A general Woods-Saxon distributed nucleus. More...

Inheritance diagram for WoodsSaxonModel:

Public Member Functions
virtual	~WoodsSaxonModel ()
	Virtual destructor.

	WoodsSaxonModel ()

bool	init () override
	Initialize parameters. More...

bool	initGeometry () override
	Initialize Radius and other parameters. More...

vector< Nucleon >	generate () const override
	Generate all the nucleons. More...

double	a () const
	Accessor functions.

Public Member Functions inherited from HardCoreModel
	HardCoreModel ()
	Default constructor.

virtual	~HardCoreModel ()
	Virtual destructor.

void	initHardCore ()
	HardCoreModel is a base class for models implementing a hard core. More...

double	rSample () const

Public Member Functions inherited from NucleusModel
	NucleusModel ()

virtual	~NucleusModel ()
	Virtual destructor.

void	initPtr (int idIn, bool isProjIn, Info &infoIn)
	Init method. More...

void	setParticle (int idIn)
	Set the particle id of the produced nucleus. More...

virtual void	setPN (const Vec4 &pNIn)
	Set (new) nucleon momentum.

virtual void	setMN (double mNIn)
	Set (new) effective nucleon mass.

virtual Particle	produceIon ()
	Produce an instance of the incoming nucleon. More...

int	id () const
	Accessor functions.

int	I () const

int	A () const

int	Z () const

int	L () const

double	R () const

int	idN () const

const Vec4 &	pN () const

double	mN () const

Protected Member Functions
Vec4	generateNucleon () const
	Place a nucleon inside a nucleus. More...

void	overestimates ()
	Calculate overestimates for sampling.

Protected Attributes
double	aSave
	The nucleus radius, skin depth parameter, and hard core nucleon radius.

Protected Attributes inherited from HardCoreModel
bool	useHardCore
	Use the hard core or not.

bool	gaussHardCore
	Use a Gaussian hard core.

double	hardCoreRadius
	The radius or width of the hard core.

Protected Attributes inherited from NucleusModel
bool	isProj
	Projectile or target.

int	idSave
	The nucleus.

int	ISave
	Cache information about the nucleus.

int	ASave

int	ZSave

int	LSave

double	RSave
	The estimate of the nucleus radius.

double	mSave {}
	The mass of the nucleus and its nucleons.

Vec4	pNSave {}
	The nucleon beam momentum.

double	mNSave {}
	The effective nucleon mass.

int	idNSave = 2212

Info *	infoPtr
	Pointers to useful objects.

Settings *	settingsPtr

Rndm *	rndmPtr

Logger *	loggerPtr

Additional Inherited Members
Static Public Member Functions inherited from NucleusModel
static shared_ptr< NucleusModel >	create (int model)
	NucleusModel base class.

Detailed Description

A general Woods-Saxon distributed nucleus.

Constructor & Destructor Documentation

WoodsSaxonModel ( )

inline

The default constructor needs a nucleus id, a radius, R, and a "skin width", a (both length in femtometers).

vector< Nucleon > generate ( ) const

overridevirtual

Generate all the nucleons.

Generate all nucleons in a nucleus.

Vec4 generateNucleon ( ) const

protected

Place a nucleon inside a nucleus.

Generate the position of a single nucleon. (The time component is always zero).

bool init ( )

overridevirtual

Initialize parameters.

Initialize.

WoodsSaxonModel is a subclass of NucleusModel and implements a general Wood-Saxon distributed nucleus.

Initialize hard core (even if this is not actually a nucleus).

Initialize radius and other parameters.

Reimplemented from NucleusModel.

Reimplemented in GLISSANDOModel.

bool initGeometry ( )

overridevirtual

Initialize Radius and other parameters.

In the basic Woods-Saxon model we get parameters directly from settings.

Calculate the overestimates.

Reimplemented from NucleusModel.

Reimplemented in GLISSANDOModel.

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