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merger.C
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#include <iostream>
#include <fstream>
#include "TFile.h"
#include "TH1F.h"
#include "TTree.h"
#include "TDirectory.h"
using namespace std;
//Global stuff
bool verbose = false;
int current_open_file = -1;
TFile * aod_file;
const int max_events = -1;
Long64_t aod_event_start = 0;
Long64_t aod_event_start_offset = -200;
Long64_t nmatched = 0;
Long64_t nunmatched = 0;
Long64_t ntotal = 0;
//--new branches for merged tree
Bool_t matched;
Int_t AODRun_;
Long64_t AODEvent_;
vector<int> AODllpId_;
vector<int> AODllpStatus_;
vector<float> AODllpPt_;
vector<float> AODllpEta_;
vector<float> AODllpPhi_;
vector<float> AODllpMass_;
vector<int> AODllpDaughterId_;
vector<int> AODllpDaughterStatus_;
vector<float> AODllpDaughterPt_;
vector<float> AODllpDaughterEta_;
vector<float> AODllpDaughterPhi_;
vector<float> AODllpDaughterMass_;
Int_t AODnCaloJet_;
vector<float> AODCaloJetPt_;
vector<float> AODCaloJetEta_;
vector<float> AODCaloJetPhi_;
vector<float> AODCaloJetAlphaMax_;
vector<float> AODCaloJetAlphaMax2_;
vector<float> AODCaloJetAlphaMaxPrime_;
vector<float> AODCaloJetAlphaMaxPrime2_;
vector<float> AODCaloJetBeta_;
vector<float> AODCaloJetBeta2_;
vector<float> AODCaloJetSumIP_;
vector<float> AODCaloJetSumIPSig_;
vector<float> AODCaloJetMedianIP_;
vector<float> AODCaloJetMedianLog10IPSig_;
vector<float> AODCaloJetTrackAngle_;
vector<float> AODCaloJetLogTrackAngle_;
vector<float> AODCaloJetMedianLog10TrackAngle_;
vector<float> AODCaloJetTotalTrackAngle_;
vector<float> AODCaloJetAvfVx_;
vector<float> AODCaloJetAvfVy_;
vector<float> AODCaloJetAvfVz_;
vector<float> AODCaloJetAvfVertexTotalChiSquared_;
vector<float> AODCaloJetAvfVertexDegreesOfFreedom_;
vector<float> AODCaloJetAvfVertexChi2NDoF_;
vector<float> AODCaloJetAvfVertexDistanceToBeam_;
vector<float> AODCaloJetAvfVertexTransverseError_;
vector<float> AODCaloJetAvfVertexTransverseSig_;
vector<float> AODCaloJetAvfVertexDeltaEta_;
vector<float> AODCaloJetAvfVertexDeltaPhi_;
vector<float> AODCaloJetAvfVertexRecoilPt_;
vector<float> AODCaloJetAvfVertexTrackMass_;
vector<float> AODCaloJetAvfVertexTrackEnergy_;
vector<float> AODCaloJetAvfBeamSpotDeltaPhi_;
vector<float> AODCaloJetAvfBeamSpotRecoilPt_;
vector<float> AODCaloJetAvfBeamSpotMedianDeltaPhi_;
vector<float> AODCaloJetAvfBeamSpotLog10MedianDeltaPhi_;
vector<int> AODCaloJetNCleanMatchedTracks_;
vector<int> AODCaloJetSumHitsInFrontOfVert_;
vector<int> AODCaloJetSumMissHitsAfterVert_;
vector<int> AODCaloJetHitsInFrontOfVertPerTrack_;
vector<int> AODCaloJetMissHitsAfterVertPerTrack_;
vector<float> AODCaloJetAvfDistToPV_;
vector<float> AODCaloJetAvfVertexDeltaZtoPV_;
vector<float> AODCaloJetAvfVertexDeltaZtoPV2_;
int find_aod(std::vector<TString> aod_list, unsigned int &start_suggest, int mini_run, Long64_t mini_event){
//Loop over AOD file list
unsigned int N = aod_list.size();
for(unsigned int i=0; i<N; i++){
//Start with suggestion from last match
unsigned int f = start_suggest + i;
if(f >= N ) f = f - N;
if(verbose && i==0) cout << "Starting search for Run " << mini_run << " Event " << mini_event << " at file " << f << endl;
if(verbose) cout << "Loop: " << f << endl;
if(current_open_file<0 || (unsigned int)current_open_file!=f){
if(current_open_file>=0) aod_file->Close();
current_open_file = f;
aod_file = TFile::Open("root://cmseos.fnal.gov://"+aod_list[f], "READ");
if(aod_file->IsZombie()){
cout << "aod_file is zombie" << endl;
return 0;
}
}
//Only get what you need from AOD file
TTree *aod_tree = (TTree*)aod_file->Get("lldjNtuple/EventTree");
if(aod_tree->IsZombie()){
cout << "aod_tree is zombie" << endl;
return 0;
}
aod_tree->SetBranchStatus("*", 0);
aod_tree->SetBranchStatus("run", 1);
aod_tree->SetBranchStatus("event", 1);
Long64_t aod_event;
int aod_run;
aod_tree->SetBranchAddress("run", &aod_run);
aod_tree->SetBranchAddress("event", &aod_event);
//Loop through AOD tree
Long64_t nentries = aod_tree->GetEntries();
for(Long64_t j = 0; j < nentries; j++) {
//Start search X events offset from previous match (recommend negative values)
Long64_t event_to_get = aod_event_start + j + aod_event_start_offset;
if(event_to_get<0) event_to_get = nentries + event_to_get;//event_to_get is negative
if(event_to_get >= nentries) event_to_get = event_to_get - nentries;
aod_tree->GetEntry(event_to_get);
if(aod_run != mini_run) continue;
if(aod_event != mini_event) continue;
//Matched!
