batmat::datapar Namespace Reference

Typedefs
template<class Tp, class Abi>
using	simd = stdx::simd<Tp, Abi>
template<class Tp, std::size_t Np>
using	deduced_abi = stdx::simd_abi::deduce_t<Tp, Np>
template<class Tp, std::size_t Np>
using	deduced_simd = simd<Tp, deduced_abi<Tp, Np>>
template<class Tp, class Abi>
using	simd_size = stdx::simd_size<Tp, Abi>
template<class Tp, class Abi>
using	simd_align = stdx::memory_alignment<simd<Tp, Abi>>
template<class T, class V>
using	rebind_simd_t = stdx::rebind_simd_t<T, V>
template<class Tp>
using	scalar_abi = deduced_abi<Tp, 1>

Functions
template<class V>
V	unaligned_load (const typename V::value_type *p)
template<class V>
V	aligned_load (const typename V::value_type *p)
template<class V>
void	unaligned_store (V v, typename V::value_type *p)
template<class V>
void	aligned_store (V v, typename V::value_type *p)
template<class V>
V	masked_aligned_load (const typename V::value_type *p, typename V::mask_type m)
template<class V>
V	masked_unaligned_load (const typename V::value_type *p, typename V::mask_type m)
template<class V>
void	masked_aligned_store (V v, typename V::mask_type m, typename V::value_type *p)
template<class V>
void	masked_unaligned_store (V v, typename V::mask_type m, typename V::value_type *p)
template<class V, size_t I, bool Value = true>
auto	generate_mask ()
template<class V, bool Value = true>
auto	generate_mask (size_t i)
template<class V, size_t N, bool Value = true>
auto	generate_mask_until ()
template<class V, size_t N>
V	partial_load (const typename V::value_type *p)
template<class V>
auto	to_intrin (V v)
auto	reduce_count (auto v)
auto	select (auto cond, auto t, auto f)
template<class V>
constexpr V	from_values (auto... values)

Typedef Documentation

simd

template<class Tp, class Abi>

using batmat::datapar::simd = stdx::simd<Tp, Abi>

Definition at line 148 of file simd.hpp.

deduced_abi

template<class Tp, std::size_t Np>

using batmat::datapar::deduced_abi = stdx::simd_abi::deduce_t<Tp, Np>

Definition at line 150 of file simd.hpp.

deduced_simd

template<class Tp, std::size_t Np>

using batmat::datapar::deduced_simd = simd<Tp, deduced_abi<Tp, Np>>

Definition at line 152 of file simd.hpp.

simd_size

template<class Tp, class Abi>

using batmat::datapar::simd_size = stdx::simd_size<Tp, Abi>

Definition at line 233 of file simd.hpp.

simd_align

template<class Tp, class Abi>

using batmat::datapar::simd_align = stdx::memory_alignment<simd<Tp, Abi>>

Definition at line 235 of file simd.hpp.

rebind_simd_t

template<class T, class V>

using batmat::datapar::rebind_simd_t = stdx::rebind_simd_t<T, V>

Definition at line 237 of file simd.hpp.

scalar_abi

template<class Tp>

using batmat::datapar::scalar_abi = deduced_abi<Tp, 1>

Definition at line 239 of file simd.hpp.

Function Documentation

unaligned_load()

template<class V>

V batmat::datapar::unaligned_load

(

const typename V::value_type *

p

)

Definition at line 155 of file simd.hpp.

aligned_load()

template<class V>

V batmat::datapar::aligned_load

(

const typename V::value_type *

p

)

Definition at line 160 of file simd.hpp.

unaligned_store()

template<class V>

void batmat::datapar::unaligned_store	(	V	v,
		typename V::value_type *	p )

Definition at line 165 of file simd.hpp.

aligned_store()

template<class V>

void batmat::datapar::aligned_store	(	V	v,
		typename V::value_type *	p )

Definition at line 170 of file simd.hpp.

masked_aligned_load()

template<class V>

V batmat::datapar::masked_aligned_load	(	const typename V::value_type *	p,
		typename V::mask_type	m )

Definition at line 175 of file simd.hpp.

masked_unaligned_load()

template<class V>

V batmat::datapar::masked_unaligned_load	(	const typename V::value_type *	p,
		typename V::mask_type	m )

Definition at line 182 of file simd.hpp.

masked_aligned_store()

template<class V>

void batmat::datapar::masked_aligned_store	(	V	v,
		typename V::mask_type	m,
		typename V::value_type *	p )

Definition at line 189 of file simd.hpp.

masked_unaligned_store()

template<class V>

void batmat::datapar::masked_unaligned_store	(	V	v,
		typename V::mask_type	m,
		typename V::value_type *	p )

Definition at line 194 of file simd.hpp.

generate_mask() [1/2]

template<class V, size_t I, bool Value = true>

auto batmat::datapar::generate_mask

(

)

Definition at line 199 of file simd.hpp.

generate_mask() [2/2]

template<class V, bool Value = true>

auto batmat::datapar::generate_mask

(

size_t

i

)

Definition at line 206 of file simd.hpp.

generate_mask_until()

template<class V, size_t N, bool Value = true>

auto batmat::datapar::generate_mask_until

(

)

Definition at line 213 of file simd.hpp.

partial_load()

template<class V, size_t N>

V batmat::datapar::partial_load

(

const typename V::value_type *

p

)

Definition at line 221 of file simd.hpp.

to_intrin()

template<class V>

auto batmat::datapar::to_intrin

(

V

v

)

Definition at line 227 of file simd.hpp.

reduce_count()

auto batmat::datapar::reduce_count

(

auto

v

)

Definition at line 244 of file simd.hpp.

select()

auto batmat::datapar::select	(	auto	cond,
		auto	t,
		auto	f )

Definition at line 245 of file simd.hpp.

from_values()

template<class V>

V batmat::datapar::from_values ( auto... values )

constexpr

Definition at line 257 of file simd.hpp.