static
void do_query_font (Display *dpy, char *name)
{
register int i;
register XFontStruct *info = XLoadQueryFont (dpy, name);
if (!info) {
fprintf (stderr, "%s: unable to get info about font \"%s\"\n",
program_name, name);
return;
}
printf ("name: %s\n", name ? name : "(nil)");
printf (" direction:\t\t%s\n", ((info->direction == FontLeftToRight)
? "left to right" : "right to left"));
printf (" indexing:\t\t%s\n",
((info->min_byte1 == 0 && info->max_byte1 == 0) ? "linear" :
"matrix"));
printf (" rows:\t\t\t0x%02x thru 0x%02x (%d thru %d)\n",
info->min_byte1, info->max_byte1,
info->min_byte1, info->max_byte1);
printf (" columns:\t\t0x%02x thru 0x%02x (%d thru %d)\n",
info->min_char_or_byte2, info->max_char_or_byte2,
info->min_char_or_byte2, info->max_char_or_byte2);
printf (" all chars exist:\t%s\n",
(info->all_chars_exist) ? "yes" : "no");
printf (" default char:\t\t0x%04x (%d)\n",
info->default_char, info->default_char);
printf (" ascent:\t\t%d\n", info->ascent);
printf (" descent:\t\t%d\n", info->descent);
ComputeFontType (info);
printf (" bounds:\t\t%s", bounds_metrics_title);
PrintBounds ("min", &info->min_bounds);
PrintBounds ("max", &info->max_bounds);
if (info->per_char && long_list >= L_VERYLONG)
print_character_metrics (info);
printf (" properties:\t\t%d\n", info->n_properties);
for (i = 0; i < info->n_properties; i++)
PrintProperty (&info->properties[i]);
printf ("\n");
XFreeFontInfo (NULL, info, 1);
}
int
_dxfPlineDraw (tdmPortHandleP portHandle, xfieldT *xf, int buttonUp)
{
Vector *normals ;
Point *points = 0 ;
struct p2d {float x, y ;} *pnts2d = 0 ;
RGBColor *fcolors, *color_map ;
char *cache_id ;
enum approxE approx ;
tdmStripArraySB *stripsSB = 0 ;
int type, rank, shape, is_2d ;
DEFPORT(portHandle) ;
ENTRY(("_dxfPlineDraw(0x%x, 0x%x, %d)", portHandle, xf, buttonUp));
/*
* Transparent surfaces are stripped for those ports which implement
* transparency with the screen door technique, but we need to sort them
* as individual polygons to apply the more accurate alpha composition
* method supported by Starbase.
*
* Connection-dependent colors are not supported by Starbase strips.
*/
approx = buttonUp ? xf->attributes.buttonUp.approx :
xf->attributes.buttonDown.approx ;
if (
#ifdef ALLOW_LINES_APPROX_BY_DOTS
(approx == approx_dots) ||
#endif
(xf->colorsDep == dep_connections))
{
int status ;
PRINT(("drawing as individual polygons"));
status = _dxfLineDraw (portHandle, xf, buttonUp) ;
EXIT((""));
return status ;
}
/*
* Extract rendering data from the xfield.
*/
if (DXGetArrayClass(xf->fcolors_array) == CLASS_CONSTANTARRAY)
fcolors = (Pointer) DXGetArrayEntry(xf->fcolors, 0, NULL) ;
else
fcolors = (Pointer) DXGetArrayData(xf->fcolors_array) ;
color_map = (RGBColor *) DXGetArrayData(xf->cmap_array) ;
if (DXGetArrayClass(xf->normals_array) == CLASS_CONSTANTARRAY)
normals = (Pointer) DXGetArrayEntry(xf->normals, 0, NULL) ;
else
normals = (Pointer) DXGetArrayData(xf->normals_array) ;
#if 0
if (xf->colorsDep != dep_field)
{
/*
* Dense fields of varying colors are visually confusing
* without hidden surface, even with wireframe approximation.
*/
hidden_surface (FILDES, TRUE, FALSE) ;
}
else /* RE : <LUMBA281> */
{
hidden_surface(FILDES, TRUE, FALSE);
}
#endif
hidden_surface(FILDES, TRUE, FALSE);
if (xf->colorsDep == dep_field)
{
/* render field in constant color */
cache_id = "CpfPline" ;
SET_COLOR(fill_color, 0) ;
SET_COLOR(line_color, 0) ;
}
else
{
cache_id = "CpfPline" ;
}
/*
* Render strips.
*/
PRINT(("%s", cache_id));
if (stripsSB = tdmGetTmeshCacheSB (cache_id, xf))
{
/*
* Use pre-constructed Starbase strips obtained from executive cache.
