odia.MEOC

Class JavaCodeCFortran

java.lang.Object

odia.MEOC.JavaCodeCFortran

public class JavaCodeCFortran
extends java.lang.Object

This Java Class combines the calling of FORTRAN program through C

Author:

Gajendra Kumar Sahoo

Field Summary

Fields

Modifier and Type	Field and Description
(package private) int	IC
(package private) int	ICx
(package private) int	ICy
(package private) int	IM
(package private) int[]	Nx
(package private) float[][]	yall

Constructor Summary

Constructors

Constructor and Description
JavaCodeCFortran(double[][] a, java.lang.String[] CoNm, java.lang.String Plane, int iter, double rms)

Method Summary

Methods

Modifier and Type	Method and Description
int	getIM()
int[]	getNx()
float[][]	getYall()
static double[][]	matrixMult(double[][] a, double[][] b) A basic matrix multiply C = A * B Notation: row x column Where A is an p x q matrix Where B is a q x r matrix and the result C is p x r So, the first dimension of matrix A must equal the second dimension of B.
static double[]	matrixMultVector(double[][] a, double[] b)
(package private) static void	matrixSizeError(double[][] a, double[][] b)
private int	micitC(double[][] a, java.lang.String[] CoNm, double[] Xin, double[] Cin, double[] Res, int[] Nx, double rms, int IM, int IC, int iter)
void	printMatrix(double[][] mat)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

IM

int IM

ICx

int ICx

ICy

int ICy

IC

int IC

yall

float[][] yall

Nx

int[] Nx

Constructor Detail

JavaCodeCFortran

public JavaCodeCFortran(double[][] a,
                java.lang.String[] CoNm,
                java.lang.String Plane,
                int iter,
                double rms)

Parameters:

a -

CoNm -

Plane -

iter -

rms -

Method Detail

micitC

private int micitC(double[][] a,
         java.lang.String[] CoNm,
         double[] Xin,
         double[] Cin,
         double[] Res,
         int[] Nx,
         double rms,
         int IM,
         int IC,
         int iter)

getIM

public int getIM()

Returns:

IM

getYall

public float[][] getYall()

Returns:

yall

getNx

public int[] getNx()

Returns:

Nx

printMatrix

public void printMatrix(double[][] mat)

Parameters:

mat -

matrixMult

public static double[][] matrixMult(double[][] a,
                    double[][] b)

A basic matrix multiply C = A * B Notation: row x column Where A is an p x q matrix Where B is a q x r matrix and the result C is p x r So, the first dimension of matrix A must equal the second dimension of B.

Parameters:

a -

b -

Returns:

c

matrixMultVector

public static double[] matrixMultVector(double[][] a,
                        double[] b)

Parameters:

a -

b -

Returns:

c

matrixSizeError

static void matrixSizeError(double[][] a,
                   double[][] b)

Parameters:

a -

b -