Trait Vector4dMath 

pub trait Vector4dMath: Sized {
    // Required methods
    fn v4_neg(this: Vector4d<Self>) -> Vector4d<Self>;
    fn v4_add(this: Vector4d<Self>, this: Vector4d<Self>) -> Vector4d<Self>;
    fn v4_mul_scalar(this: Vector4d<Self>, k: Self) -> Vector4d<Self>;
    fn v4_div_scalar(this: Vector4d<Self>, k: Self) -> Vector4d<Self>;
    fn v4_mul_elementwise(
        this: Vector4d<Self>,
        other: Vector4d<Self>,
    ) -> Vector4d<Self>;
    fn v4_div_elementwise(
        this: Vector4d<Self>,
        other: Vector4d<Self>,
    ) -> Vector4d<Self>;
    fn v4_mul_add(
        this: Vector4d<Self>,
        k: Self,
        other: Vector4d<Self>,
    ) -> Vector4d<Self>;
    fn v4_norm_squared(this: Vector4d<Self>) -> Self;
    fn v4_is_normalized(this: Vector4d<Self>) -> bool;
    fn v4_max(this: Vector4d<Self>) -> Self;
    fn v4_min(this: Vector4d<Self>) -> Self;
    fn v4_dot(this: Vector4d<Self>, other: Vector4d<Self>) -> Self;
}

Math functions for Vector4d, using SIMD accelerations for f32.

Required Methods

fn v4_neg(this: Vector4d<Self>) -> Vector4d<Self>

fn v4_add(this: Vector4d<Self>, this: Vector4d<Self>) -> Vector4d<Self>

fn v4_mul_scalar(this: Vector4d<Self>, k: Self) -> Vector4d<Self>

fn v4_div_scalar(this: Vector4d<Self>, k: Self) -> Vector4d<Self>

fn v4_mul_elementwise( this: Vector4d<Self>, other: Vector4d<Self>, ) -> Vector4d<Self>

fn v4_div_elementwise( this: Vector4d<Self>, other: Vector4d<Self>, ) -> Vector4d<Self>

fn v4_mul_add( this: Vector4d<Self>, k: Self, other: Vector4d<Self>, ) -> Vector4d<Self>

fn v4_norm_squared(this: Vector4d<Self>) -> Self

fn v4_is_normalized(this: Vector4d<Self>) -> bool

fn v4_max(this: Vector4d<Self>) -> Self

fn v4_min(this: Vector4d<Self>) -> Self

fn v4_dot(this: Vector4d<Self>, other: Vector4d<Self>) -> Self

Dyn Compatibility

This trait is not dyn compatible.

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

Implementations on Foreign Types

impl Vector4dMath for f32

fn v4_neg(this: Vector4d<Self>) -> Vector4d<Self>

fn v4_add(this: Vector4d<Self>, other: Vector4d<Self>) -> Vector4d<Self>

fn v4_mul_scalar(this: Vector4d<Self>, k: Self) -> Vector4d<Self>

fn v4_div_scalar(this: Vector4d<Self>, k: Self) -> Vector4d<Self>

fn v4_mul_elementwise( this: Vector4d<Self>, other: Vector4d<Self>, ) -> Vector4d<Self>

fn v4_div_elementwise( this: Vector4d<Self>, other: Vector4d<Self>, ) -> Vector4d<Self>

fn v4_mul_add( this: Vector4d<Self>, k: Self, other: Vector4d<Self>, ) -> Vector4d<Self>

fn v4_norm_squared(this: Vector4d<Self>) -> Self

fn v4_is_normalized(this: Vector4d<Self>) -> bool

fn v4_max(this: Vector4d<Self>) -> Self

fn v4_min(this: Vector4d<Self>) -> Self

fn v4_dot(this: Vector4d<Self>, other: Vector4d<Self>) -> Self

impl Vector4dMath for f64

fn v4_neg(this: Vector4d<Self>) -> Vector4d<Self>

fn v4_add(this: Vector4d<Self>, other: Vector4d<Self>) -> Vector4d<Self>

fn v4_mul_scalar(this: Vector4d<Self>, k: Self) -> Vector4d<Self>

fn v4_div_scalar(this: Vector4d<Self>, k: Self) -> Vector4d<Self>

fn v4_mul_elementwise( this: Vector4d<Self>, other: Vector4d<Self>, ) -> Vector4d<Self>

fn v4_div_elementwise( this: Vector4d<Self>, other: Vector4d<Self>, ) -> Vector4d<Self>

fn v4_mul_add( this: Vector4d<Self>, k: Self, other: Vector4d<Self>, ) -> Vector4d<Self>

fn v4_norm_squared(this: Vector4d<Self>) -> Self

fn v4_is_normalized(this: Vector4d<Self>) -> bool

fn v4_max(this: Vector4d<Self>) -> Self

fn v4_min(this: Vector4d<Self>) -> Self

fn v4_dot(this: Vector4d<Self>, other: Vector4d<Self>) -> Self

Implementors