PtVariation

Description

Holds the histograms and indices corresponding to one variation.

Public Member Functions
	PtVariation (TString Name, size_t IJEC=0, size_t IGenJetWgt=0, size_t IRecJetWgt=0, size_t IGenEvtWgt=0, size_t IRecEvtWgt=0)
void	Write (TFile *file)

Public Attributes
const TString	name
const size_t	iJEC
const size_t	iGenJetWgt
const size_t	iRecJetWgt
const size_t	iGenEvtWgt
const size_t	iRecEvtWgt
TH1 *	rec
TH1 *	tmp
TH1 *	gen
TH1 *	missNoMatch
TH1 *	missOut
TH1 *	fakeNoMatch
TH1 *	fakeOut
TH2 *	cov
TH2 *	RM

Static Public Attributes
static bool	isMC = false

Constructor & Destructor Documentation

PtVariation()

PtVariation ( TString  Name, size_t  IJEC = 0, size_t  IGenJetWgt = 0, size_t  IRecJetWgt = 0, size_t  IGenEvtWgt = 0, size_t  IRecEvtWgt = 0  )

inline

Todo:

investigate the migrations out of the phase space with the underflow and overflow

                                                          :
        name(Name), iJEC(IJEC),
        iGenJetWgt(IGenJetWgt), iRecJetWgt(IRecJetWgt),
        iGenEvtWgt(IGenEvtWgt), iRecEvtWgt(IRecEvtWgt),
        rec(nullptr), tmp(nullptr), gen(nullptr),
        missNoMatch(nullptr), missOut(nullptr),
        fakeNoMatch(nullptr), fakeOut(nullptr),
        cov(nullptr), RM(nullptr)
    {
        rec = new TH1D(Name + "rec", "detector level", nRecBins, recBins.data()),
        tmp = new TH1D(Name + "tmp", "", nRecBins, recBins.data());
        cov = new TH2D(Name + "cov", "covariance matrix of detector level", nRecBins, recBins.data(), nRecBins, recBins.data());
        if (!isMC) return;
        gen         = new TH1D(Name + "gen"        , "hadron level", nGenBins, genBins.data()),
        missNoMatch = new TH1D(Name + "missNoMatch", "real inefficiency"                                                 , nGenBins, genBins.data()),
        missOut     = new TH1D(Name + "missOut"    , "good gen jets matched to jets reconstructed out of the phase space", nGenBins, genBins.data()),
        fakeNoMatch = new TH1D(Name + "fakeNoMatch", "real background"                                               , nRecBins, recBins.data()),
        fakeOut     = new TH1D(Name + "fakeOut"    , "good rec jets matched to jets generated out of the phase space", nRecBins, recBins.data()),
        RM          = new TH2D(Name + "RM", "migrations of jets in phase space at both levels", nGenBins, genBins.data(), nRecBins, recBins.data());
    }

Member Function Documentation

Write()

void Write ( TFile *  file )

inline

    {
        cout << "Writing " << name << endl;
        file->cd();
        TDirectory * dir = file->mkdir(name);
        dir->cd();
#define PAIR(name) make_pair(dynamic_cast<TH1*>(name), #name)
        for (auto p: { PAIR(gen), PAIR(missNoMatch), PAIR(missOut),
                       PAIR(rec), PAIR(fakeNoMatch), PAIR(fakeOut),
                       PAIR(cov), PAIR(RM) }) {
#undef PAIR
            if (p.first == nullptr) continue;
            p.first->SetDirectory(dir);
            p.first->Write(p.second);
        }
    }

Member Data Documentation

cov

TH2* cov

fakeNoMatch

TH1 * fakeNoMatch

fakeOut

TH1 * fakeOut

gen

TH1 * gen

iGenEvtWgt

const size_t iGenEvtWgt

iGenJetWgt

const size_t iGenJetWgt

iJEC

const size_t iJEC

iRecEvtWgt

const size_t iRecEvtWgt

iRecJetWgt

const size_t iRecJetWgt

isMC

bool isMC = false

static

missNoMatch

TH1 * missNoMatch

missOut

TH1 * missOut

name

const TString name

rec

TH1* rec

RM

TH2 * RM

tmp

TH1 * tmp

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The documentation for this struct was generated from the following file:

• /builds/cms-analysis/general/DasAnalysisSystem/Core/Installer/Core/Unfolding/bin/getUnfHistPt.cc