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hiForest.h
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hiForest.h
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#ifndef hiForest_h
#define hiForest_h
#include <iostream>
#include <vector>
#include <algorithm>
#include "commonTool.h"
#include "SetupPhotonTree.h"
#include "SetupJetTree.h"
#include "SetupHltTree.h"
#include "SetupSkimTree.h"
#include "SetupTrackTree.h"
#include "SetupHitTree.h"
#include "SetupEvtTree.h"
#include "SetupMetTree.h"
#include "SetupNoiseTree.h"
#include "SetupGenpTree.h"
#include "SetupPFTree.h"
#include "SetupGenParticleTree.h"
#include "TrackingCorrectionsv6.h"
#include "TrackingParam.h"
#include <TTree.h>
#include <TFile.h>
#include <TString.h>
#include <TF1.h>
#include <TCut.h>
#include "DummyJetCorrector.h"
// ==========================================================
// Main class which can be used to read the hiForest trees
//
// Author: Yen-Jie Lee
//
// ==========================================================
namespace names{
enum Algo{
};
string AlgoRename[100] = {
};
string AlgoAnalyzer[100] = {
};
}
enum collisionType { cPbPb, cPP, cPPb };
class HiForest : public TNamed
{
public:
HiForest(const char *file, const char *name="forest", collisionType cMode = cPbPb, bool ismc = 0);
~HiForest();
//==================================================================================================================================
// Utility functions
//==================================================================================================================================
void CheckTree(TTree *t,const char *title); // Check the status of a tree
void CheckArraySizes(); // Check if array size is large enough
void GetEntry(int i);
int GetEntries(); // Get the number of entries
void GetEnergyScaleTable(char *fileNameTable); // Get photon energy scale table
void InitTree(); // Initialize track correction
void PrintStatus(); // Print the status of the hiForest
void SetOutputFile(const char *name); // Set output file name for skim
void AddCloneTree(TTree* t, const char *dirName, const char *treeName); // Add a clone tree to the clone forest
void FillOutput(); // Fill output forest
void LoadNoTrees();
void ResetBooleans();
void Draw(Option_t* option){
return tree->Draw(option);
}
Long64_t Draw(const char* varexp, const char* selection, Option_t* option = "", Long64_t nentries = 1000000000, Long64_t firstentry = 0){
return tree->Draw(varexp,selection,option,nentries,firstentry);
}
//==================================================================================================================================
// Event filtering utility functions
//==================================================================================================================================
bool selectEvent();
TCut eventSelection();
//==================================================================================================================================
// Photon utility functions
//==================================================================================================================================
bool isSpike(int i); // return true if it is considered as a spike candidate
bool isLooseEGamma(int i);
bool isLoosePhoton(int i);
bool isGoodPhoton(int i); // return true if it is considered as a hiGoodPhoton candidate
bool isIsolatedPhoton(int i); // return true if it is considered as a hiGoodPhoton candidate
bool isMCSignal(int i);
bool isDirectPhoton(int i);
bool isFragPhoton(int i);
float getCorrEt(int j); // Get Corrected photon Et
//==================================================================================================================================
// Jet utility functions
//==================================================================================================================================
void sortJets(TTree* jetTree, Jets& jets, double etaMax = 2, bool allEvents = 1, int smearType = -1);
int leadingJet();
int subleadingJet();
int thirdJet();
double deltaPhiDijet(Jets& jets);
bool hasDiJet(Jets& jets, double pt1 = 100, double pt2 = 40, double dphiMin = 2.*3.1415926/3.);
void fakeRejection(TTree *jetTree, Jets &jets, bool allEvents);
double jetFracChg(int i);
double jetFracNeut(int i);
double jetFracEM(int i);
//==================================================================================================================================
// Track utility functions
//==================================================================================================================================
int getMatchedCaloTowerAllowReuse(int j);
int getMatchedHBHEAllowReuse(int j);
void matchTrackCalo(bool allEvents = 1);
double getTrackCorrectionPara(int j);
double getTrackCorrection(int j);
bool selectTrack(int j);
//==================================================================================================================================
// Get track-jet correlated variables. Not needed if correlatePF is run.