if(verbose) cout << "Found match: File = " << aod_list[f] << ", " << aod_run << " " << mini_run << " " << aod_event << " " << mini_event << endl;
//cout << "start: " << aod_event_start << ", and found: " << event_to_get << endl;
//if(event_to_get<(aod_event_start+aod_event_start_offset)) cout << "HAD TO LOOP!" << endl;
start_suggest = f;
aod_event_start = event_to_get;
//Now get everything
aod_tree->SetBranchStatus("llpId", 1);
aod_tree->SetBranchStatus("llpStatus", 1);
aod_tree->SetBranchStatus("llpPt", 1);
aod_tree->SetBranchStatus("llpEta", 1);
aod_tree->SetBranchStatus("llpPhi", 1);
aod_tree->SetBranchStatus("llpMass", 1);
aod_tree->SetBranchStatus("llpDaughterId", 1);
aod_tree->SetBranchStatus("llpDaughterStatus", 1);
aod_tree->SetBranchStatus("llpDaughterPt", 1);
aod_tree->SetBranchStatus("llpDaughterEta", 1);
aod_tree->SetBranchStatus("llpDaughterPhi", 1);
aod_tree->SetBranchStatus("llpDaughterMass", 1);
aod_tree->SetBranchStatus("AODnCaloJet", 1);
aod_tree->SetBranchStatus("AODCaloJetPt", 1);
aod_tree->SetBranchStatus("AODCaloJetEta", 1);
aod_tree->SetBranchStatus("AODCaloJetPhi", 1);
aod_tree->SetBranchStatus("AODCaloJetAlphaMax", 1);
aod_tree->SetBranchStatus("AODCaloJetAlphaMax2", 1);
aod_tree->SetBranchStatus("AODCaloJetAlphaMaxPrime", 1);
aod_tree->SetBranchStatus("AODCaloJetAlphaMaxPrime2", 1);
aod_tree->SetBranchStatus("AODCaloJetBeta", 1);
aod_tree->SetBranchStatus("AODCaloJetBeta2", 1);
aod_tree->SetBranchStatus("AODCaloJetSumIP", 1);
aod_tree->SetBranchStatus("AODCaloJetSumIPSig", 1);
aod_tree->SetBranchStatus("AODCaloJetMedianIP", 1);
aod_tree->SetBranchStatus("AODCaloJetMedianLog10IPSig", 1);
aod_tree->SetBranchStatus("AODCaloJetTrackAngle", 1);
aod_tree->SetBranchStatus("AODCaloJetLogTrackAngle", 1);
aod_tree->SetBranchStatus("AODCaloJetMedianLog10TrackAngle", 1);
aod_tree->SetBranchStatus("AODCaloJetTotalTrackAngle", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVx", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVy", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVz", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexTotalChiSquared", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexDegreesOfFreedom", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexChi2NDoF", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexDistanceToBeam", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexTransverseError", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexTransverseSig", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexDeltaEta", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexDeltaPhi", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexRecoilPt", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexTrackMass", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexTrackEnergy", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfBeamSpotDeltaPhi", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfBeamSpotRecoilPt", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfBeamSpotMedianDeltaPhi", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfBeamSpotLog10MedianDeltaPhi", 1);
aod_tree->SetBranchStatus("AODCaloJetNCleanMatchedTracks", 1);
aod_tree->SetBranchStatus("AODCaloJetSumHitsInFrontOfVert", 1);
aod_tree->SetBranchStatus("AODCaloJetSumMissHitsAfterVert", 1);
aod_tree->SetBranchStatus("AODCaloJetHitsInFrontOfVertPerTrack", 1);
aod_tree->SetBranchStatus("AODCaloJetMissHitsAfterVertPerTrack", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfDistToPV", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexDeltaZtoPV", 1);
aod_tree->SetBranchStatus("AODCaloJetAvfVertexDeltaZtoPV2", 1);
vector<int> *orig_AODllpId_ = new std::vector<int>();
vector<int> *orig_AODllpStatus_ = new std::vector<int>();
vector<float> *orig_AODllpPt_ = new std::vector<float>();
vector<float> *orig_AODllpEta_ = new std::vector<float>();
vector<float> *orig_AODllpPhi_ = new std::vector<float>();
