pub fn vertices_get_aabb(&self) -> VU::Aabb2<I, F> {
        let mut rv = VU::Aabb2::<I, F>::default();
        for v in self.vertices_.iter() {
            let v = v.get();
            rv.update_vertex(v.x(), v.y());
        }
        rv
    }
/// Computes an AABB large enough to contain all the vertices
Computes an AABB large enough to contain all the vertices
Computes an AABB large enough to contain all the vertices
pub fn vertices_get_aabb(&self) -> VU::Aabb2<I, F> {
        let mut rv = VU::Aabb2::<I, F>::default();
        for v in self.vertices_.iter() {
            let v = v.get();
            rv.update_vertex(v.x(), v.y());
        }
        rv
    }
pub fn vertices_get_aabb ( & self ) -> VU :: Aabb2 < I , F > { let mut rv = VU :: Aabb2 :: < I , F > :: default ( ) ; for v in self . vertices_ . iter ( ) { let v = v . get ( ) ; rv . update_vertex ( v . x ( ) , v . y ( ) ) ; } rv }
Computes an AABB large enough to contain all the vertices
Computes an AABB large enough to contain all the vertices
&self