//==================================================================================================================================
void correlateTracks(TTree* jetTree, Jets& jets, bool allEvents = 1, bool smeared = 0);
//void correlatePF(TTree* jetTree, Jets& jets, bool allEvents = 1){return;}
// TFile
TFile *inf; // Input file
TFile *outf; // Output file if we want to export the forest
// Trees
TTree *photonTree; // Photon Tree, see branches in SetupPhotonTree.h
TTree *icPu5jetTree; // Jet Tree with icPu5 algorithm, see branches in SetupJetTree.h
TTree *akPu2PFJetTree; // Jet Tree with akPu2PF algorithm, see branches in SetupJetTree.h
TTree *akPu3PFJetTree; // Jet Tree with akPu3PF algorithm, see branches in SetupJetTree.h
TTree *akPu4PFJetTree; // Jet Tree with akPu4PF algorithm, see branches in SetupJetTree.h
TTree *akPu5PFJetTree; // Jet Tree with akPu4PF algorithm, see branches in SetupJetTree.h
TTree *akPu6PFJetTree;
TTree *ak2PFJetTree;
TTree *ak3PFJetTree;
TTree *ak4PFJetTree;
TTree *ak5PFJetTree;
TTree *ak6PFJetTree;
TTree *akPu2CaloJetTree; // Jet Tree with akPu2Calo algorithm, see branches in SetupJetTree.h
TTree *akPu3CaloJetTree; // Jet Tree with akPu3Calo algorithm, see branches in SetupJetTree.h
TTree *akPu4CaloJetTree; // Jet Tree with akPu4Calo algorithm, see branches in SetupJetTree.h
TTree *akPu5CaloJetTree; // Jet Tree with akPu5Calo algorithm, see branches in SetupJetTree.h
TTree *akPu6CaloJetTree;
TTree *ak2CaloJetTree;
TTree *ak3CaloJetTree;
TTree *ak4CaloJetTree;
TTree *ak5CaloJetTree;
TTree *ak6CaloJetTree;
TTree* akVs2PFJetTree; // Jet Tree with akVs2PF algorithm, see branches in SetupJetTree.h
TTree* akVs3PFJetTree; // Jet Tree with akVs3PF algorithm, see branches in SetupJetTree.h
TTree* akVs4PFJetTree; // Jet Tree with akVs4PF algorithm, see branches in SetupJetTree.h
TTree* akVs5PFJetTree; // Jet Tree with akVs5PF algorithm, see branches in SetupJetTree.h
TTree* akVs6PFJetTree; // Jet Tree with akVs6PF algorithm, see branches in SetupJetTree.h
TTree* akVs2CaloJetTree; // Jet Tree with akVs2Calo algorithm, see branches in SetupJetTree.h
TTree* akVs3CaloJetTree; // Jet Tree with akVs3Calo algorithm, see branches in SetupJetTree.h
TTree* akVs4CaloJetTree; // Jet Tree with akVs4Calo algorithm, see branches in SetupJetTree.h
TTree* akVs5CaloJetTree; // Jet Tree with akVs5Calo algorithm, see branches in SetupJetTree.h
TTree* akVs6CaloJetTree; // Jet Tree with akVs6Calo algorithm, see branches in SetupJetTree.h
TTree *hltTree; // OpenHLT Tree, see branches in SetupHltTree.h
TTree *trackTree; // Track Tree, see branches in SetupTrackTree.h
TTree *pixtrackTree; // Track Tree, see branches in SetupTrackTree.h
TTree *skimTree; // Skim Tree, contains event selection info, see branches in SetupSkimTree.h
TTree *towerTree; // Tower Tree
TTree *hbheTree; // HCAL HBHE Tree
TTree *ebTree; // ECAL eb Tree
TTree *evtTree; // Event Tree
TTree *metTree; // MET Tree
TTree *noiseTree;
TTree *pfTree; // PF candidate Tree, see branches in SetupPFTree.h
TTree *genpTree; // Gen photon of the signal event Tree
TTree *genParticleTree; // Stable Gen particles
TTree *tree; // Pointer to the available tree, all trees in the forest are friended to each other
vector<TTree*> jetTrees;
vector<TTree*> cloneForest; // Vector of clones for skim
TF1* fGauss;
// Branches
Hlts hlt;
Skims skim;
Noises hcalNoise;
vector<Jets> alljets;
Jets icPu5;
Jets akPu2PF;
Jets akPu3PF;
Jets akPu4PF;
Jets akPu5PF;
Jets akPu6PF;
Jets ak2PF;
Jets ak3PF;
Jets ak4PF;
Jets ak5PF;
Jets ak6PF;
Jets akPu2Calo;
Jets akPu3Calo;
Jets akPu4Calo;
Jets akPu5Calo;
Jets akPu6Calo;
Jets ak2Calo;
Jets ak3Calo;
Jets ak4Calo;
Jets ak5Calo;
Jets ak6Calo;
Jets akVs2PF;
Jets akVs3PF;
Jets akVs4PF;
Jets akVs5PF;
Jets akVs6PF;
Jets akVs2Calo;
Jets akVs3Calo;
Jets akVs4Calo;
Jets akVs5Calo;
Jets akVs6Calo;
Photons photon;