vector<float> *orig_AODllpMass_ = new std::vector<float>();
vector<int> *orig_AODllpDaughterId_ = new std::vector<int>();
vector<int> *orig_AODllpDaughterStatus_ = new std::vector<int>();
vector<float> *orig_AODllpDaughterPt_ = new std::vector<float>();
vector<float> *orig_AODllpDaughterEta_ = new std::vector<float>();
vector<float> *orig_AODllpDaughterPhi_ = new std::vector<float>();
vector<float> *orig_AODllpDaughterMass_ = new std::vector<float>();
Int_t orig_AODnCaloJet_ = -1;
vector<float> *orig_AODCaloJetPt_ = new std::vector<float>();
vector<float> *orig_AODCaloJetEta_ = new std::vector<float>();
vector<float> *orig_AODCaloJetPhi_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAlphaMax_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAlphaMax2_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAlphaMaxPrime_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAlphaMaxPrime2_ = new std::vector<float>();
vector<float> *orig_AODCaloJetBeta_ = new std::vector<float>();
vector<float> *orig_AODCaloJetBeta2_ = new std::vector<float>();
vector<float> *orig_AODCaloJetSumIP_ = new std::vector<float>();
vector<float> *orig_AODCaloJetSumIPSig_ = new std::vector<float>();
vector<float> *orig_AODCaloJetMedianIP_ = new std::vector<float>();
vector<float> *orig_AODCaloJetMedianLog10IPSig_ = new std::vector<float>();
vector<float> *orig_AODCaloJetTrackAngle_ = new std::vector<float>();
vector<float> *orig_AODCaloJetLogTrackAngle_ = new std::vector<float>();
vector<float> *orig_AODCaloJetMedianLog10TrackAngle_ = new std::vector<float>();
vector<float> *orig_AODCaloJetTotalTrackAngle_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVx_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVy_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVz_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexTotalChiSquared_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexDegreesOfFreedom_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexChi2NDoF_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexDistanceToBeam_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexTransverseError_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexTransverseSig_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexDeltaEta_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexDeltaPhi_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexRecoilPt_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexTrackMass_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexTrackEnergy_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfBeamSpotDeltaPhi_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfBeamSpotRecoilPt_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfBeamSpotMedianDeltaPhi_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfBeamSpotLog10MedianDeltaPhi_ = new std::vector<float>();
vector<int> *orig_AODCaloJetNCleanMatchedTracks_ = new std::vector<int>();
vector<int> *orig_AODCaloJetSumHitsInFrontOfVert_ = new std::vector<int>();
vector<int> *orig_AODCaloJetSumMissHitsAfterVert_ = new std::vector<int>();
vector<int> *orig_AODCaloJetHitsInFrontOfVertPerTrack_ = new std::vector<int>();
vector<int> *orig_AODCaloJetMissHitsAfterVertPerTrack_ = new std::vector<int>();
vector<float> *orig_AODCaloJetAvfDistToPV_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexDeltaZtoPV_ = new std::vector<float>();
vector<float> *orig_AODCaloJetAvfVertexDeltaZtoPV2_ = new std::vector<float>();
aod_tree->SetBranchAddress("llpId", &orig_AODllpId_);
aod_tree->SetBranchAddress("llpStatus", &orig_AODllpStatus_);
aod_tree->SetBranchAddress("llpPt", &orig_AODllpPt_);
aod_tree->SetBranchAddress("llpEta", &orig_AODllpEta_);
aod_tree->SetBranchAddress("llpPhi", &orig_AODllpPhi_);
aod_tree->SetBranchAddress("llpMass", &orig_AODllpMass_);
aod_tree->SetBranchAddress("llpDaughterId", &orig_AODllpDaughterId_);
aod_tree->SetBranchAddress("llpDaughterStatus", &orig_AODllpDaughterStatus_);
