{
//////////////////////////////////////////////////////////
//   This file has been automatically generated 
//     (Fri Jul 25 11:24:39 2008 by ROOT version5.18/00d)
//   from TChain PreselectedTightElectronTree/
//////////////////////////////////////////////////////////


//Reset ROOT and connect tree file
   gROOT->Reset();

#ifdef SINGLE_TREE
   // The following code should be used if you want this code to access
   // a single tree instead of a chain
   TFile *f = (TFile*)gROOT->GetListOfFiles()->FindObject("TestNtupleOutput_130GeV.root");
   if (!f) {
      f = new TFile("TestNtupleOutput_130GeV.root");
   }
   TTree *PreselectedTightElectronTree = (TTree*)gDirectory->Get("PreselectedTightElectronTree");

#else // SINGLE_TREE

   // The following code should be used if you want this code to access a chain
   // of trees.
   TChain *PreselectedTightElectronTree = new TChain("PreselectedTightElectronTree","");
   PreselectedTightElectronTree->Add("TestNtupleOutput_130GeV.root/PreselectedTightElectronTree");
#endif // SINGLE_TREE

//Declaration of leaves types
   Int_t           RunNumber;
   Int_t           EventNumber;
   Char_t          Token[153];
   vector<double>  electron_pt;
   vector<double>  electron_eta;
   vector<double>  electron_phi;
   vector<double>  electron_mass;
   vector<int,allocator<int> > electron_incrack;
   vector<double>  electron_cluster_pt;
   vector<double>  electron_cluster_eta;
   vector<double>  electron_cluster_phi;
   vector<double>  electron_cluster_mass;
   vector<int,allocator<int> > electron_cluster_incrack;
   vector<double>  electron_track_pt;
   vector<double>  electron_track_eta;
   vector<double>  electron_track_phi;
   vector<double>  electron_track_mass;
   vector<int,allocator<int> > electron_track_incrack;
   vector<int,allocator<int> > electron_isloose;
   vector<int,allocator<int> > electron_ismedium;
   vector<int,allocator<int> > electron_istight;
   vector<int,allocator<int> > electron_charge;
   vector<int,allocator<int> > electron_author_electron;
   vector<int,allocator<int> > electron_author_softe;
   vector<double>  electron_trackmatch_etacorrmag;
   vector<double>  electron_trackmatch_eoverp;
   vector<double>  electron_trackmatch_deta1;
   vector<double>  electron_trackmatch_deta2;
   vector<double>  electron_trackmatch_dphi2;
   vector<double>  electron_shower_ethad1;
   vector<double>  electron_shower_etcone20;
   vector<double>  electron_shower_e233;
   vector<double>  electron_shower_e237;
   vector<double>  electron_shower_e277;
   vector<double>  electron_shower_f1;
   vector<double>  electron_shower_f1core;
   vector<double>  electron_shower_f3core;
   vector<double>  electron_shower_e2tsts1;
   vector<double>  electron_shower_emins1;
   vector<double>  electron_shower_weta1;
   vector<double>  electron_shower_wtots1;
   vector<double>  electron_shower_fracs1;
   vector<double>  electron_shower_weta2;
   vector<double>  electron_shower_widths2;
   vector<double>  electron_shower_pos7;
   vector<double>  electron_shower_iso;
   vector<int,allocator<int> > electron_truth_Unknown;
   vector<int,allocator<int> > electron_truth_ElectronUnk;
   vector<int,allocator<int> > electron_truth_ElectronIso;
   vector<int,allocator<int> > electron_truth_ElectronNIso;
   vector<int,allocator<int> > electron_truth_ElectronBkg;
   vector<int,allocator<int> > electron_truth_Hadron;
   vector<int,allocator<int> > electron_truth_Muon;
   vector<int,allocator<int> > electron_truth_Tau;