*/
register tdmTmeshCacheSB *stripArray, *end ;
PRINT(("got strips from cache"));
PrintBounds() ;
stripArray = stripsSB->stripArray ;
end = &stripArray[stripsSB->num_strips] ;
for ( ; stripArray < end ; stripArray++)
{
polyline_with_data3d
(FILDES, stripArray->clist, stripArray->numverts,
stripArray->numcoords, stripArray->vertex_flags, NULL) ;
}
}
else
{
/*
* Construct an array of Starbase strips and cache it.
*/
register int vsize ;
int *connections, (*strips)[2] ;
int cOffs, nOffs, vertex_flags, facet_flags, numStrips ;
tdmTmeshCacheSB *stripArray ;
PRINT(("building new strips"));
/* determine vertex and facet types and sizes */
vertex_flags = 0 ;
facet_flags = UNIT_NORMALS ;
vsize = 3 ;
if (fcolors && xf->colorsDep != dep_field)
{
/* vertex has at least 6 floats, with color at float 3 */
vsize = 6 ; cOffs = 3 ;
vertex_flags |= VERTEX_COLOR ;
}
/* get positions */
if (is_2d = IS_2D (xf->positions_array, type, rank, shape))
pnts2d = (struct p2d *) DXGetArrayData(xf->positions_array) ;
else
points = (Point *) DXGetArrayData(xf->positions_array) ;
/* get strip topology */
connections = (int *)DXGetArrayData(xf->connections_array) ;
strips = (int (*)[2])DXGetArrayData(xf->meshes) ;
numStrips = xf->nmeshes ;
DebugMessage() ;
/* allocate space for Starbase strip data */
stripsSB = (tdmStripArraySB *) tdmAllocate(sizeof(tdmStripArraySB)) ;
if (!stripsSB)
{
PRINT(("out of memory allocating strip structure"));
DXErrorGoto (ERROR_INTERNAL, "#13000") ;
}
stripsSB->stripArray = 0 ;
stripsSB->num_strips = 0 ;
/* allocate array of Starbase strips */
stripArray =
stripsSB->stripArray = (tdmTmeshCacheSB *)
tdmAllocate(numStrips*sizeof(tdmTmeshCacheSB));
if (!stripArray)
{
PRINT(("out of memory allocating array of strips"));
DXErrorGoto (ERROR_INTERNAL, "#13000") ;
}
for ( ; stripsSB->num_strips < numStrips ; stripsSB->num_strips++)
{
/* each iteration constructs and draws one Starbase strip */
register float *clist = 0, *gnormals = 0 ;
register int i, dV, *pntIdx, numPnts ;
stripArray->clist = 0 ;
stripArray->gnormals = 0 ;
/* get the number of points in this strip */
numPnts = strips[stripsSB->num_strips][1] ;
/* allocate coordinate list */
stripArray->clist = clist =
(float *) tdmAllocate(numPnts*vsize*sizeof(float)) ;
if (!clist)
{
PRINT(("out of memory allocating coordinate list"));
DXErrorGoto(ERROR_INTERNAL, "#13000") ;
}
/* get the sub-array of connections making up this strip */
pntIdx = &connections[strips[stripsSB->num_strips][0]] ;
/* copy vertex coordinates into clist */
if (is_2d)
for (i=0, dV=0 ; i<numPnts ; i++, dV+=vsize)
{
*(struct p2d *)(clist+dV) = pnts2d[pntIdx[i]] ;
((Point *)(clist+dV))->z = 0 ;
}
else
for (i=0, dV=0 ; i<numPnts ; i++, dV+=vsize)
*(Point *)(clist+dV) = points[pntIdx[i]] ;
/* copy vertex colors */
if (vertex_flags & VERTEX_COLOR)
if (color_map)
for (i=0, dV=cOffs ; i<numPnts ; i++, dV+=vsize)
*(RGBColor *)(clist+dV) =
color_map[((char *)fcolors)[pntIdx[i]]] ;
else
for (i=0, dV=cOffs ; i<numPnts ; i++, dV+=vsize)
*(RGBColor *)(clist+dV) = fcolors[pntIdx[i]] ;
/* save other strip info */
stripArray->numverts = numPnts ;
stripArray->numcoords = vsize-3 ;
stripArray->vertex_flags = vertex_flags ;
stripArray->facet_flags = facet_flags ;
polyline_with_data3d (FILDES, clist, numPnts,
vsize-3, vertex_flags, NULL) ;
/* increment strip */
stripArray++ ;
}
/* cache strip array */
tdmPutTmeshCacheSB (cache_id, xf, stripsSB) ;
}
/* restore hidden surface OFF */
hidden_surface(FILDES, FALSE, FALSE) ;
EXIT(("OK"));
return OK ;
error:
tdmFreeTmeshCacheSB((Pointer)stripsSB) ;
hidden_surface(FILDES, FALSE, FALSE) ;
EXIT(("ERROR"));
return ERROR ;
}