33 #define CALC_BOUNDS(p, bounds) \  argument
35         if((p).x < (bounds).x1) (bounds).x1 = (int32_t)(p).x; \
36         if((p).y < (bounds).y1) (bounds).y1 = (int32_t)(p).y; \
37         if((p).x > (bounds).x2) (bounds).x2 = (int32_t)(p).x; \
38         if((p).y > (bounds).y2) (bounds).y2 = (int32_t)(p).y; \
142     lv_area_t bounds;  member
166     lv_area_t bounds;  member
184     lv_area_t bounds;  member
472         CALC_BOUNDS(points[0], poly->bounds);  in _set_polyline_attr()
479             CALC_BOUNDS(pt, poly->bounds);  in _set_polyline_attr()
527                         CALC_BOUNDS(pt, poly->bounds);  in _set_path_attr()
533                         CALC_BOUNDS(pt, poly->bounds);  in _set_path_attr()
542                         CALC_BOUNDS(pt[0], poly->bounds);  in _set_path_attr()
543                         CALC_BOUNDS(pt[1], poly->bounds);  in _set_path_attr()
553                         CALC_BOUNDS(pt[0], poly->bounds);  in _set_path_attr()
554                         CALC_BOUNDS(pt[1], poly->bounds);  in _set_path_attr()
555                         CALC_BOUNDS(pt[2], poly->bounds);  in _set_path_attr()
921     lv_area_t bounds = {0, 0, 0, 0};  in _set_gradient_ref()  local
922     target_obj->get_bounds(target_obj, &bounds);  in _set_gradient_ref()
924     int32_t w = bounds.x2 - bounds.x1;  in _set_gradient_ref()
925     int32_t h = bounds.y2 - bounds.y1;  in _set_gradient_ref()
931             lv_matrix_translate(mtx, bounds.x1, bounds.y1);  in _set_gradient_ref()
940             lv_matrix_translate(mtx, bounds.x1, bounds.y1);  in _set_gradient_ref()
1084     lv_area_set(&poly->bounds, 0, 0, 0, 0);  in _init_poly()
1604         lv_vector_path_get_bounding(text->path, &text->bounds);  in _render_text()
1666         lv_vector_path_get_bounding(span->path, &span->bounds);  in _render_span()
1716     lv_area_copy(area, &poly->bounds);  in _get_poly_bounds()
1723     lv_area_copy(area, &text->bounds);  in _get_text_bounds()
1729     lv_area_copy(area, &tspan->bounds);  in _get_tspan_bounds()