Tracks track;
Tracks pixtrack;
Hits tower;
Hits hbhe;
Hits eb;
Evts evt;
Mets met;
PFs pf;
Genps genp;
GenParticles genparticle;
// Booleans
bool hasPhotonTree;
bool hasEvtTree;
bool hasMetTree;
bool hasNoiseTree;
bool hasPFTree;
bool hasIcPu5JetTree;
bool hasAkPu2JetTree;
bool hasAkPu3JetTree;
bool hasAkPu4JetTree;
bool hasAkPu5JetTree;
bool hasAkPu6JetTree;
bool hasAkPu2CaloJetTree;
bool hasAkPu3CaloJetTree;
bool hasAkPu4CaloJetTree;
bool hasAkPu5CaloJetTree;
bool hasAkPu6CaloJetTree;
bool hasAk2JetTree;
bool hasAk3JetTree;
bool hasAk4JetTree;
bool hasAk5JetTree;
bool hasAk6JetTree;
bool hasAk2CaloJetTree;
bool hasAk3CaloJetTree;
bool hasAk4CaloJetTree;
bool hasAk5CaloJetTree;
bool hasAk6CaloJetTree;
bool hasAkVs2PFJetTree;
bool hasAkVs3PFJetTree;
bool hasAkVs4PFJetTree;
bool hasAkVs5PFJetTree;
bool hasAkVs6PFJetTree;
bool hasAkVs2CaloJetTree;
bool hasAkVs3CaloJetTree;
bool hasAkVs4CaloJetTree;
bool hasAkVs5CaloJetTree;
bool hasAkVs6CaloJetTree;
bool hasHltTree;
bool hasTrackTree;
bool hasPixTrackTree;
bool hasSkimTree;
bool hasTowerTree;
bool hasHbheTree;
bool hasEbTree;
bool hasGenpTree;
bool hasGenParticleTree;
bool setupOutput;
bool verbose;
collisionType collisionMode;
bool mc;
bool doJetCorrection;
bool doTrackCorrections;
bool doTrackingSeparateLeadingSubleading;
// Extra variables
Float_t* towerEt;
Float_t* towerdR;
Float_t* hbheEt;
Float_t* hbhedR;
Float_t* jtChg;
Float_t* jtNeut;
Float_t* jtEM;
Float_t* jtChgGen;
Float_t* jtNeutGen;
Float_t* jtEMGen;
Float_t* jtPtMax;
Float_t* jtPtMean;
Float_t* jtPtMeanW;
Int_t* jtLeadType;
Int_t jtLead;
Int_t jtSubLead;
bool jtHasDijet;
bool jtHasLeadingJet;
Float_t* tjDeltaEtaLead;
Float_t* tjDeltaPhiLead;
Float_t* zLead;
Float_t* tjDeltaEtaSubLead;
Float_t* tjDeltaPhiSubLead;
Float_t* zSubLead;
Float_t* zOldLead;
Float_t* zOldSubLead;
Float_t* zSingleLead;
Float_t* zLabLead;
Float_t* zSingleSubLead;
Float_t* zLabSubLead;
Float_t* tjDeltaThetaLead;
Float_t* tjDeltaThetaLabLead;
Float_t* tjDeltaThetaSingleLead;
Float_t* tjDeltaThetaSubLead;
Float_t* tjDeltaThetaLabSubLead;
Float_t* tjDeltaThetaSingleSubLead;
Float_t* corrLead;
Float_t* corrSubLead;
Float_t minJetPtForTrkCor;
Float_t leadingJetPtForTrkCor;
Float_t subleadingJetPtForTrkCor;
Float_t leadingJetEtaForTrkCor;
Float_t subleadingJetEtaForTrkCor;
Float_t leadingJetPhiForTrkCor;
Float_t subleadingJetPhiForTrkCor;
int nEntries;
int currentEvent;
double cone;
bool initialized;
vector<JetCorrectorParameters> vpar_HI310x;
FactorizedJetCorrector *_JEC_HI310X;
// TrackingParam trackCorrFromParam("TrkCorr_3DHistos_pThat80_Inclusive.root","CentralityWeights.root","PtResidualWeights.root");
TrackingParam *trackCorrFromParam;
vector<TrackingCorrections*> trackCorrections;
TF1* fEnergyScale[2][10]; // [a][b], a =0 for unconverted, a=1 for converted. b: 1,2,3 is centrality bin. b=0 is empty
private:
};
HiForest::HiForest(const char *infName, const char* name, collisionType cMode, bool ismc):
tree(0),
fGauss(0),
verbose(0),
collisionMode(cMode),
mc(ismc),
nEntries(0),
currentEvent(0)
{
tree = new TTree("tree","");
SetName(name);
// Input file
inf = TFile::Open(infName);
cone = 0.3;
doTrackCorrections = 0;
minJetPtForTrkCor = 40;
leadingJetPtForTrkCor = -100;
subleadingJetPtForTrkCor = -100;
leadingJetEtaForTrkCor = -100;
subleadingJetEtaForTrkCor = -100;
leadingJetPhiForTrkCor = -100;
subleadingJetPhiForTrkCor = -100;
// Track correction initialized?
initialized = 0;
// Print out collision mode:
cout <<"Collision Mode:";
if (collisionMode == cPP) cout <<" P+P"<<endl;
if (collisionMode == cPPb) cout <<" P+Pb"<<endl;
if (collisionMode == cPbPb) cout <<" Pb+Pb"<<endl;
// Load trees. Hard coded for the moment
hltTree = (TTree*) inf->Get("hltanalysis/HltTree");
skimTree = (TTree*) inf->Get("skimanalysis/HltTree");
photonTree = (TTree*) inf->Get("multiPhotonAnalyzer/photon");
