Trait Shape 

pub trait Shape<S>: Aabb<S> {
    // Required method
    fn to_primitive(
        &self,
        position: Point3<S>,
    ) -> Box<dyn Primitive<S, Point3<S>>>;
}

A trait for bounded and unbounded shapes.

A ‘Shape’ implements the following traits:

• ‘Aabb’ – a shape can compute the axis-aligned bounding volume that encloses it
• ‘Bsphere’ – TODO: a shape can compute its bounding sphere

Required Methods

fn to_primitive(&self, position: Point3<S>) -> Box<dyn Primitive<S, Point3<S>>>

Implementors

impl<S> Shape<S> for Bounded<S>

where S: Real + Real + RelativeEq + Debug + MaybeSerDes + 'static,

impl<S> Shape<S> for Unbounded<S>

where S: Real + FloatCore + RelativeEq + Debug + 'static,

impl<S> Shape<S> for Variant<S>

where S: Real + Real + FloatCore + RelativeEq + Debug + MaybeSerDes + 'static,

impl<S> Shape<S> for Capsule<S>

where S: Real + Real + Debug + MaybeSerDes + 'static,

impl<S> Shape<S> for Cone<S>

where S: Real + Real + RelativeEq + Debug + MaybeSerDes + 'static,

impl<S> Shape<S> for Cube<S>

where S: OrderedField + Debug + 'static,

impl<S> Shape<S> for Cuboid<S>

where S: OrderedField + Debug + 'static,

impl<S> Shape<S> for Cylinder<S>

where S: Real + Real + Debug + MaybeSerDes + 'static,

impl<S> Shape<S> for Halfspace<S>

where S: Real + FloatCore + RelativeEq + Debug + 'static,

impl<S> Shape<S> for Orthant

where S: Real + FloatCore + RelativeEq + Debug + 'static,

impl<S> Shape<S> for Sphere<S>

where S: Real + Real + Debug + MaybeSerDes + 'static,

impl<S> Shape<S> for Hull<S>

where S: Real + Real + Debug + MaybeSerDes + 'static,