Module simd 

Core traits and types that abstract usage of SIMD.

Modules

backend

The internal low-level, primitive backend for all SIMD-focused operations.

Structs

LaneCount

A type that implements SupportedLaneCount based off the value of N.

Simd

A statically sized vector with N elements of type T, batched into chunks of size LANES.

SimdSlice

An unsized vector that implements SIMD-bound operations.

Traits

SimdElement

Represents a scalar that can be copied and is expected for a SIMD register.

SimdScalar

A marker trait for scalars that are feasible for use in SIMD.

SupportedLaneCount

Sealed marker trait for whether Self represents a supported lane count for a SIMD register.

Functions

add_arrays

Computes the value of an operation performed on arrays a and b, returning an array of the output.

add_arrays_double

Computes the value of an operation performed on arrays a and b, returning an array of the output.

add_scalar_array

Computes the value of an operation performed on array a by scalar, returning an array of the output.

add_scalar_array_double

Computes the value of an operation performed on array a by scalar, returning an array of the output.

add_scalar_slice

Computes the value of an operation performed on a slice a by scalar, writing the output to the specified buffer.

add_scalar_slice_double

Computes the value of an operation performed on a slice a by scalar, writing the output to the specified buffer.

add_slices

Computes the value of an operation performed on slices a and b, writing the output to the specified buffer.

add_slices_double

Computes the value of an operation performed on slices a and b, writing the output to the specified buffer.

div_arrays

Computes the value of an operation performed on arrays a and b, returning an array of the output.

div_arrays_double

Computes the value of an operation performed on arrays a and b, returning an array of the output.

div_scalar_array

Computes the value of an operation performed on array a by scalar, returning an array of the output.

div_scalar_array_double

Computes the value of an operation performed on array a by scalar, returning an array of the output.

div_scalar_slice

Computes the value of an operation performed on a slice a by scalar, writing the output to the specified buffer.

div_scalar_slice_double

Computes the value of an operation performed on a slice a by scalar, writing the output to the specified buffer.

div_slices

Computes the value of an operation performed on slices a and b, writing the output to the specified buffer.

div_slices_double

Computes the value of an operation performed on slices a and b, writing the output to the specified buffer.

mul_add_scalar_slice

A function specifically designed for SIMD-accelerated matrix multiplication.

mul_add_scalar_slice_double

Similar to crate::simd::mul_add_scalar_slice, only for double precision floats (f64).

mul_arrays

Computes the value of an operation performed on arrays a and b, returning an array of the output.

mul_arrays_double

Computes the value of an operation performed on arrays a and b, returning an array of the output.

mul_scalar_array

Computes the value of an operation performed on array a by scalar, returning an array of the output.

mul_scalar_array_double

Computes the value of an operation performed on array a by scalar, returning an array of the output.

mul_scalar_slice

Computes the value of an operation performed on a slice a by scalar, writing the output to the specified buffer.

mul_scalar_slice_double

Computes the value of an operation performed on a slice a by scalar, writing the output to the specified buffer.

mul_slices

Computes the value of an operation performed on slices a and b, writing the output to the specified buffer.

mul_slices_double

Computes the value of an operation performed on slices a and b, writing the output to the specified buffer.

sub_arrays

Computes the value of an operation performed on arrays a and b, returning an array of the output.

sub_arrays_double

Computes the value of an operation performed on arrays a and b, returning an array of the output.

sub_scalar_array

Computes the value of an operation performed on array a by scalar, returning an array of the output.

sub_scalar_array_double

Computes the value of an operation performed on array a by scalar, returning an array of the output.

sub_scalar_slice

Computes the value of an operation performed on a slice a by scalar, writing the output to the specified buffer.

sub_scalar_slice_double

Computes the value of an operation performed on a slice a by scalar, writing the output to the specified buffer.

sub_slices

Computes the value of an operation performed on slices a and b, writing the output to the specified buffer.

sub_slices_double

Computes the value of an operation performed on slices a and b, writing the output to the specified buffer.

Type Aliases

AutoSimd

A SIMD vector which has a lane count of crate::MAX_SIMD_SINGLE_PRECISION_LANES.

SimdRegister

A SIMD vector which has a total size equal to it’s lane count.