   // Set branch addresses.
   PreselectedTightElectronTree->SetBranchAddress("RunNumber",&RunNumber);
   PreselectedTightElectronTree->SetBranchAddress("EventNumber",&EventNumber);
   PreselectedTightElectronTree->SetBranchAddress("Token",Token);
   PreselectedTightElectronTree->SetBranchAddress("electron_pt",&electron_pt);
   PreselectedTightElectronTree->SetBranchAddress("electron_eta",&electron_eta);
   PreselectedTightElectronTree->SetBranchAddress("electron_phi",&electron_phi);
   PreselectedTightElectronTree->SetBranchAddress("electron_mass",&electron_mass);
   PreselectedTightElectronTree->SetBranchAddress("electron_incrack",&electron_incrack);
   PreselectedTightElectronTree->SetBranchAddress("electron_cluster_pt",&electron_cluster_pt);
   PreselectedTightElectronTree->SetBranchAddress("electron_cluster_eta",&electron_cluster_eta);
   PreselectedTightElectronTree->SetBranchAddress("electron_cluster_phi",&electron_cluster_phi);
   PreselectedTightElectronTree->SetBranchAddress("electron_cluster_mass",&electron_cluster_mass);
   PreselectedTightElectronTree->SetBranchAddress("electron_cluster_incrack",&electron_cluster_incrack);
   PreselectedTightElectronTree->SetBranchAddress("electron_track_pt",&electron_track_pt);
   PreselectedTightElectronTree->SetBranchAddress("electron_track_eta",&electron_track_eta);
   PreselectedTightElectronTree->SetBranchAddress("electron_track_phi",&electron_track_phi);
   PreselectedTightElectronTree->SetBranchAddress("electron_track_mass",&electron_track_mass);
   PreselectedTightElectronTree->SetBranchAddress("electron_track_incrack",&electron_track_incrack);
   PreselectedTightElectronTree->SetBranchAddress("electron_isloose",&electron_isloose);
   PreselectedTightElectronTree->SetBranchAddress("electron_ismedium",&electron_ismedium);
   PreselectedTightElectronTree->SetBranchAddress("electron_istight",&electron_istight);
   PreselectedTightElectronTree->SetBranchAddress("electron_charge",&electron_charge);
   PreselectedTightElectronTree->SetBranchAddress("electron_author_electron",&electron_author_electron);
   PreselectedTightElectronTree->SetBranchAddress("electron_author_softe",&electron_author_softe);
   PreselectedTightElectronTree->SetBranchAddress("electron_trackmatch_etacorrmag",&electron_trackmatch_etacorrmag);
   PreselectedTightElectronTree->SetBranchAddress("electron_trackmatch_eoverp",&electron_trackmatch_eoverp);
   PreselectedTightElectronTree->SetBranchAddress("electron_trackmatch_deta1",&electron_trackmatch_deta1);
   PreselectedTightElectronTree->SetBranchAddress("electron_trackmatch_deta2",&electron_trackmatch_deta2);
   PreselectedTightElectronTree->SetBranchAddress("electron_trackmatch_dphi2",&electron_trackmatch_dphi2);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_ethad1",&electron_shower_ethad1);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_etcone20",&electron_shower_etcone20);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_e233",&electron_shower_e233);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_e237",&electron_shower_e237);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_e277",&electron_shower_e277);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_f1",&electron_shower_f1);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_f1core",&electron_shower_f1core);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_f3core",&electron_shower_f3core);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_e2tsts1",&electron_shower_e2tsts1);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_emins1",&electron_shower_emins1);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_weta1",&electron_shower_weta1);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_wtots1",&electron_shower_wtots1);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_fracs1",&electron_shower_fracs1);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_weta2",&electron_shower_weta2);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_widths2",&electron_shower_widths2);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_pos7",&electron_shower_pos7);
   PreselectedTightElectronTree->SetBranchAddress("electron_shower_iso",&electron_shower_iso);
   PreselectedTightElectronTree->SetBranchAddress("electron_truth_Unknown",&electron_truth_Unknown);
   PreselectedTightElectronTree->SetBranchAddress("electron_truth_ElectronUnk",&electron_truth_ElectronUnk);
   PreselectedTightElectronTree->SetBranchAddress("electron_truth_ElectronIso",&electron_truth_ElectronIso);
   PreselectedTightElectronTree->SetBranchAddress("electron_truth_ElectronNIso",&electron_truth_ElectronNIso);
   PreselectedTightElectronTree->SetBranchAddress("electron_truth_ElectronBkg",&electron_truth_ElectronBkg);
   PreselectedTightElectronTree->SetBranchAddress("electron_truth_Hadron",&electron_truth_Hadron);
   PreselectedTightElectronTree->SetBranchAddress("electron_truth_Muon",&electron_truth_Muon);
   PreselectedTightElectronTree->SetBranchAddress("electron_truth_Tau",&electron_truth_Tau);

//     This is the loop skeleton
//       To read only selected branches, Insert statements like:
// PreselectedTightElectronTree->SetBranchStatus("*",0);  // disable all branches
// TTreePlayer->SetBranchStatus("branchname",1);  // activate branchname

   Long64_t nentries = PreselectedTightElectronTree->GetEntries();

   Long64_t nbytes = 0;
//   for (Long64_t i=0; i<nentries;i++) {
//      nbytes += PreselectedTightElectronTree->GetEntry(i);
//   }
}