aod_tree->SetBranchAddress("llpDaughterPt", &orig_AODllpDaughterPt_);
aod_tree->SetBranchAddress("llpDaughterEta", &orig_AODllpDaughterEta_);
aod_tree->SetBranchAddress("llpDaughterPhi", &orig_AODllpDaughterPhi_);
aod_tree->SetBranchAddress("llpDaughterMass", &orig_AODllpDaughterMass_);
aod_tree->SetBranchAddress("AODnCaloJet", &orig_AODnCaloJet_);
aod_tree->SetBranchAddress("AODCaloJetPt", &orig_AODCaloJetPt_);
aod_tree->SetBranchAddress("AODCaloJetEta", &orig_AODCaloJetEta_);
aod_tree->SetBranchAddress("AODCaloJetPhi", &orig_AODCaloJetPhi_);
aod_tree->SetBranchAddress("AODCaloJetAlphaMax", &orig_AODCaloJetAlphaMax_);
aod_tree->SetBranchAddress("AODCaloJetAlphaMax2", &orig_AODCaloJetAlphaMax2_);
aod_tree->SetBranchAddress("AODCaloJetAlphaMaxPrime", &orig_AODCaloJetAlphaMaxPrime_);
aod_tree->SetBranchAddress("AODCaloJetAlphaMaxPrime2", &orig_AODCaloJetAlphaMaxPrime2_);
aod_tree->SetBranchAddress("AODCaloJetBeta", &orig_AODCaloJetBeta_);
aod_tree->SetBranchAddress("AODCaloJetBeta2", &orig_AODCaloJetBeta2_);
aod_tree->SetBranchAddress("AODCaloJetSumIP", &orig_AODCaloJetSumIP_);
aod_tree->SetBranchAddress("AODCaloJetSumIPSig", &orig_AODCaloJetSumIPSig_);
aod_tree->SetBranchAddress("AODCaloJetMedianIP", &orig_AODCaloJetMedianIP_);
aod_tree->SetBranchAddress("AODCaloJetMedianLog10IPSig", &orig_AODCaloJetMedianLog10IPSig_);
aod_tree->SetBranchAddress("AODCaloJetTrackAngle", &orig_AODCaloJetTrackAngle_);
aod_tree->SetBranchAddress("AODCaloJetLogTrackAngle", &orig_AODCaloJetLogTrackAngle_);
aod_tree->SetBranchAddress("AODCaloJetMedianLog10TrackAngle", &orig_AODCaloJetMedianLog10TrackAngle_);
aod_tree->SetBranchAddress("AODCaloJetTotalTrackAngle", &orig_AODCaloJetTotalTrackAngle_);
aod_tree->SetBranchAddress("AODCaloJetAvfVx", &orig_AODCaloJetAvfVx_);
aod_tree->SetBranchAddress("AODCaloJetAvfVy", &orig_AODCaloJetAvfVy_);
aod_tree->SetBranchAddress("AODCaloJetAvfVz", &orig_AODCaloJetAvfVz_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexTotalChiSquared", &orig_AODCaloJetAvfVertexTotalChiSquared_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexDegreesOfFreedom", &orig_AODCaloJetAvfVertexDegreesOfFreedom_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexChi2NDoF", &orig_AODCaloJetAvfVertexChi2NDoF_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexDistanceToBeam", &orig_AODCaloJetAvfVertexDistanceToBeam_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexTransverseError", &orig_AODCaloJetAvfVertexTransverseError_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexTransverseSig", &orig_AODCaloJetAvfVertexTransverseSig_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexDeltaEta", &orig_AODCaloJetAvfVertexDeltaEta_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexDeltaPhi", &orig_AODCaloJetAvfVertexDeltaPhi_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexRecoilPt", &orig_AODCaloJetAvfVertexRecoilPt_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexTrackMass", &orig_AODCaloJetAvfVertexTrackMass_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexTrackEnergy", &orig_AODCaloJetAvfVertexTrackEnergy_);
aod_tree->SetBranchAddress("AODCaloJetAvfBeamSpotDeltaPhi", &orig_AODCaloJetAvfBeamSpotDeltaPhi_);
aod_tree->SetBranchAddress("AODCaloJetAvfBeamSpotRecoilPt", &orig_AODCaloJetAvfBeamSpotRecoilPt_);
aod_tree->SetBranchAddress("AODCaloJetAvfBeamSpotMedianDeltaPhi", &orig_AODCaloJetAvfBeamSpotMedianDeltaPhi_);
aod_tree->SetBranchAddress("AODCaloJetAvfBeamSpotLog10MedianDeltaPhi", &orig_AODCaloJetAvfBeamSpotLog10MedianDeltaPhi_);
aod_tree->SetBranchAddress("AODCaloJetNCleanMatchedTracks", &orig_AODCaloJetNCleanMatchedTracks_);
aod_tree->SetBranchAddress("AODCaloJetSumHitsInFrontOfVert", &orig_AODCaloJetSumHitsInFrontOfVert_);
aod_tree->SetBranchAddress("AODCaloJetSumMissHitsAfterVert", &orig_AODCaloJetSumMissHitsAfterVert_);
aod_tree->SetBranchAddress("AODCaloJetHitsInFrontOfVertPerTrack", &orig_AODCaloJetHitsInFrontOfVertPerTrack_);
