func EnclosePoints(points *Point, count int, clip, result *Rect) bool {
_points := (*C.SDL_Point)(unsafe.Pointer(points))
_count := (C.int)(count)
_clip := (*C.SDL_Rect)(unsafe.Pointer(clip))
_result := (*C.SDL_Rect)(unsafe.Pointer(result))
return C.SDL_EnclosePoints(_points, _count, _clip, _result) > 0
}
func (clip *Rect) Enclose(points []Point) *Rect {
var ret Rect
is := C.SDL_EnclosePoints((*C.SDL_Point)(unsafe.Pointer(&points[0])), C.int(len(points)), (*C.SDL_Rect)(unsafe.Pointer(clip)), (*C.SDL_Rect)(unsafe.Pointer(&ret)))
if is == C.SDL_TRUE {
return &ret
}
return nil
}
func EnclosePoints(points []Point, clip *Rect) (*Rect, bool) {
var rect Rect
return &rect, C.SDL_EnclosePoints(
(*C.SDL_Point)(unsafe.Pointer(&points[0])),
C.int(len(points)),
clip.c(),
rect.c(),
) == C.SDL_TRUE
}
// EnclosePoints (https://wiki.libsdl.org/SDL_EnclosePoints)
func EnclosePoints(points []Point, clip *Rect) (result Rect, ok bool) {
ok = C.SDL_EnclosePoints(points[0].cptr(), C.int(len(points)), clip.cptr(), result.cptr()) > 0
return
}
func EnclosePoints(points []Point, clip, result *Rect) bool {
return C.SDL_EnclosePoints(points[0].cptr(), C.int(len(points)), clip.cptr(), result.cptr()) > 0
}
