClass::lardigit_iter_index
vector< short > * lardigit_iter_index
Definition CaloD3PDClass.h:230

CaloD3PDClass::cl_phi_TileBar1
vector< float > * cl_phi_TileBar1
Definition CaloD3PDClass.h:173

CaloD3PDClass::cl_eta_TileBar0
vector< float > * cl_eta_TileBar0
Definition CaloD3PDClass.h:170

CaloD3PDClass::b_cl_phi_EMB2
TBranch * b_cl_phi_EMB2
Definition CaloD3PDClass.h:350

CaloD3PDClass::b_ccc_Nh_TileGap
TBranch * b_ccc_Nh_TileGap
Definition CaloD3PDClass.h:294

CaloD3PDClass::b_cl_E_EME1
TBranch * b_cl_E_EME1
Definition CaloD3PDClass.h:326

CaloD3PDClass::b_cl_eta_EME1
TBranch * b_cl_eta_EME1
Definition CaloD3PDClass.h:355

CaloD3PDClass::Cut
virtual Int_t Cut()

CaloD3PDClass::cl_cell_eta
vector< vector< float > > * cl_cell_eta
Definition CaloD3PDClass.h:197

CaloD3PDClass::cl_eta_EMB2
vector< float > * cl_eta_EMB2
Definition CaloD3PDClass.h:150

CaloD3PDClass::b_lardigit_iter_nIter
TBranch * b_lardigit_iter_nIter
Definition CaloD3PDClass.h:423

CaloD3PDClass::cl_phi_EMB3
vector< float > * cl_phi_EMB3
Definition CaloD3PDClass.h:153

CaloD3PDClass::cl_E_FCAL1
vector< float > * cl_E_FCAL1
Definition CaloD3PDClass.h:144

CaloD3PDClass::b_cl_cell_n
TBranch * b_cl_cell_n
Definition CaloD3PDClass.h:393

CaloD3PDClass::b_fwdFlags
TBranch * b_fwdFlags
Definition CaloD3PDClass.h:249

CaloD3PDClass::cl_E_PreSamplerE
vector< float > * cl_E_PreSamplerE
Definition CaloD3PDClass.h:126

CaloD3PDClass::b_lardigit_iter_delay
TBranch * b_lardigit_iter_delay
Definition CaloD3PDClass.h:427

CaloD3PDClass::b_ccc_Eh_HEC
TBranch * b_ccc_Eh_HEC
Definition CaloD3PDClass.h:297

CaloD3PDClass::lardigit_Samples
vector< vector< int > > * lardigit_Samples
Definition CaloD3PDClass.h:219

CaloD3PDClass::cl_eta_TileGap2
vector< float > * cl_eta_TileGap2
Definition CaloD3PDClass.h:178

CaloD3PDClass::b_cl_cell_TimeCells
TBranch * b_cl_cell_TimeCells
Definition CaloD3PDClass.h:401

CaloD3PDClass::b_cl_phi_HEC3
TBranch * b_cl_phi_HEC3
Definition CaloD3PDClass.h:368

CaloD3PDClass::cl_E_EMB2
vector< float > * cl_E_EMB2
Definition CaloD3PDClass.h:124

CaloD3PDClass::cl_eta_EME1
vector< float > * cl_eta_EME1
Definition CaloD3PDClass.h:156

CaloD3PDClass::ccc_Eh_PresE
vector< float > * ccc_Eh_PresE
Definition CaloD3PDClass.h:102

CaloD3PDClass::b_cl_deltaPhi
TBranch * b_cl_deltaPhi
Definition CaloD3PDClass.h:318

CaloD3PDClass::cl_phi_EME3
vector< float > * cl_phi_EME3
Definition CaloD3PDClass.h:161

CaloD3PDClass::b_cc_sel_BadCells
TBranch * b_cc_sel_BadCells
Definition CaloD3PDClass.h:277

CaloD3PDClass::b_lbn
TBranch * b_lbn
Definition CaloD3PDClass.h:237

CaloD3PDClass::cl_phi_EMB2
vector< float > * cl_phi_EMB2
Definition CaloD3PDClass.h:151