aod_tree->SetBranchAddress("AODCaloJetMissHitsAfterVertPerTrack", &orig_AODCaloJetMissHitsAfterVertPerTrack_);
aod_tree->SetBranchAddress("AODCaloJetAvfDistToPV", &orig_AODCaloJetAvfDistToPV_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexDeltaZtoPV", &orig_AODCaloJetAvfVertexDeltaZtoPV_);
aod_tree->SetBranchAddress("AODCaloJetAvfVertexDeltaZtoPV2", &orig_AODCaloJetAvfVertexDeltaZtoPV2_);
aod_tree->GetEntry(event_to_get);
//cout << "orig_AODnCaloJet_ " << orig_AODnCaloJet_ << endl;
matched= true;
AODRun_= aod_run;
AODEvent_= aod_event;
AODllpId_= *orig_AODllpId_;
AODllpStatus_= *orig_AODllpStatus_;
AODllpPt_= *orig_AODllpPt_;
AODllpEta_= *orig_AODllpEta_;
AODllpPhi_= *orig_AODllpPhi_;
AODllpMass_= *orig_AODllpMass_;
AODllpDaughterId_= *orig_AODllpDaughterId_;
AODllpDaughterStatus_= *orig_AODllpDaughterStatus_;
AODllpDaughterPt_= *orig_AODllpDaughterPt_;
AODllpDaughterEta_= *orig_AODllpDaughterEta_;
AODllpDaughterPhi_= *orig_AODllpDaughterPhi_;
AODllpDaughterMass_= *orig_AODllpDaughterMass_;
AODnCaloJet_= orig_AODnCaloJet_;
AODCaloJetPt_= *orig_AODCaloJetPt_;
AODCaloJetEta_= *orig_AODCaloJetEta_;
AODCaloJetPhi_= *orig_AODCaloJetPhi_;
AODCaloJetAlphaMax_= *orig_AODCaloJetAlphaMax_;
AODCaloJetAlphaMax2_= *orig_AODCaloJetAlphaMax2_;
AODCaloJetAlphaMaxPrime_= *orig_AODCaloJetAlphaMaxPrime_;
AODCaloJetAlphaMaxPrime2_= *orig_AODCaloJetAlphaMaxPrime2_;
AODCaloJetBeta_= *orig_AODCaloJetBeta_;
AODCaloJetBeta2_= *orig_AODCaloJetBeta2_;
AODCaloJetSumIP_= *orig_AODCaloJetSumIP_;
AODCaloJetSumIPSig_= *orig_AODCaloJetSumIPSig_;
AODCaloJetMedianIP_= *orig_AODCaloJetMedianIP_;
AODCaloJetMedianLog10IPSig_= *orig_AODCaloJetMedianLog10IPSig_;
AODCaloJetTrackAngle_= *orig_AODCaloJetTrackAngle_;
AODCaloJetLogTrackAngle_= *orig_AODCaloJetLogTrackAngle_;
AODCaloJetMedianLog10TrackAngle_= *orig_AODCaloJetMedianLog10TrackAngle_;
AODCaloJetTotalTrackAngle_= *orig_AODCaloJetTotalTrackAngle_;
AODCaloJetAvfVx_= *orig_AODCaloJetAvfVx_;
AODCaloJetAvfVy_= *orig_AODCaloJetAvfVy_;
AODCaloJetAvfVz_= *orig_AODCaloJetAvfVz_;
AODCaloJetAvfVertexTotalChiSquared_= *orig_AODCaloJetAvfVertexTotalChiSquared_;
AODCaloJetAvfVertexDegreesOfFreedom_= *orig_AODCaloJetAvfVertexDegreesOfFreedom_;
AODCaloJetAvfVertexChi2NDoF_= *orig_AODCaloJetAvfVertexChi2NDoF_;
AODCaloJetAvfVertexDistanceToBeam_= *orig_AODCaloJetAvfVertexDistanceToBeam_;
AODCaloJetAvfVertexTransverseError_= *orig_AODCaloJetAvfVertexTransverseError_;
AODCaloJetAvfVertexTransverseSig_= *orig_AODCaloJetAvfVertexTransverseSig_;
AODCaloJetAvfVertexDeltaEta_= *orig_AODCaloJetAvfVertexDeltaEta_;
AODCaloJetAvfVertexDeltaPhi_= *orig_AODCaloJetAvfVertexDeltaPhi_;
AODCaloJetAvfVertexRecoilPt_= *orig_AODCaloJetAvfVertexRecoilPt_;
AODCaloJetAvfVertexTrackMass_= *orig_AODCaloJetAvfVertexTrackMass_;
AODCaloJetAvfVertexTrackEnergy_= *orig_AODCaloJetAvfVertexTrackEnergy_;
AODCaloJetAvfBeamSpotDeltaPhi_= *orig_AODCaloJetAvfBeamSpotDeltaPhi_;
AODCaloJetAvfBeamSpotRecoilPt_= *orig_AODCaloJetAvfBeamSpotRecoilPt_;
AODCaloJetAvfBeamSpotMedianDeltaPhi_= *orig_AODCaloJetAvfBeamSpotMedianDeltaPhi_;
AODCaloJetAvfBeamSpotLog10MedianDeltaPhi_= *orig_AODCaloJetAvfBeamSpotLog10MedianDeltaPhi_;
AODCaloJetNCleanMatchedTracks_= *orig_AODCaloJetNCleanMatchedTracks_;
AODCaloJetSumHitsInFrontOfVert_= *orig_AODCaloJetSumHitsInFrontOfVert_;
AODCaloJetSumMissHitsAfterVert_= *orig_AODCaloJetSumMissHitsAfterVert_;
AODCaloJetHitsInFrontOfVertPerTrack_= *orig_AODCaloJetHitsInFrontOfVertPerTrack_;
AODCaloJetMissHitsAfterVertPerTrack_= *orig_AODCaloJetMissHitsAfterVertPerTrack_;
AODCaloJetAvfDistToPV_= *orig_AODCaloJetAvfDistToPV_;
AODCaloJetAvfVertexDeltaZtoPV_= *orig_AODCaloJetAvfVertexDeltaZtoPV_;
AODCaloJetAvfVertexDeltaZtoPV2_= *orig_AODCaloJetAvfVertexDeltaZtoPV2_;
return 1;
}
}
return 0;
}
void merger(TString miniaod_file_name, TString aod_list_file_name){
cout << "Running merger with arguments: " << endl;
cout << "miniaod_file_name: " << miniaod_file_name << endl;
