NangaParbat::MeanReplica Class Reference

Parameterisation derived from the "Parameterisation" mother class to compute the mean replica of a Monte Carlo set. More...

#include <meanreplica.h>

Inheritance diagram for NangaParbat::MeanReplica:

Public Member Functions
	MeanReplica (std::string const &InputFolder, std::string const &FitConfigFile, std::vector< int > const &discard={})
	The "Parameterisation" constructor. More...
	~MeanReplica ()
	The "MeanReplica" destructor. More...
double	Evaluate (double const &x, double const &bT, double const &zeta, int const &ifunc) const
	Function that returns the value of one of the functions. More...
std::string	LatexFormula () const
	Function that returns a string with the formula of the non-perturbative function(s) in LaTex format. More...
std::vector< std::string >	GetParameterNames () const
	Function that returns a vector of strings containing the names of the parameters in LaTex format. More...
Public Member Functions inherited from NangaParbat::Parameterisation
	Parameterisation (std::string const &name="", int const &nfuncs=0, std::vector< double > pars={}, bool const &anders=false)
	The "Parameterisation" constructor. More...
virtual	~Parameterisation ()
	The "Parameterisation" destructor. More...
virtual void	SetParameters (std::vector< double > const &pars)
	Function that sets the free parameters of the parameterisation. More...
virtual void	EvaluateOnGrid ()
std::function< double(double const &, double const &, double const &, int const &)>	Function () const
	Function that returns the parametrisation in the form of a std::function. More...
virtual double	Derive (double const &x, double const &b, double const &zeta, int const &ifunc, int const &ipar) const
	Virtual function that returns the value of the derivative of one of the functions. More...
virtual void	DeriveOnGrid ()
std::function< double(double const &, double const &, double const &, int const &, int const &)>	Derivative () const
	Function that returns the derivative of the parametrisation in the form of a std::function. More...
virtual std::string	GetDescription () const
	Virtual function that returns a short description of the parametrisation. More...
virtual std::function< std::map< int, double >(double const &, double const &)>	LHAPDF_Function () const
virtual std::function< std::map< int, double >(double const &, double const &)>	LHAPDF_Derivative (int) const
virtual std::function< apfel::Set< apfel::Distribution >(double const &)>	DistributionFunction () const
virtual std::function< apfel::Set< apfel::Distribution >(double const &)>	DistributionDerivative (int) const
std::string	GetName () const
int	GetNumberOfFunctions () const
virtual std::vector< double >	GetParameters () const
virtual int	GetParameterNumber () const
bool	HasGradient () const

Private Attributes
NangaParbat::Parameterisation *	_NPFunc
std::vector< NangaParbat::Parameterisation * >	_NPFuncv
std::unique_ptr< apfel::QGrid< double > >	_xg
std::unique_ptr< apfel::QGrid< double > >	_bTg
std::unique_ptr< apfel::QGrid< double > >	_zetag
std::vector< std::vector< std::vector< double > > >	_fNP1g
std::vector< std::vector< std::vector< double > > >	_fNP2g

Additional Inherited Members
Protected Attributes inherited from NangaParbat::Parameterisation
std::string	_name
	Name of the parameterisation. More...
int	_nfuncs
	Number of output functions. More...
std::vector< double >	_pars
	The vector of free parameters. More...
bool	_anders
	Whether the parametersation provides analytic derivatives. More...

Detailed Description

Parameterisation derived from the "Parameterisation" mother class to compute the mean replica of a Monte Carlo set.

Examples

ComputeMeanReplica.cc.

Constructor & Destructor Documentation

MeanReplica()

NangaParbat::MeanReplica::MeanReplica	(	std::string const &	InputFolder,
		std::string const &	FitConfigFile,
		std::vector< int > const &	discard = {}
	)

The "Parameterisation" constructor.

Parameters

InputFolder	path to the folder where the replicas are
FitConfigFile	configuration file in YAML format
discard	vector of replicas to be discarded

~MeanReplica()

NangaParbat::MeanReplica::~MeanReplica

(

)

The "MeanReplica" destructor.

Member Function Documentation

Evaluate()

double NangaParbat::MeanReplica::Evaluate ( double const &  x, double const &  bT, double const &  zeta, int const &  ifunc  ) const

virtual

Function that returns the value of one of the functions.

Parameters

x	momentum fraction
bT	impact parameter
zeta	rapidity scale ζ
ifunc	index of the function

Returns

it returns the value of the ifunc-th function at (x, b, ζ)

Reimplemented from NangaParbat::Parameterisation.

GetParameterNames()

std::vector< std::string > NangaParbat::MeanReplica::GetParameterNames ( ) const

virtual

Function that returns a vector of strings containing the names of the parameters in LaTex format.

Reimplemented from NangaParbat::Parameterisation.

LatexFormula()

std::string NangaParbat::MeanReplica::LatexFormula ( ) const

virtual

Function that returns a string with the formula of the non-perturbative function(s) in LaTex format.

Reimplemented from NangaParbat::Parameterisation.

Member Data Documentation

_bTg

std::unique_ptr<apfel::QGrid<double> > NangaParbat::MeanReplica::_bTg

private

_fNP1g

std::vector<std::vector<std::vector<double> > > NangaParbat::MeanReplica::_fNP1g

private

_fNP2g

std::vector<std::vector<std::vector<double> > > NangaParbat::MeanReplica::_fNP2g

private

_NPFunc

NangaParbat::Parameterisation* NangaParbat::MeanReplica::_NPFunc

private

_NPFuncv

std::vector<NangaParbat::Parameterisation*> NangaParbat::MeanReplica::_NPFuncv

private

_xg

std::unique_ptr<apfel::QGrid<double> > NangaParbat::MeanReplica::_xg

private

_zetag

std::unique_ptr<apfel::QGrid<double> > NangaParbat::MeanReplica::_zetag

private

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

• /Users/vb262523/Codes/NangaParbat-Beta/inc/NangaParbat/meanreplica.h