Structure containing the kinematic information of one single data set. More...

#include <datahandler.h>

Public Member Functions
	Kinematics ()

bool	empty () const

Public Attributes
int	ndata
	Number of data points. More...

double	Vs
	Center of mass energy. More...

std::vector< double >	qTv
	Vector of qT values. More...

std::vector< std::pair< double, double > >	qTmap
	Map of qT bounds to associate to the single bins. More...

std::vector< double >	qTfact
	Possible bin-by-bin prefactors to multiply the theoretical predictions. More...

std::pair< double, double >	var1b
	Variable 1 integration bounds. More...

std::pair< double, double >	var2b
	Variable 2 integration bounds. More...

std::pair< double, double >	var3b
	Variable 3 integration bounds. More...

bool	IntqT
	Whether the bins in qTv are integrated over. More...

bool	Intv1
	Whether the bins variable 1 are integrated over. More...

bool	Intv2
	Whether the bins variable 2 are integrated over. More...

bool	Intv3
	Whether the bins variable 3 are integrated over. More...

bool	PSRed
	Whether there is a final-state PS reduction. More...

double	pTMin
	Minimum pT of the final-state leptons. More...

std::pair< double, double >	etaRange
	Allowed range in eta of the final-state leptons. More...

Detailed Description

Structure containing the kinematic information of one single data set.

Constructor & Destructor Documentation

◆ Kinematics()

NangaParbat::DataHandler::Kinematics::Kinematics ( )

Member Function Documentation

◆ empty()

bool NangaParbat::DataHandler::Kinematics::empty ( ) const

Member Data Documentation

◆ etaRange

std::pair<double, double> NangaParbat::DataHandler::Kinematics::etaRange

Allowed range in eta of the final-state leptons.

◆ IntqT

bool NangaParbat::DataHandler::Kinematics::IntqT

Whether the bins in qTv are integrated over.

◆ Intv1

bool NangaParbat::DataHandler::Kinematics::Intv1

Whether the bins variable 1 are integrated over.

◆ Intv2

bool NangaParbat::DataHandler::Kinematics::Intv2

Whether the bins variable 2 are integrated over.

◆ Intv3

bool NangaParbat::DataHandler::Kinematics::Intv3

Whether the bins variable 3 are integrated over.

◆ ndata

int NangaParbat::DataHandler::Kinematics::ndata

Number of data points.

◆ PSRed

bool NangaParbat::DataHandler::Kinematics::PSRed

Whether there is a final-state PS reduction.

◆ pTMin

double NangaParbat::DataHandler::Kinematics::pTMin

Minimum pT of the final-state leptons.

◆ qTfact

std::vector<double> NangaParbat::DataHandler::Kinematics::qTfact

Possible bin-by-bin prefactors to multiply the theoretical predictions.

◆ qTmap

std::vector<std::pair<double, double> > NangaParbat::DataHandler::Kinematics::qTmap

Map of qT bounds to associate to the single bins.

◆ qTv

std::vector<double> NangaParbat::DataHandler::Kinematics::qTv

Vector of qT values.

◆ var1b

std::pair<double, double> NangaParbat::DataHandler::Kinematics::var1b

Variable 1 integration bounds.

◆ var2b

std::pair<double, double> NangaParbat::DataHandler::Kinematics::var2b

Variable 2 integration bounds.

◆ var3b

std::pair<double, double> NangaParbat::DataHandler::Kinematics::var3b

Variable 3 integration bounds.

◆ Vs

double NangaParbat::DataHandler::Kinematics::Vs

Center of mass energy.

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

/Users/vb262523/Codes/NangaParbat-Beta/inc/NangaParbat/datahandler.h

Public Member Functions

Public Attributes