cout << "aod_list_file_name: " << aod_list_file_name << endl;
cout << "aod_event_start_offset: " << aod_event_start_offset << endl;
//////////////////////////////
// List of AOD files
//////////////////////////////
std::vector<TString> aod_list;
std::ifstream input(aod_list_file_name, std::ifstream::in);
TString aod_file_name;
while(input>>aod_file_name){
//aod_file_name.Remove(0, 10);
aod_list.push_back(aod_file_name);
}
cout << "AOD file list size: " << aod_list.size() << endl;
unsigned int start_suggest = 0;
//////////////////////////////
// MiniAOD
//////////////////////////////
//Formatting
miniaod_file_name = "root://cmseos.fnal.gov://" + miniaod_file_name;
TFile *miniaod_file = TFile::Open(miniaod_file_name, "READ");
if(miniaod_file->IsZombie()){
cout << "miniaod_file is zombie" << endl;
return;
}
TH1F* hEvents = (TH1F*)miniaod_file->Get("lldjNtuple/hEvents");
TTree* miniaod_tree = (TTree*)miniaod_file->Get("lldjNtuple/EventTree");
miniaod_tree->SetName("MINIAOD_TREE");
//TDirectory *dir = miniaod_file->GetDirectory("lldjNtuple");
/////////////////////////////
// Merged output
/////////////////////////////
TString outfile_name = "merged_";
outfile_name = outfile_name + miniaod_file_name.Remove(0,miniaod_file_name.Last('/')+1);
//outfile_name = outfile_name + aod_list_file_name + miniaod_file_name.Remove(0,miniaod_file_name.Last('/')+1);
TFile *merged_file = TFile::Open(outfile_name, "RECREATE");
TTree *merged_tree = miniaod_tree->CloneTree();
merged_tree->SetName("MergedEventTree");
int merged_run;
Long64_t merged_event;
merged_tree->SetBranchAddress("run", &merged_run);
merged_tree->SetBranchAddress("event", &merged_event);
//New branches for merged tree
TBranch* b_0 = merged_tree->Branch("AOD_matched", &matched);
TBranch* b_1 = merged_tree->Branch("AOD_run", &AODRun_);
TBranch* b_2 = merged_tree->Branch("AOD_event", &AODEvent_);
TBranch* b_3 = merged_tree->Branch("AOD_llpId", "vector<int>", &AODllpId_);
TBranch* b_4 = merged_tree->Branch("AOD_llpStatus","vector<int>", &AODllpStatus_);
TBranch* b_5 = merged_tree->Branch("AOD_llpPt", "vector<float>", &AODllpPt_);
TBranch* b_6 = merged_tree->Branch("AOD_llpEta", "vector<float>", &AODllpEta_);
TBranch* b_7 = merged_tree->Branch("AOD_llpPhi", "vector<float>", &AODllpPhi_);
TBranch* b_8 = merged_tree->Branch("AOD_llpMass", "vector<float>", &AODllpMass_);
TBranch* b_9 = merged_tree->Branch("AOD_llpDaughterId", "vector<int>", &AODllpDaughterId_);
TBranch* b_10 = merged_tree->Branch("AOD_llpDaughterStatus", "vector<int>", &AODllpDaughterStatus_);
TBranch* b_11 = merged_tree->Branch("AOD_llpDaughterPt", "vector<float>", &AODllpDaughterPt_);
TBranch* b_12 = merged_tree->Branch("AOD_llpDaughterEta", "vector<float>", &AODllpDaughterEta_);
TBranch* b_13 = merged_tree->Branch("AOD_llpDaughterPhi", "vector<float>", &AODllpDaughterPhi_);
TBranch* b_14 = merged_tree->Branch("AOD_AODllpDaughterMass", "vector<float>", &AODllpDaughterMass_);
TBranch* b_15 = merged_tree->Branch("AOD_AODnCaloJet", &AODnCaloJet_);
TBranch* b_16 = merged_tree->Branch("AOD_AODCaloJetPt", "vector<float>", &AODCaloJetPt_);
TBranch* b_17 = merged_tree->Branch("AOD_AODCaloJetEta", "vector<float>", &AODCaloJetEta_);
TBranch* b_18 = merged_tree->Branch("AOD_AODCaloJetPhi", "vector<float>", &AODCaloJetPhi_);
TBranch* b_19 = merged_tree->Branch("AOD_AODCaloJetAlphaMax", "vector<float>", &AODCaloJetAlphaMax_);
TBranch* b_20 = merged_tree->Branch("AOD_AODCaloJetAlphaMax2", "vector<float>", &AODCaloJetAlphaMax2_);
TBranch* b_21 = merged_tree->Branch("AOD_AODCaloJetAlphaMaxPrime", "vector<float>", &AODCaloJetAlphaMaxPrime_);
TBranch* b_22 = merged_tree->Branch("AOD_AODCaloJetAlphaMaxPrime2", "vector<float>", &AODCaloJetAlphaMaxPrime2_);
TBranch* b_23 = merged_tree->Branch("AOD_AODCaloJetBeta", "vector<float>", &AODCaloJetBeta_);
TBranch* b_24 = merged_tree->Branch("AOD_AODCaloJetBeta2", "vector<float>", &AODCaloJetBeta2_);
