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// -*- C++ -*-
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#include "DataFormats/RecoCandidate/interface/RecoCandidate.h"
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#include "DataFormats/PatCandidates/interface/Jet.h"
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#include "DataFormats/PatCandidates/interface/Electron.h"
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#include "DataFormats/PatCandidates/interface/Muon.h"
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#include "DataFormats/PatCandidates/interface/MET.h"
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#include "../interface/FirstCollisionsAnalyzer.h"
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#include "LJMet/MultivariateAnalysis/interface/TopTopologicalVariables.h"
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#include "LJMet/MultivariateAnalysis/interface/LJetsTopoVars.h"
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#include "FWCore/Framework/interface/TriggerNames.h"
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#include "DataFormats/Common/interface/TriggerResults.h"
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#include "DataFormats/MuonReco/interface/MuonSelectors.h"
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#include "DataFormats/PatCandidates/interface/TriggerPath.h"
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#include "FWCore/ServiceRegistry/interface/Service.h"
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#include "CommonTools/UtilAlgos/interface/TFileService.h"
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#include "TLorentzVector.h"
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using namespace std;
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using namespace top_cafe;
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FirstCollisonsAnalyzer::FirstCollisonsAnalyzer(const edm::ParameterSet& iConfig)
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{
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// init TFileService, needed for the output root file
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edm::Service<TFileService> fs;
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_tree = fs->make<TTree>("ttljets", "ttljets", 64000000);
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//
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// _____ some default values __________________________________________
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//
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nCaloJets_min = 1;
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nLepton_min = 1;
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jet_pt_min = 5.0;
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jet_eta_max = 2.4;
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muon_pt_min = 2.0;
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muon_eta_max = 2.1;
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muon_trackIso_max = 100.0;
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muon_caloIso_max = 100.0;
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electron_pt_min = 2.0;
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electron_eta_max = 2.1;
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_is_mc = true;
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//
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//_____ config file parameters ________________________________________
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//
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_jetSource = iConfig.getParameter<string>("jetSource");
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_electronSource = iConfig.getParameter<string>("electronSource");
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_muonSource = iConfig.getParameter<string>("muonSource");
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_METSource = iConfig.getParameter<string>("METSource");
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//
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//_____ Optional cuts (better use the official PAT selection filters)__
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//
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if (iConfig.exists("nCaloJets_min")) nCaloJets_min = iConfig.getParameter<int>("nCaloJets_min");
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if (iConfig.exists("nLepton_min")) nLepton_min = iConfig.getParameter<int>("nLepton_min");
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if (iConfig.exists("jet_pt_min")) jet_pt_min = iConfig.getParameter<double>("jet_pt_min");
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if (iConfig.exists("jet_eta_max")) jet_eta_max = iConfig.getParameter<double>("jet_eta_max");
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if (iConfig.exists("muon_pt_min")) muon_pt_min = iConfig.getParameter<double>("muon_pt_min");
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if (iConfig.exists("muon_eta_max")) muon_eta_max = iConfig.getParameter<double>("muon_eta_max");
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if (iConfig.exists("muon_trackIso_max")) muon_trackIso_max = iConfig.getParameter<double>("muon_trackIso_max");
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if (iConfig.exists("muon_caloIso_max")) muon_caloIso_max = iConfig.getParameter<double>("muon_caloIso_max");
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if (iConfig.exists("electron_pt_min")) electron_pt_min = iConfig.getParameter<double>("electron_pt_min");
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if (iConfig.exists("electron_eta_max")) electron_eta_max = iConfig.getParameter<double>("electron_eta_max");
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if (iConfig.exists("electron_trackIso_max")) electron_trackIso_max = iConfig.getParameter<double>("electron_trackIso_max");
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if (iConfig.exists("electron_caloIso_max")) electron_caloIso_max = iConfig.getParameter<double>("electron_caloIso_max");
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if (iConfig.exists("is_mc")) _is_mc = iConfig.getParameter<bool>("is_mc");
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_jet_pt = new vector<double>();
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_jet_px = new vector<double>();
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_jet_py = new vector<double>();
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_jet_pz = new vector<double>();
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_jet_eta = new vector<double>();
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_jet_phi = new vector<double>();
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_jet_et = new vector<double>();
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_jet_energy = new vector<double>();
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_muon_pt = new vector<double>();
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_muon_pz = new vector<double>();
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_muon_eta = new vector<double>();
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_muon_phi = new vector<double>();
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_muon_et = new vector<double>();
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_muon_energy = new vector<double>();
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_electron_pt = new vector<double>();
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_electron_pz = new vector<double>();
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_electron_eta = new vector<double>();
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_electron_phi = new vector<double>();
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_electron_et = new vector<double>();
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_electron_energy = new vector<double>();
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//
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//_____ Create tree branches __________________________________________
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//
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//_tree -> Branch("event", &_event, "event/I" );
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//_tree -> Branch("lumi", &ilumi, "lumi/I" );
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//_tree -> Branch("run", &irun, "run/I" );
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//
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//___
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//
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b_n_jets = _tree -> Branch("n_jets", &_n_jets, "n_jets/I" );
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b_n_met = _tree -> Branch("n_met", &_n_met, "n_met/I" );
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b_n_muons = _tree -> Branch("n_muons", &_n_muons, "n_muons/I" );
