Calculation of a series of flavour tag inputs. More...

#include <paramsignificance.h>

Inheritance diagram for vertex_lcfi::ParameterSignificance:

Collaboration diagram for vertex_lcfi::ParameterSignificance:

Public Member Functions
	ParameterSignificance ()
	Constructor.

string	name () const
	Name. More...

std::vector< string >	parameterNames () const
	Parameter Names. More...

std::vector< string >	parameterValues () const
	Parameter Values. More...

void	setStringParameter (const string &Parameter, const string &Value)
	Set String Parameter. More...

void	setDoubleParameter (const string &Parameter, const double Value)
	Set Double Parameter. More...

void	setPointerParameter (const string &Parameter, void *Value)
	Set Pointer Parameter. More...

std::map< SignificanceType, double >	calculateFor (Jet *MyJet) const
	Run the algorithm on a jet. More...

	ParameterSignificance ()
	Constructor.

string	name () const
	Name. More...

std::vector< string >	parameterNames () const
	Parameter Names. More...

std::vector< string >	parameterValues () const
	Parameter Values. More...

void	setStringParameter (const string &Parameter, const string &Value)
	Set String Parameter. More...

void	setDoubleParameter (const string &Parameter, const double Value)
	Set Double Parameter. More...

void	setPointerParameter (const string &Parameter, void *Value)
	Set Pointer Parameter. More...

std::map< SignificanceType, double >	calculateFor (Jet *MyJet) const
	Run the algorithm on a jet. More...

Additional Inherited Members
Public Types inherited from vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >
typedef std::map < SignificanceType, double >	OutType

typedef std::map < SignificanceType, double >	OutType

typedef Jet *	InType

typedef Jet *	InType

Protected Member Functions inherited from vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >
void	badParameter (std::string Parameter)

void	badParameter (std::string Parameter)

Detailed Description

Calculation of a series of flavour tag inputs.

This class finds the two most significant tracks in the RPhi plane. It then outputs the momentum, z significance and RPhi significance of these two tracks. The class has the following parameters:

Parameters

LayersHit	we will be setting minimum momentum cuts on tracks that will hit Layershit minus one and LayersHit or more layers of the vertex detector.
AllbutOneLayersMomentumCut	minimum momentum of particles that have been detected in LayersHit minus one layers of the vertex detector
AllLayersMomentumCut	minimum momentum of particles that have been detected at least in LayersHit layers of the vertex detector
TwoTrackPidCut	this is a pointer parameter. This should point to the map outputted by the algorithm TwoTrackPid . This pointer is used to cut out the tracks that have been flagged as deriving from a gamma or a Ks.

Author: Erik Devetak (e.dev.nosp@m.etak.nosp@m.1@phy.nosp@m.sics.nosp@m..ox.a.nosp@m.c.uk)

Definition at line 39 of file include/vertex_lcfi/algo/inc/paramsignificance.h.

Member Function Documentation

std::map< SignificanceType,double > vertex_lcfi::ParameterSignificance::calculateFor ( Jet * MyJet ) const

virtual

Run the algorithm on a jet.

Calculate the two tracks with the highest RPhi significance and output their RPhi significance, Z significance and momentum.

Parameters

Jet	Pointer to jet to be analysed

Returns: map containing the following keys:"D0SigTrack1", <D0SigTrack2","Z0SigTrack1", "Z0SigTrack2","MomentumTrack1","MomentumTrack2".

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

Definition at line 90 of file paramsignificance.cpp.

References vertex_lcfi::Jet::tracks().

std::map<SignificanceType, double> vertex_lcfi::ParameterSignificance::calculateFor ( Jet * MyJet ) const

virtual

Run the algorithm on a jet.

Calculate the two tracks with the highest RPhi significance and output their RPhi significance, Z significance and momentum.

Parameters

Jet	Pointer to jet to be analysed

Returns: map containing the following keys:"D0SigTrack1", <D0SigTrack2","Z0SigTrack1", "Z0SigTrack2","MomentumTrack1","MomentumTrack2".

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

string vertex_lcfi::ParameterSignificance::name ( ) const

virtual

Name.

String name of the algorithm

Returns: String name

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

string vertex_lcfi::ParameterSignificance::name ( ) const

virtual

Name.

String name of the algorithm

Returns: String name

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

Definition at line 35 of file paramsignificance.cpp.

std::vector< string > vertex_lcfi::ParameterSignificance::parameterNames ( ) const

virtual

Parameter Names.

A vector of the names of the algorithms parameters

Returns: vector of string names

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

Definition at line 40 of file paramsignificance.cpp.

std::vector<string> vertex_lcfi::ParameterSignificance::parameterNames ( ) const

virtual

Parameter Names.

A vector of the names of the algorithms parameters

Returns: vector of string names

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

std::vector<string> vertex_lcfi::ParameterSignificance::parameterValues ( ) const

virtual

Parameter Values.

A vector of the values of the algorithms parameters, in the same order as parameter names

Returns: vector of string values

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

std::vector< string > vertex_lcfi::ParameterSignificance::parameterValues ( ) const

virtual

Parameter Values.

A vector of the values of the algorithms parameters, in the same order as parameter names

Returns: vector of string values

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

Definition at line 45 of file paramsignificance.cpp.

void vertex_lcfi::ParameterSignificance::setDoubleParameter	(	const string &	Parameter,
		const double	Value
	)

virtual

Set Double Parameter.

Set a double parameter

Parameters

Parameter	String of parameter name
Value	double of parameter value

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

Definition at line 60 of file paramsignificance.cpp.

void vertex_lcfi::ParameterSignificance::setDoubleParameter	(	const string &	Parameter,
		const double	Value
	)

virtual

Set Double Parameter.

Set a double parameter

Parameters

Parameter	String of parameter name
Value	double of parameter value

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

void vertex_lcfi::ParameterSignificance::setPointerParameter	(	const string &	Parameter,
		void *	Value
	)

virtual

Set Pointer Parameter.

Set a pointer parameter

Parameters

Parameter	String of parameter name
Value	pointer to void

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

Definition at line 81 of file paramsignificance.cpp.

void vertex_lcfi::ParameterSignificance::setPointerParameter	(	const string &	Parameter,
		void *	Value
	)

virtual

Set Pointer Parameter.

Set a pointer parameter

Parameters

Parameter	String of parameter name
Value	pointer to void

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

void vertex_lcfi::ParameterSignificance::setStringParameter	(	const string &	Parameter,
		const string &	Value
	)

virtual

Set String Parameter.

Set a string parameter

Parameters

Parameter	String of parameter name
Value	String of parameter value

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

Definition at line 55 of file paramsignificance.cpp.

void vertex_lcfi::ParameterSignificance::setStringParameter	(	const string &	Parameter,
		const string &	Value
	)

virtual

Set String Parameter.

Set a string parameter

Parameters

Parameter	String of parameter name
Value	String of parameter value

Implements vertex_lcfi::Algo< Jet *, std::map< SignificanceType, double > >.

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

Public Member Functions

Additional Inherited Members

Detailed Description

Member Function Documentation