trackTree = (TTree*) inf->Get("anaTrack/trackTree");
if( trackTree == 0 ) trackTree = (TTree*) inf->Get("ppTrack/trackTree");
towerTree = (TTree*) inf->Get("rechitanalyzer/tower");
icPu5jetTree = (TTree*) inf->Get("icPu5JetAnalyzer/t");
akPu2PFJetTree = (TTree*) inf->Get("akPu2PFJetAnalyzer/t");
akPu3PFJetTree = (TTree*) inf->Get("akPu3PFJetAnalyzer/t");
akPu4PFJetTree = (TTree*) inf->Get("akPu4PFJetAnalyzer/t");
akPu5PFJetTree = (TTree*) inf->Get("akPu5PFJetAnalyzer/t");
akPu6PFJetTree = (TTree*) inf->Get("akPu6PFJetAnalyzer/t");
ak2PFJetTree = (TTree*) inf->Get("ak2PFJetAnalyzer/t");
ak3PFJetTree = (TTree*) inf->Get("ak3PFJetAnalyzer/t");
ak4PFJetTree = (TTree*) inf->Get("ak4PFJetAnalyzer/t");
ak5PFJetTree = (TTree*) inf->Get("ak5PFJetAnalyzer/t");
ak6PFJetTree = (TTree*) inf->Get("ak6PFJetAnalyzer/t");
akPu2CaloJetTree = (TTree*) inf->Get("akPu2CaloJetAnalyzer/t");
akPu3CaloJetTree = (TTree*) inf->Get("akPu3CaloJetAnalyzer/t");
akPu4CaloJetTree = (TTree*) inf->Get("akPu4CaloJetAnalyzer/t");
akPu5CaloJetTree = (TTree*) inf->Get("akPu5CaloJetAnalyzer/t");
akPu6CaloJetTree = (TTree*) inf->Get("akPu6CaloJetAnalyzer/t");
ak2CaloJetTree = (TTree*) inf->Get("ak2CaloJetAnalyzer/t");
ak3CaloJetTree = (TTree*) inf->Get("ak3CaloJetAnalyzer/t");
ak4CaloJetTree = (TTree*) inf->Get("ak4CaloJetAnalyzer/t");
ak5CaloJetTree = (TTree*) inf->Get("ak5CaloJetAnalyzer/t");
ak6CaloJetTree = (TTree*) inf->Get("ak6CaloJetAnalyzer/t");
akVs2PFJetTree = (TTree*) inf->Get("akVs2PFJetAnalyzer/t");
akVs3PFJetTree = (TTree*) inf->Get("akVs3PFJetAnalyzer/t");
akVs4PFJetTree = (TTree*) inf->Get("akVs4PFJetAnalyzer/t");
akVs5PFJetTree = (TTree*) inf->Get("akVs5PFJetAnalyzer/t");
akVs6PFJetTree = (TTree*) inf->Get("akVs6PFJetAnalyzer/t");
akVs2CaloJetTree = (TTree*) inf->Get("akVs2CaloJetAnalyzer/t");
akVs3CaloJetTree = (TTree*) inf->Get("akVs3CaloJetAnalyzer/t");
akVs4CaloJetTree = (TTree*) inf->Get("akVs4CaloJetAnalyzer/t");
akVs5CaloJetTree = (TTree*) inf->Get("akVs5CaloJetAnalyzer/t");
akVs6CaloJetTree = (TTree*) inf->Get("akVs6CaloJetAnalyzer/t");
hbheTree = (TTree*) inf->Get("rechitanalyzer/hbhe");
ebTree = (TTree*) inf->Get("rechitanalyzer/eb");
evtTree = (TTree*) inf->Get("hiEvtAnalyzer/HiTree");
metTree = (TTree*) inf->Get("anaMET/metTree");
noiseTree = (TTree*) inf->Get("hcalNoise/hcalNoise");
pfTree = (TTree*) inf->Get("pfcandAnalyzer/pfTree");
genpTree = (TTree*) inf->Get("genpana/photon");
// doesn't load genParticle by default
genParticleTree = (TTree*) inf->Get("HiGenParticleAna/hi");
// Check the validity of the trees.
hasPhotonTree = (photonTree != 0);
hasPFTree = (pfTree != 0);
hasEvtTree = (evtTree != 0);
hasMetTree = (metTree != 0);
hasNoiseTree = (noiseTree != 0);
hasIcPu5JetTree = (icPu5jetTree != 0);
hasAkPu2JetTree = (akPu2PFJetTree != 0);
hasAkPu3JetTree = (akPu3PFJetTree != 0);
hasAkPu4JetTree = (akPu4PFJetTree != 0);
hasAkPu5JetTree = (akPu5PFJetTree != 0);
hasAkPu6JetTree = (akPu6PFJetTree != 0);
hasAkPu2CaloJetTree = (akPu2CaloJetTree != 0);
hasAkPu3CaloJetTree = (akPu3CaloJetTree != 0);
hasAkPu4CaloJetTree = (akPu4CaloJetTree != 0);
hasAkPu5CaloJetTree = (akPu5CaloJetTree != 0);
hasAkPu6CaloJetTree = (akPu6CaloJetTree != 0);
hasAk2JetTree = (ak2PFJetTree != 0);
hasAk3JetTree = (ak3PFJetTree != 0);
hasAk4JetTree = (ak4PFJetTree != 0);
hasAk5JetTree = (ak5PFJetTree != 0);
hasAk6JetTree = (ak6PFJetTree != 0);
hasAk2CaloJetTree = (ak2CaloJetTree != 0);
hasAk3CaloJetTree = (ak3CaloJetTree != 0);
hasAk4CaloJetTree = (ak4CaloJetTree != 0);
hasAk5CaloJetTree = (ak5CaloJetTree != 0);
hasAk6CaloJetTree = (ak6CaloJetTree != 0);
hasAkVs2PFJetTree = (akVs2PFJetTree != 0);
hasAkVs3PFJetTree = (akVs3PFJetTree != 0);
hasAkVs4PFJetTree = (akVs4PFJetTree != 0);
hasAkVs5PFJetTree = (akVs5PFJetTree != 0);
hasAkVs6PFJetTree = (akVs6PFJetTree != 0);
hasAkVs2CaloJetTree = (akVs2CaloJetTree != 0);
