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/*------------------------------------------------------------------------
* Graphic library
* Copyright (C) 1998-2000 Enpc/Jean-Philippe Chancelier
* jpc@cereve.enpc.fr
--------------------------------------------------------------------------*/
#include <stdio.h>
#include <string.h>
#include <math.h>
#include "Math.h"
#include "../sun/men_Sutils.h"
extern void sciqsort();
/** swapcode for indices : indices are integers **/
#define swapcodeind CNAME(swapcode,int)
#include "gsort-int.h"
#include "gsort-double.h"
#include "gsort-string.h"
#define TYPE double
/******************************************************
* General sort routine for Scilab
* xI is the transmitted table to sort ( if table is int )
* xD is the transmitted table to sort ( if table is double )
* ind is the int table to store the permutation
* (which is to be initialized and changed )
* iflag == if 1 ind is to be computed if 0 ind is ignored
* m,n : matrix size
* type : the operation ( see the interface )
* iord : 'i' or 'd' : increasind or decreasing sort
******************************************************/
int C2F(gsort)(xI,xD,ind,iflag,m,n,type,iord)
int *xI,*ind;
double *xD;
int *m,*n,*iflag;
char *type,*iord;
{
switch ( type[0])
{
case 'r' : CNAME(ColSort,double)(xD,ind,*iflag,*m,*n,iord[0]);break;
case 'c' : CNAME(RowSort,double)(xD,ind,*iflag,*m,*n,iord[0]);break;
case 'l' :
if ( type[1] == 'r' )
CNAME(LexiRow,int)(xI,ind,*iflag,*m,*n,iord[0]);
else
CNAME(LexiCol,int)(xI,ind,*iflag,*m,*n,iord[0]);
break;
case 'g' :
default : CNAME(GlobalSort,double)(xD,ind,*iflag,*m,*n,iord[0]);break;
}
return(0);
}
/******************************************************
* General sort routine for Scilab
* The version for Scilab strings
* iflag == if 1 ind is to be computed if 0 ind is ignored
* m,n : matrix size
* type : the operation ( see the interface )
* iord : 'i' or 'd' : increasind or decreasing sort
******************************************************/
#ifndef TEST
void C2F(gsorts_old)(value,ptrv,m,n,res,ptrres,ierr,ind,iflag,type,iord)
int *value,*ptrv,*m,*n,*res,*ptrres,*ierr;
int *ind;
int *iflag;
char *type,*iord;
{
char **data;
int i,nv;
int maxchars= *ierr;
*ierr=0;
nv = *m*(*n);
/* conversion of scilab characters into strings */
ScilabMStr2CM(value,&nv,ptrv,&(data),ierr);
if ( *ierr == 1) return;
switch ( type[0])
{
case 'r' : CNAME(ColSort,char)(data,ind,*iflag,*m,*n,iord[0]);break;
case 'c' : CNAME(RowSort,char)(data,ind,*iflag,*m,*n,iord[0]);break;
case 'l' :
if ( type[1] == 'r' )
CNAME(LexiRow,char)(data,ind,*iflag,*m,*n,iord[0]);
else
CNAME(LexiCol,char)(data,ind,*iflag,*m,*n,iord[0]);
break;
case 'g' :
default : CNAME(GlobalSort,char)(data,ind,*iflag,*m,*n,iord[0]);break;
}
ScilabCM2MStr(data,nv,res,ptrres,maxchars,ierr);
for (i=0;i< nv ;i++) FREE(data[i]); FREE(data);
}
#endif
/******************************************************
* General sort routine for Scilab strings
* iflag == if 1 ind is to be computed if 0 ind is ignored
* m,n : matrix size
* type : the operation ( see the interface )
* iord : 'i' or 'd' : increasind or decreasing sort
******************************************************/
#ifndef TEST
void C2F(gsorts)(data,ind,iflag,m,n,type,iord)
char **data;
int *m,*n,*ind,*iflag;
char *type,*iord;
{
switch ( type[0])
{
case 'r' : CNAME(ColSort,char)(data,ind,*iflag,*m,*n,iord[0]);break;
case 'c' : CNAME(RowSort,char)(data,ind,*iflag,*m,*n,iord[0]);break;
case 'l' :
if ( type[1] == 'r' )
CNAME(LexiRow,char)(data,ind,*iflag,*m,*n,iord[0]);
else
CNAME(LexiCol,char)(data,ind,*iflag,*m,*n,iord[0]);
break;
case 'g' :
default : CNAME(GlobalSort,char)(data,ind,*iflag,*m,*n,iord[0]);break;
}
}
#endif
/******************************************************
* TEST
******************************************************/
#ifdef TEST
main()
{
printf("Test for char \n");
CNAME(sorttest,char)() ;
printf("Test for int \n");
CNAME(sorttest,int)() ;
printf("Test for double \n");
CNAME(sorttest,double)() ;
return(0);
}
#endif
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