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b_n_electrons = _tree -> Branch("n_electrons", &_n_electrons, "n_electrons/I" );
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//
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//___MET
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//
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b_met_et = _tree -> Branch("met_et", &_met_et, "met_et/D" );
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b_met_pt = _tree -> Branch("met_pt", &_met_pt, "met_pt/D" );
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b_met_pz = _tree -> Branch("met_pz", &_met_pz, "met_pz/D" );
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b_met_eta = _tree -> Branch("met_eta", &_met_eta, "met_eta/D" );
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b_met_phi = _tree -> Branch("met_phi", &_met_phi, "met_phi/D" );
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b_met_energy = _tree -> Branch("met_energy", &_met_energy, "met_energy/D" );
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//
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//___JETS
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//
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b_jet_pt = _tree -> Branch("jet_pt", &_jet_pt);
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b_jet_pz = _tree -> Branch("jet_pz", &_jet_pz);
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b_jet_eta = _tree -> Branch("jet_eta", &_jet_eta);
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b_jet_phi = _tree -> Branch("jet_phi", &_jet_phi);
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b_jet_et = _tree -> Branch("jet_et", &_jet_et);
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b_jet_energy = _tree -> Branch("jet_energy", &_jet_energy);
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//
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//___MUONS
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//
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b_muon_pt = _tree -> Branch("v_muon_pt", &_muon_pt);
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b_muon_pz = _tree -> Branch("v_muon_pz", &_muon_pz);
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b_muon_eta = _tree -> Branch("v_muon_eta", &_muon_eta);
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b_muon_phi = _tree -> Branch("v_muon_phi", &_muon_phi);
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b_muon_et = _tree -> Branch("v_muon_et", &_muon_et);
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b_muon_energy = _tree -> Branch("v_muon_energy", &_muon_energy);
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//
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//___ELECTRONS
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//
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b_electron_pt = _tree -> Branch("v_electron_pt", &_electron_pt);
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b_electron_pz = _tree -> Branch("v_electron_pz", &_electron_pz);
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b_electron_eta = _tree -> Branch("v_electron_eta", &_electron_eta);
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b_electron_phi = _tree -> Branch("v_electron_phi", &_electron_phi);
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b_electron_et = _tree -> Branch("v_electron_et", &_electron_et);
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b_electron_energy = _tree -> Branch("v_electron_energy", &_electron_energy);
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//
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//_____ set behavior of the main event counter ________________________
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//
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eventCounter . setPrintCount(true);
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eventCounter . setNewLine(true);
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eventCounter . setMessage("Events processed: ");
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eventCounter . setDivider(100);
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}
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FirstCollisonsAnalyzer::~FirstCollisonsAnalyzer()
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{
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}
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//
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// member functions
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//
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// ------------ method called to for each event ------------
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void
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FirstCollisonsAnalyzer::analyze(const edm::Event& iEvent, const edm::EventSetup& iSetup)
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{
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using namespace edm;
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using namespace reco;
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using namespace std;
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//
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//_____ Get objects from the event ____________________________________
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//
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Handle< vector< pat::Jet > > jets;
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Handle< vector< pat::Electron > > electrons;
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Handle< vector< pat::Muon > > muons;
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Handle< vector< pat::MET > > METs;
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iEvent . getByLabel( _jetSource, jets );
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iEvent . getByLabel( _electronSource, electrons );
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iEvent . getByLabel( _muonSource, muons );
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iEvent . getByLabel( _METSource, METs );
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_n_jets = -1;
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_n_met = -1;
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_n_muons = -1;
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_n_electrons = -1;
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_met_eta = -1.0;
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_met_phi = -1.0;
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_met_energy = -1.0;
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_met_et = -1.0;
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_met_pt = -1.0;
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_met_pz = -1.0;
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_jet_pt->clear();
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_jet_pz->clear();
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_jet_px->clear();
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_jet_py->clear();
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_jet_eta->clear();
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_jet_phi->clear();
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_jet_et->clear();
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_jet_energy->clear();
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_muon_eta->clear();
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_muon_phi->clear();
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_muon_energy->clear();
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_muon_et->clear();
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_muon_pt->clear();
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_muon_pz->clear();
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_electron_eta->clear();
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_electron_phi->clear();
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_electron_energy->clear();
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_electron_et->clear();
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_electron_pt->clear();
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_electron_pz->clear();
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RooGKCounter nOfGoodJets;
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RooGKCounter nOfGoodMETs( "" );
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RooGKCounter nOfGoodMuons;
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RooGKCounter nOfGoodElectrons;
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//
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//_____ loop over jets ________________________________________________
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//
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int jet_ind=0;
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for ( vector<pat::Jet>::const_iterator jet = jets -> begin(); jet != jets -> end(); jet++ ){