hasAkVs3CaloJetTree = (akVs3CaloJetTree != 0);
hasAkVs4CaloJetTree = (akVs4CaloJetTree != 0);
hasAkVs5CaloJetTree = (akVs5CaloJetTree != 0);
hasAkVs6CaloJetTree = (akVs6CaloJetTree != 0);
hasTrackTree = (trackTree != 0);
hasHltTree = (hltTree != 0);
hasSkimTree = (skimTree != 0);
hasTowerTree = (towerTree != 0);
hasHbheTree = (hbheTree != 0);
hasEbTree = (ebTree != 0);
hasGenpTree = (genpTree !=0);
hasGenParticleTree = (genParticleTree !=0);
setupOutput = false;
InitTree();
}
HiForest::~HiForest()
{
if (setupOutput) {
for (unsigned int i=0; i<cloneForest.size(); i++)
{
cloneForest[i]->AutoSave();
}
outf->Close();
}
}
void HiForest::GetEntry(int i)
{
currentEvent = i;
// get the entry of the available trees
if (hasPhotonTree) photonTree ->GetEntry(i);
if (hasPFTree) pfTree ->GetEntry(i);
if (hasEvtTree) evtTree ->GetEntry(i);
if (hasMetTree) metTree ->GetEntry(i);
if (hasHltTree) hltTree ->GetEntry(i);
if (hasSkimTree) skimTree ->GetEntry(i);
if (hasNoiseTree) noiseTree->GetEntry(i);
if (hasIcPu5JetTree) icPu5jetTree ->GetEntry(i);
if (hasAkPu2JetTree) akPu2PFJetTree ->GetEntry(i);
if (hasAkPu3JetTree) akPu3PFJetTree ->GetEntry(i);
if (hasAkPu4JetTree) akPu4PFJetTree ->GetEntry(i);
if (hasAkPu5JetTree) akPu5PFJetTree ->GetEntry(i);
if (hasAkPu6JetTree) akPu6PFJetTree ->GetEntry(i);
if (hasAkPu2CaloJetTree) akPu2CaloJetTree ->GetEntry(i);
if (hasAkPu3CaloJetTree) akPu3CaloJetTree ->GetEntry(i);
if (hasAkPu4CaloJetTree) akPu4CaloJetTree ->GetEntry(i);
if (hasAkPu5CaloJetTree) akPu5CaloJetTree ->GetEntry(i);
if (hasAkPu6CaloJetTree) akPu6CaloJetTree ->GetEntry(i);
if (hasAk2JetTree) ak2PFJetTree ->GetEntry(i);
if (hasAk3JetTree) ak3PFJetTree ->GetEntry(i);
if (hasAk4JetTree) ak4PFJetTree ->GetEntry(i);
if (hasAk5JetTree) ak5PFJetTree ->GetEntry(i);
if (hasAk6JetTree) ak6PFJetTree ->GetEntry(i);
if (hasAk2CaloJetTree) ak2CaloJetTree ->GetEntry(i);
if (hasAk3CaloJetTree) ak3CaloJetTree ->GetEntry(i);
if (hasAk4CaloJetTree) ak4CaloJetTree ->GetEntry(i);
if (hasAk5CaloJetTree) ak5CaloJetTree ->GetEntry(i);
if (hasAk6CaloJetTree) ak6CaloJetTree ->GetEntry(i);
if (hasAkVs2PFJetTree) akVs2PFJetTree ->GetEntry(i);
if (hasAkVs3PFJetTree) akVs3PFJetTree ->GetEntry(i);
if (hasAkVs4PFJetTree) akVs4PFJetTree ->GetEntry(i);
if (hasAkVs5PFJetTree) akVs5PFJetTree ->GetEntry(i);
if (hasAkVs6PFJetTree) akVs6PFJetTree ->GetEntry(i);
if (hasAkVs2CaloJetTree) akVs2CaloJetTree ->GetEntry(i);
if (hasAkVs3CaloJetTree) akVs3CaloJetTree ->GetEntry(i);
if (hasAkVs4CaloJetTree) akVs4CaloJetTree ->GetEntry(i);
if (hasAkVs5CaloJetTree) akVs5CaloJetTree ->GetEntry(i);
if (hasAkVs6CaloJetTree) akVs6CaloJetTree ->GetEntry(i);
if (hasTrackTree) trackTree ->GetEntry(i);
if (hasPixTrackTree) pixtrackTree ->GetEntry(i);
if (hasTowerTree) towerTree ->GetEntry(i);
if (hasHbheTree) hbheTree ->GetEntry(i);
if (hasEbTree) ebTree ->GetEntry(i);
if (hasGenpTree) genpTree ->GetEntry(i);
if (hasGenParticleTree) genParticleTree ->GetEntry(i);
}
int HiForest::GetEntries()
{
// get the entries of the available trees
return nEntries;
}
void HiForest::InitTree()
{
// Setup branches. See also Setup*.h
if (hasPhotonTree) {
photonTree->SetName("photon");
photonTree->SetAlias("swiss","1-(eRight+eLeft+eTop+eBottom)/eMax");
if (tree == 0) tree = photonTree; else tree->AddFriend(photonTree);
setupPhotonTree(photonTree,photon);
}
if (hasPFTree) {
pfTree->SetName("pf");
if (tree == 0) tree = pfTree; else tree->AddFriend(pfTree);
setupPFTree(pfTree,pf);
}
if (hasEvtTree) {
evtTree->SetName("evtTree");
if (tree == 0) tree = evtTree; else tree->AddFriend(evtTree);
setupEvtTree(evtTree,evt);
}
if (hasMetTree) {
metTree->SetName("met");
if (tree == 0) tree = metTree; else tree->AddFriend(metTree);
setupMetTree(metTree,met);
}
if (hasHltTree) {
hltTree->SetName("hltTree");
if (tree == 0) tree = hltTree; else tree->AddFriend(hltTree);
setupHltTree(hltTree,hlt);
}
