Class stride_pointer¶

`class` stride_pointer<T, groupsize> simd ¶

template <typename T, size_t groupsize = 1>
struct stride_pointer : public stride_pointer<const T, groupsize> { … }

Mutable strided pointer: a pointer paired with a stride that supports grouped scatter writes.

Template parameters
T	Element type.
groupsize	Number of contiguous elements per group.

`typedef` base_type ¶

using base_type = stride_pointer<const T, groupsize>

Fully qualified name: kfr::stride_pointer<T, groupsize>::base_type

Declared at simd/read_write.hpp:471

`constructor` stride_pointer<T, groupsize>(T *, size_t) ¶

stride_pointer(T* ptr, size_t stride)

Fully qualified name: kfr::stride_pointer<T, groupsize>::stride_pointer<T, groupsize>(T *, size_t)

Declared at simd/read_write.hpp:473

`variable` writable_ptr ¶

T* writable_ptr

Fully qualified name: kfr::stride_pointer<T, groupsize>::writable_ptr

Declared at simd/read_write.hpp:475

`function` write(const vec<T, N> &, csize_t<N>) ¶

template <size_t N>
void write(const vec<T, N>& val, csize_t<N> = csize_t<N>())

Scatters N elements of val to the underlying pointer using the stored stride.

Template parameters
N	Number of elements to write.

Parameters
val	Vector whose elements are scattered.

Fully qualified name: kfr::stride_pointer<T, groupsize>::write(const vec<T, N> &, csize_t<N>)

Declared at simd/read_write.hpp:483

Fully qualified name: kfr::stride_pointer<T, groupsize>

Declared at simd/read_write.hpp:469

Class stride_pointer¶