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if (
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( fabs( (*jet) . eta() ) < jet_eta_max ) &&
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( (*jet) . pt() > jet_pt_min )
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)
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{
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_jet_pt->push_back(jet->pt());
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_jet_pz->push_back(jet->pz());
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_jet_eta->push_back(jet->eta());
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_jet_phi->push_back(jet->phi());
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_jet_et->push_back(jet->et());
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_jet_energy->push_back(jet->energy());
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_jet_px->push_back(jet->px());
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_jet_py->push_back(jet->py());
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jet_ind++;
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}
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}
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//
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//_____ loop over the MET collection __________________________________
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//
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for ( vector<pat::MET>::const_iterator met = METs -> begin(); met != METs -> end(); met++){
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nOfGoodMETs . count();
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//int a = nOfGoodMETs . count();
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_met_et = METs->begin()->et();
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_met_phi = METs->begin()->phi();
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_met_energy = METs->begin()->energy();
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_met_eta = METs->begin()->eta();
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_met_pt = METs->begin()->pt();
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_met_pz = METs->begin()->pz();
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}
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//
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//_____ loop over muons ________________________________________________
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//
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int muon_ind=0;
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for ( vector<pat::Muon>::const_iterator muon = muons -> begin(); muon != muons -> end(); muon++ ){
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if (
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( fabs( (*muon) . eta() ) < muon_eta_max ) &&
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( (*muon) . pt() > muon_pt_min )
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)
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{
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_muon_pt->push_back(muon->pt());
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_muon_pz->push_back(muon->pz());
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_muon_eta->push_back(muon->eta());
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_muon_phi->push_back(muon->phi());
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_muon_et->push_back(muon->et());
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_muon_energy->push_back(muon->energy());
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muon_ind++;
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}
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}
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//
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//_____ loop over electrons ________________________________________________
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//
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int electron_ind=0;
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for ( vector<pat::Electron>::const_iterator electron = electrons -> begin(); electron != electrons -> end(); electron++ ){
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if (
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( fabs( (*electron) . eta() ) < electron_eta_max ) &&
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( (*electron) . pt() > electron_pt_min )
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)
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{
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_electron_pt->push_back(electron->pt());
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_electron_pz->push_back(electron->pz());
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_electron_eta->push_back(electron->eta());
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_electron_phi->push_back(electron->phi());
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_electron_et->push_back(electron->et());
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_electron_energy->push_back(electron->energy());
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electron_ind++;
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}
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}
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//
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//_____ How many objects appear in the event ________________________________________________
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//
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_n_jets = nOfGoodJets.getCount();
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_n_met = nOfGoodMETs.getCount();
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_n_muons = nOfGoodMuons.getCount();
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_n_electrons = nOfGoodElectrons.getCount();
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//cout<<"jets, met, muons, electron = "<<_n_jets<<", "<<_n_met<<", "<<_n_muons<<", "<<_n_electrons<<endl;
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/*
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if (
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(int)nOfGoodJets . getCount() >= nCaloJets_min &&
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(int)nOfGoodMuons . getCount() >= nLepton_min &&
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(int)nOfGoodElectrons . getCount() >= nLepton_min &&
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nOfGoodMETs . getCount() > 0 ){
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*/
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//
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//____ FILL THE TREE
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//
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_tree -> Fill();
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//}
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}
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// ------------ method called once each job just after ending the event loop ------------
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void
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FirstCollisonsAnalyzer::endJob() {
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delete _jet_pt;
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delete _jet_pz;
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delete _jet_eta;
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delete _jet_phi;
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delete _jet_et;
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delete _jet_energy;
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//
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delete _muon_pt;
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delete _muon_pz;
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delete _muon_eta;
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delete _muon_phi;
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delete _muon_et;
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delete _muon_energy;
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//
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delete _electron_pt;
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delete _electron_pz;
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delete _electron_eta;
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delete _electron_phi;
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delete _electron_et;
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delete _electron_energy;
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}
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//define this as a plug-in
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//DEFINE_FWK_MODULE(FirstCollisonsAnalyzer);
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