NuclearChart Class Reference

A NuclearChart is a 2 dimensional array of nuclei up to maximum N &Z. More...

#include <NuclearChart.hxx>

Public Member Functions
	NuclearChart (string Name="test", int maxN=170, int maxZ=120)
	Normal constructor.
	~NuclearChart ()
void	setval (int inpN, int inpZ, float val)
	Give a value to the Mendeleiev Matrix.
float	getval (int inpN, int inpZ)
	returns the value of the Medelev Matrix
void	DumpChart ()
	Dump the Mendelev matrix.
void	DumpDriplines ()
	Dump drip lines.

Private Attributes
string	fName
	file name where to write
map< int, map< int, float > >	fMendeleiev
	matrix of all nuclei
int	fMaxZ
	Maximum Z value of the matrix.
int	fMaxN
	Maximum N value of the matrix.
vector< float >	fBuffer
	a buffer to write

Detailed Description

A NuclearChart is a 2 dimensional array of nuclei up to maximum N &Z.

This class which will create and store floating point values in a chart of nuclides The method DumpChart() is used to write the chart to a binary file The method DumpDriplines() will find the driplines and write these to two binary files The binary files can be read later by the IDL procedure readchart.pro to display a nice graphical plot with annotations, N, Z axes, and rainbow colours

Author

JW

Version

1.0

Constructor & Destructor Documentation

NuclearChart()

NuclearChart::NuclearChart	(	string	Name = "test",
		int	maxN = 170,
		int	maxZ = 120
	)

Normal constructor.

~NuclearChart()

NuclearChart::~NuclearChart

(

)

Destructor

Member Function Documentation

DumpChart()

void NuclearChart::DumpChart

(

)

Dump the Mendelev matrix.

DumpDriplines()

void NuclearChart::DumpDriplines

(

)

Dump drip lines.

getval()

float NuclearChart::getval ( int  inpN, int  inpZ  )

inline

returns the value of the Medelev Matrix

Parameters

inpN	: neutron number
inpZ	: proton number

setval()

void NuclearChart::setval ( int  inpN, int  inpZ, float  val  )

inline

Give a value to the Mendeleiev Matrix.

Parameters

inpN	: neutron number
inpZ	: proton number
val	: value associated to a particular "state" of the nucleus (used, simplify, ...)

Member Data Documentation

fBuffer

vector< float > NuclearChart::fBuffer

private

a buffer to write

fMaxN

int NuclearChart::fMaxN

private

Maximum N value of the matrix.

fMaxZ

int NuclearChart::fMaxZ

private

Maximum Z value of the matrix.

fMendeleiev

map< int, map < int, float > > NuclearChart::fMendeleiev

private

matrix of all nuclei

fName

string NuclearChart::fName

private

file name where to write

---

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

• /gpr/meplan/SMURE/source/include/NuclearChart.hxx
• /gpr/meplan/SMURE/source/src/NuclearChart.cxx