Struct Avx

pub struct Avx(/* private fields */);

AVX instruction set token.

Trait Implementations

impl Clone for Avx

fn clone(&self) -> Avx

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Avx

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl From<Avx> for Generic

fn from(_: Avx) -> Self

Converts to this type from the input type.

impl From<Avx> for Sse

fn from(_: Avx) -> Sse

Converts to this type from the input type.

impl Native<Avx> for Complex<f32>

type Width = W4

impl Native<Avx> for Complex<f64>

type Width = W2

impl Native<Avx> for f32

type Width = W8

impl Native<Avx> for f64

type Width = W4

impl Scalar<Avx, W1> for Complex<f32>

type Vector = ShimToken<cf32x1, Complex<f32>, Avx>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W1> for Complex<f64>

type Vector = ShimToken<cf64x1, Complex<f64>, Avx>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W1> for f32

type Vector = ShimToken<f32x1, f32, Avx>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W1> for f64

type Vector = ShimToken<f64x1, f64, Avx>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W2> for Complex<f32>

type Vector = ShimToken<cf32x2, Complex<f32>, Avx>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W2> for Complex<f64>

type Vector = cf64x2

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W2> for f32

type Vector = ShimToken<Shim2<f32x1, f32>, f32, Avx>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W2> for f64

type Vector = ShimToken<f64x2, f64, Avx>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W4> for Complex<f32>

type Vector = cf32x4

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W4> for Complex<f64>

type Vector = Shim2<cf64x2, Complex<f64>>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W4> for f32

type Vector = ShimToken<f32x4, f32, Avx>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W4> for f64

type Vector = f64x4

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W8> for Complex<f32>

type Vector = Shim2<cf32x4, Complex<f32>>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W8> for Complex<f64>

type Vector = Shim2<Shim2<cf64x2, Complex<f64>>, Complex<f64>>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W8> for f32

type Vector = f32x8

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Scalar<Avx, W8> for f64

type Vector = Shim2<f64x4, f64>

fn zeroed(token: Token) -> Self::Vector

Create a vector set to zero.

fn splat(self, token: Token) -> Self::Vector

Splat a scalar to a vector.

impl Token for Avx

fn new() -> Option<Self>

Detects whether the required CPU features are supported.

unsafe fn new_unchecked() -> Self

Creates the token without detecting if the CPU features are supported.

impl Copy for Avx