if (hasIcPu5JetTree) {
icPu5jetTree->SetName("icPu5");
if (tree == 0) tree = icPu5jetTree; else tree->AddFriend(icPu5jetTree);
setupJetTree(icPu5jetTree,icPu5);
}
if (hasAkPu2JetTree) {
akPu2PFJetTree->SetName("akPu2PF");
if (tree == 0) tree = akPu2PFJetTree; else tree->AddFriend(akPu2PFJetTree);
setupJetTree(akPu2PFJetTree,akPu2PF);
}
if (hasAkPu3JetTree) {
akPu3PFJetTree->SetName("akPu3PF");
if (tree == 0) tree = akPu3PFJetTree; else tree->AddFriend(akPu3PFJetTree);
setupJetTree(akPu3PFJetTree,akPu3PF);
}
if (hasAkPu4JetTree) {
akPu4PFJetTree->SetName("akPu4PF");
if (tree == 0) tree = akPu4PFJetTree; else tree->AddFriend(akPu4PFJetTree);
setupJetTree(akPu4PFJetTree,akPu4PF);
}
if (hasAkPu5JetTree) {
akPu5PFJetTree->SetName("akPu5PF");
if (tree == 0) tree = akPu5PFJetTree; else tree->AddFriend(akPu5PFJetTree);
setupJetTree(akPu5PFJetTree,akPu5PF);
}
if (hasAkPu6JetTree) {
akPu6PFJetTree->SetName("akPu6PF");
if (tree == 0) tree = akPu6PFJetTree; else tree->AddFriend(akPu6PFJetTree);
setupJetTree(akPu6PFJetTree,akPu6PF);
}
if (hasAkPu2CaloJetTree) {
akPu2CaloJetTree->SetName("akPu2Calo");
if (tree == 0) tree = akPu2CaloJetTree; else tree->AddFriend(akPu2CaloJetTree);
setupJetTree(akPu2CaloJetTree,akPu2Calo);
}
if (hasAkPu3CaloJetTree) {
akPu3CaloJetTree->SetName("akPu3Calo");
if (tree == 0) tree = akPu3CaloJetTree; else tree->AddFriend(akPu3CaloJetTree);
setupJetTree(akPu3CaloJetTree,akPu3Calo);
}
if (hasAkPu4CaloJetTree) {
akPu4CaloJetTree->SetName("akPu4Calo");
if (tree == 0) tree = akPu4CaloJetTree; else tree->AddFriend(akPu4CaloJetTree);
setupJetTree(akPu4CaloJetTree,akPu4Calo);
}
if (hasAkPu5CaloJetTree) {
akPu5CaloJetTree->SetName("akPu5Calo");
if (tree == 0) tree = akPu5CaloJetTree; else tree->AddFriend(akPu5CaloJetTree);
setupJetTree(akPu5CaloJetTree,akPu5Calo);
}
if (hasAkPu6CaloJetTree) {
akPu6CaloJetTree->SetName("akPu6Calo");
if (tree == 0) tree = akPu6CaloJetTree; else tree->AddFriend(akPu6CaloJetTree);
setupJetTree(akPu6CaloJetTree,akPu6Calo);
}
if (hasAk2JetTree) {
ak2PFJetTree->SetName("ak2PF");
if (tree == 0) tree = ak2PFJetTree; else tree->AddFriend(ak2PFJetTree);
setupJetTree(ak2PFJetTree,ak2PF);
}
if (hasAk3JetTree) {
ak3PFJetTree->SetName("ak3PF");
if (tree == 0) tree = ak3PFJetTree; else tree->AddFriend(ak3PFJetTree);
setupJetTree(ak3PFJetTree,ak3PF);
}
if (hasAk4JetTree) {
ak4PFJetTree->SetName("ak4PF");
if (tree == 0) tree = ak4PFJetTree; else tree->AddFriend(ak4PFJetTree);
setupJetTree(ak4PFJetTree,ak4PF);
}
if (hasAk5JetTree) {
ak5PFJetTree->SetName("ak5PF");
if (tree == 0) tree = ak5PFJetTree; else tree->AddFriend(ak5PFJetTree);
setupJetTree(ak5PFJetTree,ak5PF);
}
if (hasAk6JetTree) {
ak6PFJetTree->SetName("ak6PF");
if (tree == 0) tree = ak6PFJetTree; else tree->AddFriend(ak6PFJetTree);
setupJetTree(ak6PFJetTree,ak6PF);
}
if (hasAk2CaloJetTree) {
ak2CaloJetTree->SetName("ak2Calo");
if (tree == 0) tree = ak2CaloJetTree; else tree->AddFriend(ak2CaloJetTree);
setupJetTree(ak2CaloJetTree,ak2Calo);
}
if (hasAk3CaloJetTree) {
ak3CaloJetTree->SetName("ak3Calo");
if (tree == 0) tree = ak3CaloJetTree; else tree->AddFriend(ak3CaloJetTree);
setupJetTree(ak3CaloJetTree,ak3Calo);
}
if (hasAk4CaloJetTree) {
ak4CaloJetTree->SetName("ak4Calo");
if (tree == 0) tree = ak4CaloJetTree; else tree->AddFriend(ak4CaloJetTree);
setupJetTree(ak4CaloJetTree,ak4Calo);
}
if (hasAk5CaloJetTree) {
ak5CaloJetTree->SetName("ak5Calo");
if (tree == 0) tree = ak5CaloJetTree; else tree->AddFriend(ak5CaloJetTree);
setupJetTree(ak5CaloJetTree,ak5Calo);
}
if (hasAk6CaloJetTree) {
ak6CaloJetTree->SetName("ak6Calo");
if (tree == 0) tree = ak6CaloJetTree; else tree->AddFriend(ak6CaloJetTree);
setupJetTree(ak6CaloJetTree,ak6Calo);
}
if (hasAkVs2PFJetTree) {
akVs2PFJetTree->SetName("akVs2PF");
if (tree == 0) tree = akVs2PFJetTree; else tree->AddFriend(akVs2PFJetTree);
setupJetTree(akVs2PFJetTree,akVs2PF);
