XeLimits Class Reference

Describing a set of cross sections. More...

#include <XeStat.h>

Inheritance diagram for XeLimits:

List of all members.

Public Member Functions
void	add (double mass, double estimatedSigma, double estimatedEvents, double sigmaLimit, double eventsLimit)
	Add one entry.
void	add (XeLimit *limit)
	Add one entry.
XeGraph *	newGraph (int mode, int unit, int plot=NONE)
	Create a graph in either in units of cm^2 or expected number of signal events.
XeGraph *	newGraphOfEstimatedEvents (int plot=NONE)
	Create a graph of estimated cross section in units of expected number of signal events.
XeGraph *	newGraphOfEstimatedSigma (int plot=NONE)
	Create a graph of estimated cross section in units of cm2.
XeGraph *	newGraphOfEventLimit (int plot=NONE)
	Create a graph of estimated cross section in units of expected number of signal events.
XeGraph *	newGraphOfSigmaLimit (int plot=NONE)
	Create a graph of estimated cross section in units of cm2.
bool	printIt (int level=1)
	print the object
void	read (string fName)
	Read from a flat file.
	XeLimits (string title)
	Constructor.
	XeLimits ()
	Simple constructor.

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Detailed Description

Describing a set of cross sections.

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Constructor & Destructor Documentation

XeLimits::XeLimits

(

string

title

)

Constructor.

Parameters:

title

name of the XeObject

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Member Function Documentation

void XeLimits::add	(	double	mass,
		double	estimatedSigma,
		double	estimatedEvents,
		double	sigmaLimit,
		double	eventsLimit
	)

Add one entry.

Parameters:

	mass	WIMP mass it refers to
	estimatedsigma	estimated cross section, in units of cm^2
	estimatedevents	estimated cross section, in units of expected number of signal events
	sigmaLimit	limit cross section, in units of cm^2
	eventsLimit	limit cross section, in units of expected number of signal events

void XeLimits::add

(

XeLimit *

limit

)

Add one entry.

Parameters:

sigma

the XeLimit value

XeGraph* XeLimits::newGraph	(	int	mode,
		int	unit,
		int	plot = NONE
	)

Create a graph in either in units of cm^2 or expected number of signal events.

Parameters:

	mode	either ESTIMATED or UPPER_LIMIT
	unit	either SIGMA_UNIT or EVENT_UNIT
	plot	either NONE, AUTO, LINEAR, or LOG

Returns:

a pointer to the newly created XeGraph

XeGraph* XeLimits::newGraphOfEstimatedEvents

(

int

plot = NONE

)

Create a graph of estimated cross section in units of expected number of signal events.

Returns:

a pointer to the newly created XeGraph

Parameters:

plot

either NONE, AUTO, LINEAR, or LOG

XeGraph* XeLimits::newGraphOfEstimatedSigma

(

int

plot = NONE

)

Create a graph of estimated cross section in units of cm2.

Returns:

a pointer to the newly created XeGraph

Parameters:

plot

either NONE, AUTO, LINEAR, or LOG

XeGraph* XeLimits::newGraphOfEventLimit

(

int

plot = NONE

)

Create a graph of estimated cross section in units of expected number of signal events.

Returns:

a pointer to the newly created XeGraph

Parameters:

plot

either NONE, AUTO, LINEAR, or LOG

XeGraph* XeLimits::newGraphOfSigmaLimit

(

int

plot = NONE

)

Create a graph of estimated cross section in units of cm2.

Returns:

a pointer to the newly created XeGraph

Parameters:

plot

either NONE, AUTO, LINEAR, or LOG

bool XeLimits::printIt

(

int

level = 1

)

[virtual]

print the object

Parameters:

level

print level (0-> no print)

Reimplemented from XeObject.

void XeLimits::read

(

string

fName

)

Read from a flat file.

Parameters:

fName

name of the file (prepended by the results directory name

Reimplemented from XeObject.

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

• /home/lellouch/Dropbox/Xenon/Xephyr/XeStat.h