Trait Locate 

pub trait Locate<T>
where
    T: ?Sized,
{
    // Required method
    fn locate(&self, target: &T) -> DVec3;
}

Locate a point.

Required Methods

fn locate(&self, target: &T) -> DVec3

Locate self on the target

Dyn Compatibility

This trait is dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety".

Implementations on Foreign Types

impl Locate<Arc> for Focus

fn locate(&self, _target: &Arc) -> DVec3

impl Locate<Arc> for Origin

fn locate(&self, _target: &Arc) -> DVec3

impl Locate<ArcBetweenPoints> for Focus

fn locate(&self, target: &ArcBetweenPoints) -> DVec3

impl Locate<ArcBetweenPoints> for Origin

fn locate(&self, target: &ArcBetweenPoints) -> DVec3

impl Locate<Circle> for Focus

fn locate(&self, _target: &Circle) -> DVec3

impl Locate<Circle> for Origin

fn locate(&self, _target: &Circle) -> DVec3

impl Locate<Ellipse> for Focus

fn locate(&self, target: &Ellipse) -> DVec3

impl Locate<Ellipse> for Origin

fn locate(&self, _target: &Ellipse) -> DVec3

impl Locate<EllipticArc> for Focus

fn locate(&self, target: &EllipticArc) -> DVec3

impl Locate<EllipticArc> for Origin

fn locate(&self, _target: &EllipticArc) -> DVec3

impl Locate<Line> for f64

fn locate(&self, target: &Line) -> DVec3

impl Locate<TextItem> for Origin

fn locate(&self, _target: &TextItem) -> DVec3

impl<T, G> Locate<Transformed<T, G>> for Focus

where Focus: Locate<T>, G: Clone + Into<DAffine3>,

fn locate(&self, target: &Transformed<T, G>) -> DVec3

impl<T, G> Locate<Transformed<T, G>> for Origin

where Origin: Locate<T>, G: Clone + Into<DAffine3>,

fn locate(&self, target: &Transformed<T, G>) -> DVec3

impl<T> Locate<T> for DVec3

where T: ?Sized,

fn locate(&self, _target: &T) -> DVec3

Implementors

impl Locate<DVec3> for Centroid

impl<I, G> Locate<Node<I, G>> for Centroid

where Centroid: Locate<I>, G: Clone + Into<DAffine3>,

The centroid of a tree weights every flattened leaf equally: sum each leaf’s centroid mapped through its accumulated world affine and divide by the leaf count — NOT per-child weighting. An empty tree warns and returns zero instead of producing NaNs.

impl<T, G> Locate<Transformed<T, G>> for Centroid

where Centroid: Locate<T>, G: Clone + Into<DAffine3>,

impl<T> Locate<T> for AabbPoint

where T: Aabb + ?Sized,

impl<T> Locate<[T]> for Centroid

where Centroid: Locate<T>,