}
if (hasAkVs3PFJetTree) {
akVs3PFJetTree->SetName("akVs3PF");
if (tree == 0) tree = akVs3PFJetTree; else tree->AddFriend(akVs3PFJetTree);
setupJetTree(akVs3PFJetTree,akVs3PF);
}
if (hasAkVs4PFJetTree) {
akVs4PFJetTree->SetName("akVs4PF");
if (tree == 0) tree = akVs4PFJetTree; else tree->AddFriend(akVs4PFJetTree);
setupJetTree(akVs4PFJetTree,akVs4PF);
}
if (hasAkVs5PFJetTree) {
akVs5PFJetTree->SetName("akVs5PF");
if (tree == 0) tree = akVs5PFJetTree; else tree->AddFriend(akVs5PFJetTree);
setupJetTree(akVs5PFJetTree,akVs5PF);
}
if (hasAkVs6PFJetTree) {
akVs6PFJetTree->SetName("akVs6PF");
if (tree == 0) tree = akVs6PFJetTree; else tree->AddFriend(akVs6PFJetTree);
setupJetTree(akVs6PFJetTree,akVs6PF);
}
if (hasAkVs2CaloJetTree) {
akVs2CaloJetTree->SetName("akVs2Calo");
if (tree == 0) tree = akVs2CaloJetTree; else tree->AddFriend(akVs2CaloJetTree);
setupJetTree(akVs2CaloJetTree,akVs2Calo);
}
if (hasAkVs3CaloJetTree) {
akVs3CaloJetTree->SetName("akVs3Calo");
if (tree == 0) tree = akVs3CaloJetTree; else tree->AddFriend(akVs3CaloJetTree);
setupJetTree(akVs3CaloJetTree,akVs3Calo);
}
if (hasAkVs4CaloJetTree) {
akVs4CaloJetTree->SetName("akVs4Calo");
if (tree == 0) tree = akVs4CaloJetTree; else tree->AddFriend(akVs4CaloJetTree);
setupJetTree(akVs4CaloJetTree,akVs4Calo);
}
if (hasAkVs5CaloJetTree) {
akVs5CaloJetTree->SetName("akVs5Calo");
if (tree == 0) tree = akVs5CaloJetTree; else tree->AddFriend(akVs5CaloJetTree);
setupJetTree(akVs5CaloJetTree,akVs5Calo);
}
if (hasAkVs6CaloJetTree) {
akVs6CaloJetTree->SetName("akVs6Calo");
if (tree == 0) tree = akVs6CaloJetTree; else tree->AddFriend(akVs6CaloJetTree);
setupJetTree(akVs6CaloJetTree,akVs6Calo);
}
if (hasTrackTree) {
trackTree->SetName("track");
if (tree == 0) tree = trackTree; else tree->AddFriend(trackTree);
trackTree->SetAlias("mergedGeneral","(trkAlgo<4||(highPurity))");
trackTree->SetAlias("mergedSelected","(trkAlgo<4||(highPurity&&trkAlgo==4)))");
setupTrackTree(trackTree,track);
}
if (hasPixTrackTree) {
pixtrackTree->SetName("pixtrack");
if (tree == 0) tree = pixtrackTree; else tree->AddFriend(pixtrackTree);
setupTrackTree(pixtrackTree,pixtrack);
}
if (hasSkimTree) {
skimTree->SetName("skim");
if (tree == 0) tree = skimTree; else tree->AddFriend(skimTree);
setupSkimTree(skimTree,skim);
}
if (hasNoiseTree) {
noiseTree->SetName("hcalNoise");
if (tree == 0) tree = noiseTree; else tree->AddFriend(noiseTree);
setupNoiseTree(noiseTree,hcalNoise);
}
if (hasTowerTree) {
towerTree->SetName("tower");
if (tree == 0) tree = towerTree; else tree->AddFriend(towerTree);
setupHitTree(towerTree,tower);
}
if (hasHbheTree) {
hbheTree->SetName("hbhe");
if (tree == 0) tree = hbheTree; else tree->AddFriend(hbheTree);
setupHitTree(hbheTree,hbhe);
}
if (hasEbTree) {
ebTree->SetName("eb");
if (tree == 0) tree = ebTree; else tree->AddFriend(ebTree);
setupHitTree(ebTree,eb);
}
if (hasGenpTree) {
genpTree->SetName("genp");
if (tree == 0) tree = genpTree; else tree->AddFriend(genpTree);
setupGenpTree(genpTree,genp);
}
if (hasGenParticleTree) {
genParticleTree->SetName("genparticle");
if (tree == 0) tree = genParticleTree; else tree->AddFriend(genParticleTree);
setupGenParticleTree(genParticleTree,genparticle);
}
tree->SetMarkerStyle(20);
// Print the status of thre forest
PrintStatus();
// Setup Track Corrections
if(doTrackCorrections){
trackCorrFromParam = new TrackingParam();
if (collisionMode==cPbPb) {
trackCorrections.push_back(new TrackingCorrections("Forest2STAv14","Forest2_MergedGeneral_jetfine"));
} else {
trackCorrections.push_back(new TrackingCorrections("Forest2STApp","Forest2_MergedGeneral_jetfine"));
}
// trackCorrections.push_back(new TrackingCorrections("Forest2STAv12","Forest2_MergedGeneral_j1"));
// trackCorrections.push_back(new TrackingCorrections("Forest2STAv12","Forest2_MergedGeneral_j2"));
for(unsigned int i = 0; i < trackCorrections.size(); ++i){