TBranch* b_25 = merged_tree->Branch("AOD_AODCaloJetSumIP", "vector<float>", &AODCaloJetSumIP_);
TBranch* b_26 = merged_tree->Branch("AOD_AODCaloJetSumIPSig", "vector<float>", &AODCaloJetSumIPSig_);
TBranch* b_27 = merged_tree->Branch("AOD_AODCaloJetMedianIP", "vector<float>", &AODCaloJetMedianIP_);
TBranch* b_28 = merged_tree->Branch("AOD_AODCaloJetMedianLog10IPSig", "vector<float>", &AODCaloJetMedianLog10IPSig_);
TBranch* b_29 = merged_tree->Branch("AOD_AODCaloJetTrackAngle", "vector<float>", &AODCaloJetTrackAngle_);
TBranch* b_30 = merged_tree->Branch("AOD_AODCaloJetLogTrackAngle", "vector<float>", &AODCaloJetLogTrackAngle_);
TBranch* b_31 = merged_tree->Branch("AOD_AODCaloJetMedianLog10TrackAngle", "vector<float>", &AODCaloJetMedianLog10TrackAngle_);
TBranch* b_32 = merged_tree->Branch("AOD_AODCaloJetTotalTrackAngle", "vector<float>", &AODCaloJetTotalTrackAngle_);
TBranch* b_33 = merged_tree->Branch("AOD_AODCaloJetAvfVx", "vector<float>", &AODCaloJetAvfVx_);
TBranch* b_34 = merged_tree->Branch("AOD_AODCaloJetAvfVy", "vector<float>", &AODCaloJetAvfVy_);
TBranch* b_35 = merged_tree->Branch("AOD_AODCaloJetAvfVz", "vector<float>", &AODCaloJetAvfVz_);
TBranch* b_36 = merged_tree->Branch("AOD_AODCaloJetAvfVertexTotalChiSquared", "vector<float>", &AODCaloJetAvfVertexTotalChiSquared_);
TBranch* b_37 = merged_tree->Branch("AOD_AODCaloJetAvfVertexDegreesOfFreedom", "vector<float>", &AODCaloJetAvfVertexDegreesOfFreedom_);
TBranch* b_38 = merged_tree->Branch("AOD_AODCaloJetAvfVertexChi2NDoF", "vector<float>", &AODCaloJetAvfVertexChi2NDoF_);
TBranch* b_39 = merged_tree->Branch("AOD_AODCaloJetAvfVertexDistanceToBeam", "vector<float>", &AODCaloJetAvfVertexDistanceToBeam_);
TBranch* b_40 = merged_tree->Branch("AOD_AODCaloJetAvfVertexTransverseError", "vector<float>", &AODCaloJetAvfVertexTransverseError_);
TBranch* b_41 = merged_tree->Branch("AOD_AODCaloJetAvfVertexTransverseSig", "vector<float>", &AODCaloJetAvfVertexTransverseSig_);
TBranch* b_42 = merged_tree->Branch("AOD_AODCaloJetAvfVertexDeltaEta", "vector<float>", &AODCaloJetAvfVertexDeltaEta_);
TBranch* b_43 = merged_tree->Branch("AOD_AODCaloJetAvfVertexDeltaPhi", "vector<float>", &AODCaloJetAvfVertexDeltaPhi_);
TBranch* b_44 = merged_tree->Branch("AOD_AODCaloJetAvfVertexRecoilPt", "vector<float>", &AODCaloJetAvfVertexRecoilPt_);
TBranch* b_45 = merged_tree->Branch("AOD_AODCaloJetAvfVertexTrackMass", "vector<float>", &AODCaloJetAvfVertexTrackMass_);
TBranch* b_46 = merged_tree->Branch("AOD_AODCaloJetAvfVertexTrackEnergy", "vector<float>", &AODCaloJetAvfVertexTrackEnergy_);
TBranch* b_47 = merged_tree->Branch("AOD_AODCaloJetAvfBeamSpotDeltaPhi", "vector<float>", &AODCaloJetAvfBeamSpotDeltaPhi_);
TBranch* b_48 = merged_tree->Branch("AOD_AODCaloJetAvfBeamSpotRecoilPt", "vector<float>", &AODCaloJetAvfBeamSpotRecoilPt_);
TBranch* b_49 = merged_tree->Branch("AOD_AODCaloJetAvfBeamSpotMedianDeltaPhi", "vector<float>", &AODCaloJetAvfBeamSpotMedianDeltaPhi_);
TBranch* b_50 = merged_tree->Branch("AOD_AODCaloJetAvfBeamSpotLog10MedianDeltaPhi", "vector<float>", &AODCaloJetAvfBeamSpotLog10MedianDeltaPhi_);
TBranch* b_51 = merged_tree->Branch("AOD_AODCaloJetNCleanMatchedTracks", "vector<int>", &AODCaloJetNCleanMatchedTracks_);
TBranch* b_52 = merged_tree->Branch("AOD_AODCaloJetSumHitsInFrontOfVert", "vector<int>", &AODCaloJetSumHitsInFrontOfVert_);
TBranch* b_53 = merged_tree->Branch("AOD_AODCaloJetSumMissHitsAfterVert", "vector<int>", &AODCaloJetSumMissHitsAfterVert_);
TBranch* b_54 = merged_tree->Branch("AOD_AODCaloJetHitsInFrontOfVertPerTrack", "vector<int>", &AODCaloJetHitsInFrontOfVertPerTrack_);
TBranch* b_55 = merged_tree->Branch("AOD_AODCaloJetMissHitsAfterVertPerTrack", "vector<int>", &AODCaloJetMissHitsAfterVertPerTrack_);
TBranch* b_56 = merged_tree->Branch("AOD_AODCaloJetAvfDistToPV", "vector<float>", &AODCaloJetAvfDistToPV_);
TBranch* b_57 = merged_tree->Branch("AOD_AODCaloJetAvfVertexDeltaZtoPV", "vector<float>", &AODCaloJetAvfVertexDeltaZtoPV_);
