Trait truck_modeling::base::traits::ParametricCurve

pub trait ParametricCurve: Clone {
    type Point;
    type Vector;

    fn subs(&self, t: f64) -> Self::Point;
    fn der(&self, t: f64) -> Self::Vector;
    fn der2(&self, t: f64) -> Self::Vector;
}

Parametric curves

Required Associated Types

type Point

The curve is in the space of Self::Point.

type Vector

The derivation vector of the curve.

Required Methods

fn subs(&self, t: f64) -> Self::Point

Substitutes the parameter t.

fn der(&self, t: f64) -> Self::Vector

Returns the derivation.

fn der2(&self, t: f64) -> Self::Vector

Returns the 2nd-order derivation.

Implementations on Foreign Types

impl ParametricCurve for (usize, usize)

Implementation for the test of topological methods.

type Point = usize

type Vector = usize

fn subs(&self, t: f64) -> <(usize, usize) as ParametricCurve>::Point

fn der(&self, _: f64) -> <(usize, usize) as ParametricCurve>::Vector

fn der2(&self, _: f64) -> <(usize, usize) as ParametricCurve>::Vector

impl<'a, C> ParametricCurve for &'a Cwhere
    C: ParametricCurve,

type Point = <C as ParametricCurve>::Point

type Vector = <C as ParametricCurve>::Vector

fn subs(&self, t: f64) -> <&'a C as ParametricCurve>::Point

fn der(&self, t: f64) -> <&'a C as ParametricCurve>::Vector

fn der2(&self, t: f64) -> <&'a C as ParametricCurve>::Vector

impl ParametricCurve for ()

Implementation for the test of topological methods.

type Point = ()

type Vector = ()

fn subs(&self, _: f64) -> <() as ParametricCurve>::Point

fn der(&self, _: f64) -> <() as ParametricCurve>::Vector

fn der2(&self, _: f64) -> <() as ParametricCurve>::Vector

impl<C> ParametricCurve for Box<C, Global>where
    C: ParametricCurve,

type Point = <C as ParametricCurve>::Point

type Vector = <C as ParametricCurve>::Vector

fn subs(&self, t: f64) -> <Box<C, Global> as ParametricCurve>::Point

fn der(&self, t: f64) -> <Box<C, Global> as ParametricCurve>::Vector

fn der2(&self, t: f64) -> <Box<C, Global> as ParametricCurve>::Vector

Implementors

impl ParametricCurve for Curve

type Point = <Line<Point3<f64>> as ParametricCurve>::Point

type Vector = <Line<Point3<f64>> as ParametricCurve>::Vector

impl ParametricCurve for Leader

type Point = <PolylineCurve<Point3<f64>> as ParametricCurve>::Point

type Vector = <PolylineCurve<Point3<f64>> as ParametricCurve>::Vector

impl ParametricCurve for UnitCircle<Point2<f64>>

type Point = Point2<f64>

type Vector = Vector2<f64>

impl ParametricCurve for UnitCircle<Point3<f64>>

type Point = Point3<f64>

type Vector = Vector3<f64>

impl ParametricCurve for UnitHyperbola<Point2<f64>>

type Point = Point2<f64>

type Vector = Vector2<f64>

impl ParametricCurve for UnitHyperbola<Point3<f64>>

type Point = Point3<f64>

type Vector = Vector3<f64>

impl ParametricCurve for UnitParabola<Point2<f64>>

type Point = Point2<f64>

type Vector = Vector2<f64>

impl ParametricCurve for UnitParabola<Point3<f64>>

type Point = Point3<f64>

type Vector = Vector3<f64>

impl<C> ParametricCurve for TrimmedCurve<C>where
    C: ParametricCurve,

type Point = <C as ParametricCurve>::Point

type Vector = <C as ParametricCurve>::Vector

impl<C, S> ParametricCurve for IntersectionCurve<C, S>where
    C: ParametricCurve3D,
    S: ParametricSurface3D + SearchNearestParameter<D2, Point = Point3<f64>>,

type Point = Point3<f64>

type Vector = Vector3<f64>

impl<C, S> ParametricCurve for PCurve<C, S>where
    C: ParametricCurve2D,
    S: ParametricSurface,
    <S as ParametricSurface>::Vector: VectorSpace<Scalar = f64>,

type Point = <S as ParametricSurface>::Point

type Vector = <S as ParametricSurface>::Vector

impl<C, T> ParametricCurve for Processor<C, T>where
    C: BoundedCurve,
    <C as ParametricCurve>::Point: EuclideanSpace<Diff = <C as ParametricCurve>::Vector>,
    <C as ParametricCurve>::Vector: VectorSpace<Scalar = f64>,
    T: Transform<<C as ParametricCurve>::Point> + Clone,

type Point = <C as ParametricCurve>::Point

type Vector = <C as ParametricCurve>::Vector

impl<P> ParametricCurve for BSplineCurve<P>where
    P: ControlPoint<f64>,

type Point = P

type Vector = <P as ControlPoint<f64>>::Diff

impl<P> ParametricCurve for Line<P>where
    P: ControlPoint<f64>,

type Point = P

type Vector = <P as ControlPoint<f64>>::Diff

impl<P> ParametricCurve for PolylineCurve<P>where
    P: ControlPoint<f64>,

type Point = P

type Vector = <P as ControlPoint<f64>>::Diff

impl<V> ParametricCurve for NURBSCurve<V>where
    V: Homogeneous<f64> + ControlPoint<f64, Diff = V>,

type Point = <V as Homogeneous<f64>>::Point

type Vector = <<V as Homogeneous<f64>>::Point as EuclideanSpace>::Diff