Target Class Reference

Description of a target (sensitive gas/liquid). More...

#include <XePhys.h>

Inheritance diagram for Target:

List of all members.

Public Member Functions
void	add (int n, int a=0, double fraction=1.)
	Add a nucleus to the target compound.
void	add (Target *target, double fraction)
bool	checkIt ()
	Virtual method which checks the object, fill its status and returns if checked OK.
double	dRate (double Er)
	Compute differential ERecoil rate.
double	ErMax ()
	Compute typical Maximum Energy recoil.
double	getFraction (int n, int a)
map< int, double > &	getFractions ()
GalaxyModel *	getGalaxyModel ()
Interaction *	getInteraction ()
double	getValue (int mode, double x)
Wimp *	getWimp ()
double	getWimpMass ()
XeGraph *	newGraphOfRate (ErRange *er=NULL)
	Compute a graph of Energu Recoil.
void	printInteraction ()
bool	printIt (int level=1)
	Virtual method to print the object.
double	rate (double Ermin=0., double Ermax=0.)
	Compute Integrated ERecoil rate.
void	setGalaxyModel (GalaxyModel *gal)
	set the Galaxy Model
void	setInteraction (Interaction *inter)
	Set the interaction.
void	setWimp (Wimp *w)
void	setWimpMass (double mass)
	Set WIMP mass.
	Target (int n, int a=NATURAL)
Protected Member Functions
void	init ()
Protected Attributes
map< int, double >	fractions
GalaxyModel *	galaxyModel
Interaction *	interaction
Wimp *	wimp

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Detailed Description

Description of a target (sensitive gas/liquid).

Characterized by the element (currently Xenon only) and its abundance pattern (either NATURAL or DEPLETED)

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Constructor & Destructor Documentation

Target::Target	(	int	n,
		int	a = NATURAL
	)

Parameters:

	n	Atomic number either XENON or other defined Nucleus
	a	abundance pattern, in case of Xenon: either NATURAL or DEPLETED

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Member Function Documentation

void Target::add	(	int	n,
		int	a = 0,
		double	fraction = 1.
	)

Add a nucleus to the target compound.

Parameters:

	n	Atomic number
	a	Mass number
	f	relative fraction

double Target::dRate

(

double

Er

)

Compute differential ERecoil rate.

Returns:

differential rate per Kg per day per Kev

double Target::ErMax

(

)

Compute typical Maximum Energy recoil.

Returns:

maximum recoil energy

double Target::getValue	(	int	what,
		double	x
	)			[virtual]

Returns:

value of the function to be integrated

Parameters:

	what	Flag telling what to compute
	x	Where the function is evaluated

Implements integrable.

XeGraph* Target::newGraphOfRate

(

ErRange *

er = NULL

)

Compute a graph of Energu Recoil.

Returns:

a graph (actually XeGraph) of the rate per kg per day for a given energy range (ErRange).

bool Target::printIt

(

int

level = 1

)

[virtual]

Virtual method to print the object.

Returns:

true if no error was found

Parameters:

level

print level

Reimplemented from XeObject.

double Target::rate	(	double	Ermin = 0.,
		double	Ermax = 0.
	)

Compute Integrated ERecoil rate.

Returns:

integrated rate per Kg per day between Ermin and Ermax

void Target::setGalaxyModel

(

GalaxyModel *

gal

)

set the Galaxy Model

Parameters:

gal

GalaxyModel

void Target::setInteraction

(

Interaction *

inter

)

Set the interaction.

Parameters:

inter

Interction

void Target::setWimpMass

(

double

mass

)

Set WIMP mass.

Parameters:

mass

The mass of the Wimp

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

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