CaloD3PDClass::b_lardigit_iter_qual
TBranch * b_lardigit_iter_qual
Definition CaloD3PDClass.h:428

CaloD3PDClass::b_cl_eta_HEC0
TBranch * b_cl_eta_HEC0
Definition CaloD3PDClass.h:361

CaloD3PDClass::b_cc_sel_n
TBranch * b_cc_sel_n
Definition CaloD3PDClass.h:265

CaloD3PDClass::b_cc_sel_zCells
TBranch * b_cc_sel_zCells
Definition CaloD3PDClass.h:276

CaloD3PDClass::b_cc_sel_phi
TBranch * b_cc_sel_phi
Definition CaloD3PDClass.h:269

CaloD3PDClass::cl_E_TileGap2
vector< float > * cl_E_TileGap2
Definition CaloD3PDClass.h:138

CaloD3PDClass::cl_E_FCAL0
vector< float > * cl_E_FCAL0
Definition CaloD3PDClass.h:143

CaloD3PDClass::cl_E_EMB1
vector< float > * cl_E_EMB1
Definition CaloD3PDClass.h:123

CaloD3PDClass::cl_cell_E
vector< vector< float > > * cl_cell_E
Definition CaloD3PDClass.h:195

CaloD3PDClass::b_cl_eta_FCAL2
TBranch * b_cl_eta_FCAL2
Definition CaloD3PDClass.h:391

CaloD3PDClass::b_ccc_Nh_EM
TBranch * b_ccc_Nh_EM
Definition CaloD3PDClass.h:282

CaloD3PDClass::cl_phi_TileExt2
vector< float > * cl_phi_TileExt2
Definition CaloD3PDClass.h:187

CaloD3PDClass::b_ccc_Eh_PresE
TBranch * b_ccc_Eh_PresE
Definition CaloD3PDClass.h:301

CaloD3PDClass::b_cl_cellmaxfrac
TBranch * b_cl_cellmaxfrac
Definition CaloD3PDClass.h:311

CaloD3PDClass::b_EventNumber
TBranch * b_EventNumber
Definition CaloD3PDClass.h:234

CaloD3PDClass::lardigit_layer
vector< int > * lardigit_layer
Definition CaloD3PDClass.h:209

CaloD3PDClass::b_cl_E_HEC3
TBranch * b_cl_E_HEC3
Definition CaloD3PDClass.h:332

CaloD3PDClass::b_lardigit_offlineId
TBranch * b_lardigit_offlineId
Definition CaloD3PDClass.h:419

CaloD3PDClass::b_cl_eta_PreSamplerB
TBranch * b_cl_eta_PreSamplerB
Definition CaloD3PDClass.h:345

CaloD3PDClass::cl_E_TileExt1
vector< float > * cl_E_TileExt1
Definition CaloD3PDClass.h:141

CaloD3PDClass::cl_eta_FCAL0
vector< float > * cl_eta_FCAL0
Definition CaloD3PDClass.h:188

CaloD3PDClass::b_cl_n
TBranch * b_cl_n
Definition CaloD3PDClass.h:304

CaloD3PDClass::b_timestamp_ns
TBranch * b_timestamp_ns
Definition CaloD3PDClass.h:236

CaloD3PDClass::coreError
UInt_t coreError
Definition CaloD3PDClass.h:59

CaloD3PDClass::cl_eta_EME2
vector< float > * cl_eta_EME2
Definition CaloD3PDClass.h:158

CaloD3PDClass::isSimulation
Bool_t isSimulation
Definition CaloD3PDClass.h:63

CaloD3PDClass::averageIntPerXing
Float_t averageIntPerXing
Definition CaloD3PDClass.h:43

CaloD3PDClass::cl_eta_EMB1
vector< float > * cl_eta_EMB1
Definition CaloD3PDClass.h:148

CaloD3PDClass::cl_eta_TileBar2
vector< float > * cl_eta_TileBar2
Definition CaloD3PDClass.h:174

hist_file_dump.f
f
Definition hist_file_dump.py:140

tree
TChain * tree
Definition tile_monitor.h:30