/*
 *		Copyright IBM Corporation 1989
 *
 *                      All Rights Reserved
 *
 * Permission to use, copy, modify, and distribute this software and its
 * documentation for any purpose and without fee is hereby granted,
 * provided that the above copyright notice appear in all copies and that
 * both that copyright notice and this permission notice appear in
 * supporting documentation, and that the name of IBM not be
 * used in advertising or publicity pertaining to distribution of the
 * software without specific, written prior permission.
 *
 * IBM DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING
 * ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL
 * IBM BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR
 * ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS,
 * WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION,
 * ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS
 * SOFTWARE.
 *
 *
 * FORTRAN to C binding for XGKS
 *
 * GKS Workstation Attribute Functions :
 *	gsplr_
 *	gspmr_
 *	gstxr_
 *	gsfar_
 *	gspar_
 *	gscr_
 *
 * David Berkowitz
 * Bruce Haimowitz
 * TCS Development
 * Cambridge MA
 *
 * August 31 1988
 */

/*LINTLIBRARY*/

#include <stdlib.h>
#include "udposix.h"
#include "xgks.h"
#include "fortxgks.h"

#ifdef lint
    static void	lint_malloc(n) size_t n; { n++; }
    static void	lint_realloc(p,n) voidp p; size_t n; { (char*)p+n; }
#   define	malloc(n)	(lint_malloc(n), 0)
#   define	realloc(p,n)	(lint_realloc(p,n), 0)
#else
    static char afsid[] = "$__Header$";
    static char rcsid[] = "$Id: rep.fc 23929 2017-06-26 20:24:42Z ksmith $";
#endif

extern char    *forttext;
extern int     *fortint;
extern Gpoint  *fortpoints;
extern int      currforttext;
extern int      currfortint;
extern int      currfortpoints;


/*
 * gsplr - Set Polyline Representation
 *
 * int   *wkid   - pointer to workstation id
 * int   *pli    - pointer to polyline index
 * int   *ltype  - pointer to polyline type
 * float *lwidth - pointer to polyline width
 * int   *coli   - pointer to polyline colour
 * Returns: ANSI standard errors for this function.
 *
 * See also: ANSI standard p.100
 */
/*FORTRAN*/
gsplr(
    int            *wkid,
    int            *pli,
    int            *ltype,
    float          *lwidth,
    int            *coli)
{
    Glnbundl        rep;

    debug(("Set Polyline Representation %d  %d \n", *wkid, *pli));

    rep.type = (Gint) *ltype;
    rep.width = (Gfloat) *lwidth;
    rep.colour = (Gint) *coli;

    (void) gsetlinerep((Gint) *wkid, (Gint) *pli, &rep);
}


/*
 * gspmr - Set Polymarker Representation
 *
 * int   *wkid  - pointer to workstation id
 * int   *pmi   - pointer to polymarker index
 * int   *mtype - pointer to polymarker type
 * float *mszsf - pointer to polymarker size scale factor
 * int   *coli  - pointer to polymarker colour index
 *
 * Returns: ANSI standard errors for this function.
 *
 * See also: ANSI standard p.101
 */
/*FORTRAN*/
gspmr(
    int            *wkid,
    int            *pmi,
    int            *mtype,
    float          *mszsf,
    int            *coli)
{
    Gmkbundl        rep;

    debug(("Set Polymarker Representation %d  %d \n", *wkid, *pmi));

    rep.type = (Gint) *mtype;
    rep.size = (Gfloat) *mszsf;
    rep.colour = (Gint) *coli;

    (void) gsetmarkerrep((Gint) *wkid, (Gint) *pmi, &rep);
}


/*
 * gstxr - Set Text Representation
 *
 * int   *wkid - pointer to workstation id
 * int   *txi  - pointer to text index
 * int   *font - pointer to text font
 * int   *prec - pointer to text precision
 * float *chxp - pointer to character expansion factor
 * float *chsp - pointer to character spacing
 * int   *coli - pointer to text colour index
 *
 * Returns: 2000, in addition to ANSI standard errors for this function.
 *
 * See also: ANSI standard p.102
 */
/*FORTRAN*/
gstxr(
    int            *wkid,
    int            *txi,
    int            *font,
    int            *prec,
    float          *chxp,
    float          *chsp,
    int            *coli)
{
    Gtxbundl        rep;

    rep.fp.font = (Gint) *font;
    TEXTPRECISION(*prec, errgsettextrep)
	rep.fp.prec = (Gtxprec) * prec;
    rep.ch_exp = (Gfloat) *chxp;
    rep.space = (Gfloat) *chsp;
    rep.colour = (Gint) *coli;

    debug(("Set Text  Representation %d  %d \n", *wkid, *txi));

