DAS::Unfolding::ZmmY Namespace Reference

Classes
struct	BF
struct	BFFiller
struct	BFprocessT
struct	Dalitz
struct	DalitzFiller
struct	EventInfo

Typedefs
using	DYJetsToMuMu = BFprocessT< 1 >
using	DYJetsToTauTau = BFprocessT< 2 >
using	TTTo2L2Nu = BFprocessT< 3 >
using	QCD = BFprocessT< 4 >
using	WW = BFprocessT< 5 >
using	WZ = BFprocessT< 6 >
using	ZZ = BFprocessT< 7 >

Enumerations
enum	EventCategory { NotSelected, MuMu, MuMuGamma }

Variables
static const std::vector< const char * >	processes {"Z#to#mu#mu", "Z#to#tau#tau", "t#bar{t}#to2l2#nu", "QCD", "WW", "WZ", "ZZ"}
static const std::vector< const char * >	channels {"#mu#mu", "#mu#mu#gamma"}
constexpr double	minMu1Pt = 20
constexpr double	minMu2Pt = 15
constexpr double	maxMuAbsEta = 2.4
constexpr double	minGammaPt = 20
constexpr double	maxGammaAbsEta = 2.4
constexpr double	minMMuMu = 40
constexpr double	minMMuMuGamma = 76.1876
constexpr double	maxMMuMuGamma = 106.1876
constexpr int	nM2RatioBins = 20
constexpr int	nMMuGamma2Bins = 10

Typedef Documentation

DYJetsToMuMu

using DYJetsToMuMu = BFprocessT<1>

DYJetsToTauTau

using DYJetsToTauTau = BFprocessT<2>

QCD

using QCD = BFprocessT<4>

TTTo2L2Nu

using TTTo2L2Nu = BFprocessT<3>

WW

using WW = BFprocessT<5>

WZ

using WZ = BFprocessT<6>

ZZ

using ZZ = BFprocessT<7>

Enumeration Type Documentation

EventCategory

enum EventCategory

strong

Event categories used in the \( Z\to\mu\mu\gamma \) analysis.

Enumerator
NotSelected	The event fails some selection.
MuMu	Dimuon candidates close to the Z peak.
MuMuGamma	\( Z\to\mu\mu\gamma \) decay candidates.

                         {
    NotSelected, 
    MuMu,        
    MuMuGamma,   
};

Variable Documentation

channels

const std::vector<const char *> channels {"#mu#mu", "#mu#mu#gamma"}

static

maxGammaAbsEta

constexpr double maxGammaAbsEta = 2.4

constexpr

maxMMuMuGamma

constexpr double maxMMuMuGamma = 106.1876

maxMuAbsEta

constexpr double maxMuAbsEta = 2.4

constexpr

minGammaPt

constexpr double minGammaPt = 20

constexpr

minMMuMu

constexpr double minMMuMu = 40

constexpr

minMMuMuGamma

constexpr double minMMuMuGamma = 76.1876

constexpr

minMu1Pt

constexpr double minMu1Pt = 20

constexpr

minMu2Pt

constexpr double minMu2Pt = 15

constexpr

nM2RatioBins

constexpr int nM2RatioBins = 20

constexpr

nMMuGamma2Bins

constexpr int nMMuGamma2Bins = 10

constexpr

processes

const std::vector<const char *> processes {"Z#to#mu#mu", "Z#to#tau#tau", "t#bar{t}#to2l2#nu", "QCD", "WW", "WZ", "ZZ"}

static