LEff Class Reference

Description of LEffective. More...

#include <XeAnalysis.h>

Inheritance diagram for LEff:

Public Member Functions
double	getErMin ()
double	getLEff (double Er, double t)
double	getLEff (double Er)
virtual double	getLEffFromTable (double Er, int mode)=0
double	getTValue ()
	LEff ()
	base class creator
XeGraph *	newGraphOfCurrentLEff (ErRange *er=NULL, int plot=NONE)
XeGraph *	newGraphOfLEff (ErRange *er=NULL, double t=0., int plot=NONE)
	Compute graph of LEFF.
XeMultiGraph *	newMultiGraphOfLEff (ErRange *er=NULL, int step=1, int plot=NONE)
	Compute Multi graph of LEFF for canonical values of LEff t-values.
void	setErMin (double e)
void	setTValue (double t)
Static Public Member Functions
static pair< int, double >	getBinAndFraction (double t)
static LinearRange *	getTRange ()
static LEff *	newDefault (int runNumber)
	compute LEff t-value for a given tabulation index
static void	setTValueMode (int mode)
	Set the interpolate mode wrt t-value.
static double	tabulated (int T_INDEX)
	compute LEff t-value for a given tabulation index
static string	tabulatedName (int T_INDEX)
	return name of LEff t-value for a given tabulation index
Protected Attributes
double	ErMin
double	tValue
Static Protected Attributes
static LinearRange *	tRange
static int	tValueMode

Detailed Description

Description of LEffective.

This is a virtual class

static LEff* LEff::newDefault ( int runNumber ) [static]

compute LEff t-value for a given tabulation index

Parameters:

runNumber

Run number

XeGraph* LEff::newGraphOfLEff	(	ErRange *	er = `NULL`,
		double	t = `0.`,
		int	plot = `NONE`
	)

Compute graph of LEFF.

Parameters:

	er	Energy Range (actually ErRange)
	t	Nuisance parameter modified LEff, in units of "sigma equivalent"
	plot	either NONE, AUTO, LINEAR, or LOG

XeMultiGraph* LEff::newMultiGraphOfLEff	(	ErRange *	er = `NULL`,
		int	step = `1`,
		int	plot = `NONE`
	)

Compute Multi graph of LEFF for canonical values of LEff t-values.

Parameters:

	er	Energy Range (actually ErRange)
	plot	either NONE, AUTO, LINEAR, or LOG

static void LEff::setTValueMode ( int mode ) [static]

Set the interpolate mode wrt t-value.

Parameters:

mode

can be either LINEAR or EXPONENTIAL

static double LEff::tabulated ( int T_INDEX ) [static]

compute LEff t-value for a given tabulation index

Parameters:

T_INDEX

index

static string LEff::tabulatedName ( int T_INDEX ) [static]

return name of LEff t-value for a given tabulation index

Parameters:

T_INDEX

index

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