    (void) gsettextrep((Gint) *wkid, (Gint) *txi, &rep);
}


/*
 * gsfar - Set Fill Area Representation
 *
 * int *wkid  - pointer to workstation id
 * int *fai   - pointer to fill area index
 * int *ints  - pointer to fill area interior style
 * int *styli - pointer to fill area interior style index
 * int *coli  - pointer to fill area colour index
 *
 * Returns: 2000, in addition to ANSI standard errors for this function.
 *
 * See also: ANSI standard p.102
 */
/*FORTRAN*/
gsfar(
    int            *wkid,
    int            *fai,
    int            *ints,
    int            *styli,
    int            *coli)
{
    Gflbundl        rep;

    debug(("Set Fill Area Representation %d  %d \n", *wkid, *fai));

    FILLAREAINTERIORSTYLE(*ints, errgsetfillrep)
	rep.inter = (Gflinter) *ints;
    rep.style = (Gint) *styli;
    rep.colour = (Gint) *coli;

    (void) gsetfillrep((Gint) *wkid, (Gint) *fai, &rep);
}


/*
 * gspar - Set Pattern Representation
 *
 *
 * Returns: ANSI standard errors for this function.
 *
 * See also: ANSI standard p.104
 */
/*FORTRAN*/
gspar(
    int            *wkid,
    int            *pai,
    int            *dimx,
    int            *dimy,
    int            *isc,
    int            *isr,
    int            *dx,
    int            *dy,
    int            *colia)
{
    Gptbundl        rep;
    Gint           *parray;
    int             sizeofmatrix;

    rep.size.x = (Gfloat) *dx;
    rep.size.y = (Gfloat) *dy;
    debug(("Set Pattern Size:  %d - %d\n", rep.size.x, rep.size.y));

    sizeofmatrix = sizeof(Gint) * (*dx) *(*dy);
    if (sizeofmatrix > currfortint) {		/* Check amount of memory
						 * needed */
	/* realloc more memory */
	fortint = (Gint *) REALLOC((voidp)fortint, (size_t) sizeofmatrix);
	if (fortint == NULL) {			/* If memory allocation
						 * unsuccessful call error
						 * routine */
	    (void) gerrorhand(300, errgsetpatrep, (errfp));
	    return;
	} else
	    currfortint = sizeofmatrix;
    }
    parray = fortint;

    /*
     * This array does NOT need to be transposed.
     * Take the dx-by-dy subset starting at (isc,isr).
     */
    {
	int             i, j;
	int            *fortstart;	/* ptr to colia(isc,isr) */

	fortstart = colia + ((*isr - 1) * (*dimx) + (*isc - 1));

	for (i = 0; i < *dy; i++)
	    for (j = 0; j < *dx; j++)
		*(parray + (i * (*dx) + j)) =
		    (Gint) *(fortstart + (i * (*dimx) + j));
    }

    rep.array = (Gint *) parray;

    (void) gsetpatrep((Gint) *wkid, (Gint) *pai, &rep);
}


/*
 * gscr - Set Colour Representation
 *
 * int   *wkid - pointer to workstation id
 * int   *ci   - pointer to colour index
 * float *cr   - pointer to red value
 * float *cg   - pointer to green value
 * float *cb   - pointer to blue value
 *
 * Returns: ANSI standard errors for this function.
 *
 * See also: ANSI standard p.105
 */
/*FORTRAN*/
gscr(
    int            *wkid,
    int            *ci,
    float          *cr,
    float          *cg,
    float          *cb)
{
    Gcobundl        rep;

    debug(("Set Color Representation %d  %d \n", *wkid, *ci));

    rep.red = (Gfloat) *cr;
    rep.green = (Gfloat) *cg;
    rep.blue = (Gfloat) *cb;

    (void) gsetcolourrep((Gint) *wkid, (Gint) *ci, &rep);
}