TBranch* b_58 = merged_tree->Branch("AOD_AODCaloJetAvfVertexDeltaZtoPV2", "vector<float>", &AODCaloJetAvfVertexDeltaZtoPV2_);
/////////////////////////////
// Loop over merged tree
/////////////////////////////
Long64_t nentries = merged_tree->GetEntries();
for(Long64_t i = 0; i < nentries; i++) {
if(i%1000==0) cout << i << "/" << nentries << endl;
ntotal++;
merged_tree->GetEntry(i);
//Clear new branches for merged tree
matched=false;
AODRun_=-1;
AODEvent_=-1;
AODllpId_.clear();
AODllpStatus_.clear();
AODllpPt_.clear();
AODllpEta_.clear();
AODllpPhi_.clear();
AODllpMass_.clear();
AODllpDaughterId_.clear();
AODllpDaughterStatus_.clear();
AODllpDaughterPt_.clear();
AODllpDaughterEta_.clear();
AODllpDaughterPhi_.clear();
AODllpDaughterMass_.clear();
AODnCaloJet_=-1;
AODCaloJetPt_.clear();
AODCaloJetEta_.clear();
AODCaloJetPhi_.clear();
AODCaloJetAlphaMax_.clear();
AODCaloJetAlphaMax2_.clear();
AODCaloJetAlphaMaxPrime_.clear();
AODCaloJetAlphaMaxPrime2_.clear();
AODCaloJetBeta_.clear();
AODCaloJetBeta2_.clear();
AODCaloJetSumIP_.clear();
AODCaloJetSumIPSig_.clear();
AODCaloJetMedianIP_.clear();
AODCaloJetMedianLog10IPSig_.clear();
AODCaloJetTrackAngle_.clear();
AODCaloJetLogTrackAngle_.clear();
AODCaloJetMedianLog10TrackAngle_.clear();
AODCaloJetTotalTrackAngle_.clear();
AODCaloJetAvfVx_.clear();
AODCaloJetAvfVy_.clear();
AODCaloJetAvfVz_.clear();
AODCaloJetAvfVertexTotalChiSquared_.clear();
AODCaloJetAvfVertexDegreesOfFreedom_.clear();
AODCaloJetAvfVertexChi2NDoF_.clear();
AODCaloJetAvfVertexDistanceToBeam_.clear();
AODCaloJetAvfVertexTransverseError_.clear();
AODCaloJetAvfVertexTransverseSig_.clear();
AODCaloJetAvfVertexDeltaEta_.clear();
AODCaloJetAvfVertexDeltaPhi_.clear();
AODCaloJetAvfVertexRecoilPt_.clear();
AODCaloJetAvfVertexTrackMass_.clear();
AODCaloJetAvfVertexTrackEnergy_.clear();
AODCaloJetAvfBeamSpotDeltaPhi_.clear();
AODCaloJetAvfBeamSpotRecoilPt_.clear();
AODCaloJetAvfBeamSpotMedianDeltaPhi_.clear();
AODCaloJetAvfBeamSpotLog10MedianDeltaPhi_.clear();
AODCaloJetNCleanMatchedTracks_.clear();
AODCaloJetSumHitsInFrontOfVert_.clear();
AODCaloJetSumMissHitsAfterVert_.clear();
AODCaloJetHitsInFrontOfVertPerTrack_.clear();
AODCaloJetMissHitsAfterVertPerTrack_.clear();
AODCaloJetAvfDistToPV_.clear();
AODCaloJetAvfVertexDeltaZtoPV_.clear();
AODCaloJetAvfVertexDeltaZtoPV2_.clear();
if(verbose) cout << "About to search for AOD matching entry " << i << endl;
//Find aod
int success = 0;
if(max_events<0 || i<max_events) success = find_aod(aod_list, start_suggest, merged_run, merged_event);
if(success==1){nmatched++;}
if(success==0){nunmatched++;}
if(verbose) cout << "Filling after success = " << success << endl;
b_0->Fill();
b_1->Fill();
b_2->Fill();
b_3->Fill();
b_4->Fill();
b_5->Fill();
b_6->Fill();
b_7->Fill();
b_8->Fill();
b_9->Fill();
b_10->Fill();
b_11->Fill();
b_12->Fill();
b_13->Fill();
b_14->Fill();
b_15->Fill();
b_16->Fill();
b_17->Fill();
b_18->Fill();
b_19->Fill();
b_20->Fill();
b_21->Fill();
b_22->Fill();
b_23->Fill();
b_24->Fill();
b_25->Fill();
b_26->Fill();
b_27->Fill();
b_28->Fill();
b_29->Fill();
b_30->Fill();
b_31->Fill();
b_32->Fill();
b_33->Fill();
b_34->Fill();
b_35->Fill();
b_36->Fill();
b_37->Fill();
b_38->Fill();
b_39->Fill();
b_40->Fill();
b_41->Fill();
b_42->Fill();
b_43->Fill();
b_44->Fill();
}
cout << "end merged tree loop" << endl;
//miniaod_tree->SetDirectory(dir);
//TString outfile_name = "merged_";
//outfile_name = outfile_name + miniaod_file_name.Remove(0,miniaod_file_name.Last('/')+1);
//TFile *merged_file = TFile::Open(outfile_name, "RECREATE");
merged_file->cd();
hEvents->Write();
merged_tree->Write();
gDirectory->Delete("MINIAOD_TREE;*");
merged_file->Close();
printf("nmatched %llu\n", nmatched );
printf("nunmatched %llu\n", nunmatched );
printf("ntotal %llu\n", ntotal );
//aod_file->Close();
//cout << "debug 6" << endl;
//miniaod_file->Close();
//cout << "debug 7" << endl;
//delete merged_file;
//delete miniaod_file;
}