Class portable_vec¶

`class` portable_vec<T, N> simd ¶

template <typename T, size_t N>
struct alignas(next_poweroftwo(sizeof(T)) * next_poweroftwo(N)) portable_vec { … }

A portable vector type with fixed size and layout compatible with vec<T, N> .

This structure is designed to be *architecture-agnostic*, meaning it can be safely passed between translation units (TUs) compiled for different architectures.The structure enforces alignment to the next power of two of both the element type size and the number of elements, ensuring compatibility and performance.

Template parameters
T	The scalar element type.
N	The number of elements in the vector (must be between 1 and 1024).

`function` shape() ¶

static constexpr vec_shape<T, N> shape() noexcept { … }

Fully qualified name: kfr::portable_vec<T, N>::shape()

Declared at simd/vec.hpp:113

`constructor` portable_vec<T, N>() ¶

constexpr portable_vec() = default

Fully qualified name: kfr::portable_vec<T, N>::portable_vec<T, N>()

Declared at simd/vec.hpp:115

`constructor` portable_vec<T, N>(T) ¶

constexpr portable_vec(T value) : portable_vec(csizeseq<N>, value) { … }

Fully qualified name: kfr::portable_vec<T, N>::portable_vec<T, N>(T)

Declared at simd/vec.hpp:117

`function` portable_vec<T, N>(T, T, Ts...) ¶

template <typename... Ts, size_t NN = N>
    requires(NN >= 2)
constexpr portable_vec(T v1, T v2, Ts... args) : elem { … }

Fully qualified name: kfr::portable_vec<T, N>::portable_vec<T, N>(T, T, Ts...)

Declared at simd/vec.hpp:121

`typedef` value_type ¶

using value_type = T

Fully qualified name: kfr::portable_vec<T, N>::value_type

Declared at simd/vec.hpp:130

`function` size() ¶

constexpr static size_t size() noexcept { … }

Fully qualified name: kfr::portable_vec<T, N>::size()

Declared at simd/vec.hpp:132

`variable` elem ¶

T elem[N]

Fully qualified name: kfr::portable_vec<T, N>::elem

Declared at simd/vec.hpp:134

`function` operator[](size_t) ¶

constexpr T operator[](size_t index) const { … }

Fully qualified name: kfr::portable_vec<T, N>::operator[](size_t)

Declared at simd/vec.hpp:136

`function` operator[](size_t) ¶

constexpr T& operator[](size_t index) { … }

Fully qualified name: kfr::portable_vec<T, N>::operator[](size_t)

Declared at simd/vec.hpp:137

`function` front() ¶

constexpr T front() const { … }

Fully qualified name: kfr::portable_vec<T, N>::front()

Declared at simd/vec.hpp:138

`function` front() ¶

constexpr T& front() { … }

Fully qualified name: kfr::portable_vec<T, N>::front()

Declared at simd/vec.hpp:139

`function` back() ¶

constexpr T back() const { … }

Fully qualified name: kfr::portable_vec<T, N>::back()

Declared at simd/vec.hpp:140

`function` back() ¶

constexpr T& back() { … }

Fully qualified name: kfr::portable_vec<T, N>::back()

Declared at simd/vec.hpp:141

`function` operator==(const portable_vec<T, N> &) ¶

constexpr bool operator==(const portable_vec& other) const noexcept = default

Fully qualified name: kfr::portable_vec<T, N>::operator==(const portable_vec<T, N> &)

Declared at simd/vec.hpp:143

Fully qualified name: kfr::portable_vec<T, N>

Declared at simd/vec.hpp:111

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Class portable_vec¶