Lines Matching full:bounds
370 r->bounds.pos.x = r->bounds.pos.y = 0;
371 r->bounds.size.w = r->bounds.size.h = 0;
382 r->bounds.pos.x = x1;
383 r->bounds.pos.y = y1;
384 r->bounds.size.w = x2 - x1;
385 r->bounds.size.h = y2 - y1;
396 r->bounds = rect[0];
407 r->bounds.pos.x = box->x1;
408 r->bounds.pos.y = box->y1;
409 r->bounds.size.w = box->x2 - box->x1;
410 r->bounds.size.h = box->y2 - box->y1;
460 if (!skin_rect_equals( &r1->bounds, &r2->bounds ))
490 skin_rect_translate( &r->bounds, dx, dy );
516 skin_region_get_bounds( SkinRegion* r, SkinRect* bounds )
519 bounds[0] = r->bounds;
521 bounds->pos.x = bounds->pos.y = 0;
522 bounds->size.w = bounds->size.h = 0;
560 return skin_rect_contains(&r->bounds,x,y);
618 if ( !skin_rect_intersect( &r, &r1->bounds, &r2->bounds) )
623 return skin_rect_contains_rect(&r1->bounds, &r2->bounds);
634 runs_set_rect(runs2, &r2->bounds);
785 runs_set_rect( o->runs1, &r1->bounds );
794 runs_set_rect( o->runs2, &r2->bounds );
1001 /* coalesce the temp runs in-place and compute the corresponding bounds */
1012 skin_box_to_rect( &minmax, &o->result->bounds );
1044 if ( skin_rect_contains_rect( &r->bounds, &r2->bounds ) == SKIN_OUTSIDE ) {
1111 if ( skin_rect_contains_rect( &r->bounds, &r2->bounds ) == SKIN_OUTSIDE ) {
1147 if ( skin_rect_contains_rect( &r->bounds, &r2->bounds ) == SKIN_OUTSIDE ) {
1183 rect[0] = r->bounds;
1340 printf( "rect region bounds are (%d,%d,%d,%d), expecting (%d,%d,%d,%d)\n",
