Struct Projected 

pub(crate) struct Projected {
    name: &'static str,
    projection: Projection<4>,
    slice: f32,
}

Fields

name: &'static str

projection: Projection<4>

slice: f32

Implementations

impl Projected

fn project(&self, point: Vec4) -> Vec3

fn visible(&self, projected: Vec3) -> bool

Trait Implementations

impl ViewMapping<EuclideanR4> for Projected

fn name(&self) -> &'static str

fn image_point(&self, eye: &Pose<EuclideanR4>, point: Vec4) -> Option<[f32; 3]>

fn image_local( &self, space: &EuclideanR4, _eye: &Pose<EuclideanR4>, _pose: &Pose<EuclideanR4>, relative: &<EuclideanR4 as DomainSpace>::Relative, local: Vec4, ) -> Option<[f32; 3]>

fn image_segment( &self, space: &EuclideanR4, eye: &Pose<EuclideanR4>, pose: &Pose<EuclideanR4>, relative: &<EuclideanR4 as DomainSpace>::Relative, segment: [Vec4; 2], emit: &mut dyn FnMut(f32, Option<[f32; 3]>), )

Emits an ordered image polyline; None breaks the line.

fn section( &self, eye: &Pose<EuclideanR4>, pose: &Pose<EuclideanR4>, ) -> Option<SectionCut>

fn lift( &self, _eye: &Pose<EuclideanR4>, _ray: &ImageRay, ) -> Option<DomainRay<EuclideanR4>>

fn ray_lift(&self) -> bool

True when lift recovers a domain ray from any image ray; a map without one refuses grabs and field bridges by name.

fn depth_envelope(&self) -> DepthEnvelope

fn image_radius( &self, _eye: &Pose<S>, _point: <S as Space>::Point, radius: f32, ) -> f32

fn depth_envelope_at(&self, _eye: &Pose<S>) -> DepthEnvelope