if (collisionMode==cPbPb) {
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec/IterTrkCorrv14XSec_hy18dj80to100_akPu3PF_100_-1_-1000_genJetMode0.root",80);
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec/IterTrkCorrv14XSec_hy18dj100to170_akPu3PF_100_-1_-1000_genJetMode0.root",100);
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec/IterTrkCorrv14XSec_hy18dj170to200_akPu3PF_100_-1_-1000_genJetMode0.root",170);
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec/IterTrkCorrv14XSec_hy18dj200to250_akPu3PF_100_-1_-1000_genJetMode0.root",200);
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec/IterTrkCorrv14XSec_hy18dj250to300_akPu3PF_100_-1_-1000_genJetMode0.root",250);
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec/IterTrkCorrv14XSec_hy18dj300to9999_akPu3PF_100_-1_-1000_genJetMode0.root",300);
// v12: frozen for preapproval
// trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv12XSec/IterTrkCorrv12XSec_hy18dj100_akPu3PF_100_40_2749_genJetMode0.root",100);
// trackCorrections[i]->AddNormFile("trkcorr/IterTrkCorrv12XSec/IterTrkCorrv12XSec_hy18dj100_akPu3PF_-1_-1_-1000_genJetMode0.root");
// trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv12XSec/IterTrkCorrv12XSec_hy18dj200_akPu3PF_100_40_2749_genJetMode0.root",200);
// trackCorrections[i]->AddNormFile("trkcorr/IterTrkCorrv12XSec/IterTrkCorrv12XSec_hy18dj200_akPu3PF_-1_-1_-1000_genJetMode0.root");
} else {
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec_pp/IterTrkCorrv14XSec_pp_sigdj80to120_akPu3PF_100_-1_-1000_genJetMode0.root",80);
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec_pp/IterTrkCorrv14XSec_pp_sigdj120to170_akPu3PF_100_-1_-1000_genJetMode0.root",120);
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec_pp/IterTrkCorrv14XSec_pp_sigdj170to200_akPu3PF_100_-1_-1000_genJetMode0.root",170);
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec_pp/IterTrkCorrv14XSec_pp_sigdj200to250_akPu3PF_100_-1_-1000_genJetMode0.root",200);
trackCorrections[i]->AddSample("trkcorr/IterTrkCorrv14XSec_pp/IterTrkCorrv14XSec_pp_sigdj250to9999_akPu3PF_100_-1_-1000_genJetMode0.root",250);
}
trackCorrections[i]->weightSamples_ = true;
trackCorrections[i]->smoothLevel_ = 0;
trackCorrections[i]->trkPhiMode_ = false;
trackCorrections[i]->ppMode_ = (collisionMode==cPP);
trackCorrections[i]->Init();
}
minJetPtForTrkCor = 40;
initialized = 1;
if (doTrackingSeparateLeadingSubleading&&trackCorrections.size()<3) {
cout << "Fatal Error: Not enough correction tables to do separate leading/subleading jet tracking correction" << endl;
exit(1);
}
}
}
void HiForest::CheckTree(TTree *t,const char *title)
{
int entries = t->GetEntries();
if (nEntries==0) nEntries = entries;
cout <<title<<": "<<entries<<" entries loaded.";
if (entries != nEntries) {
cout <<" Inconsistent number of entries!!"<<endl;
} else {
cout <<endl;
}
}
void HiForest::CheckArraySizes(){
vector<int> trackOverflow(0);
vector<int> objectOverflow(0);
for(int ie = 0; ie < nEntries; ++ie){
GetEntry(ie);
if(track.nTrk > maxEntryTrack) trackOverflow.push_back(track.nTrk);
if(akPu3PF.nref > maxEntry) objectOverflow.push_back(akPu3PF.nref);
if(icPu5.nref > maxEntry) objectOverflow.push_back(icPu5.nref);
}
for(unsigned int i = 0; i < trackOverflow.size(); ++i){
cout<<trackOverflow[i]<<endl;
}
if(trackOverflow.size() == 0) cout<<"Track sizes OK"<<endl;
else cout<<"tracks crash"<<endl; // TODO : really crash
for(unsigned int i = 0; i < objectOverflow.size(); ++i){
cout<<objectOverflow[i]<<endl;
}
if(objectOverflow.size() == 0) cout<<"Object sizes OK"<<endl;
else cout<<"objects crash"<<endl; // TODO : really crash
}
void HiForest::PrintStatus()
{
cout <<"Summary of the forest"<<endl;
if (hasHltTree) CheckTree(hltTree, "HltTree");
if (hasSkimTree) CheckTree(skimTree, "SkimTree");
if (hasEvtTree) CheckTree(evtTree, "EvtTree");