Trait PolygonScalar

pub trait PolygonScalar:
    Debug
    + Neg<Output = Self>
    + NumAssignOps
    + NumOps<Self, Self>
    + TotalOrd
    + PartialOrd
    + Sum
    + Clone {
    // Required methods
    fn from_constant(val: i8) -> Self;
    fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering;
    fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering;
    fn cmp_vector_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering;
    fn cmp_perp_vector_slope(
        p: &[Self; 2],
        q: &[Self; 2],
        r: &[Self; 2],
    ) -> Ordering;
}

Required Methods

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_perp_vector_slope( p: &[Self; 2], q: &[Self; 2], r: &[Self; 2], ) -> Ordering

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementations on Foreign Types

impl PolygonScalar for f32

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for f64

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for i8

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for i16

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for i32

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for i64

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for isize

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for BigInt

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for NotNan<f32>

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for NotNan<f64>

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for OrderedFloat<f32>

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for OrderedFloat<f64>

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

impl PolygonScalar for BigRational

fn from_constant(val: i8) -> Self

fn cmp_dist(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_slope(p: &[Self; 2], q: &[Self; 2], r: &[Self; 2]) -> Ordering

fn cmp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

fn cmp_perp_vector_slope( vector: &[Self; 2], p: &[Self; 2], q: &[Self; 2], ) -> Ordering

Implementors