ComponentSimd.h File Reference

#include "arcane/core/ArcaneTypes.h"
#include "arcane/core/SimdItem.h"
#include "arcane/materials/MatItem.h"
#include "arcane/materials/MatItemEnumerator.h"
#include "arcane/materials/ComponentPartItemVectorView.h"

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Classes
class	Arcane::Materials::ComponentPartSimdCellEnumerator
	SIMD enumerator on a sub-part (pure or partial) of a subset of the cells of a component (material or medium). More...
class	Arcane::Materials::LoopFunctorEnvPartSimdCell
class	Arcane::Materials::MatVariableViewBase
	Base class for variable views. More...
class	Arcane::Materials::MatItemVariableScalarInViewT< ItemType, DataType >
	Read view on a scalar mesh variable. More...
class	Arcane::Materials::MatItemVariableScalarOutViewT< ItemType, DataType >
	Read view on a scalar mesh variable. More...

Namespaces
namespace	Arcane
	-- tab-width: 2; indent-tabs-mode: nil; coding: utf-8-with-signature --
namespace	Arcane::Materials
	Always enables tracing in Arcane parts concerning materials.

Macros
#define	A_ALIGNED_64
#define	ENUMERATE_SIMD_COMPONENTCELL(iname, env)
#define	ENUMERATE_COMPONENTITEM_LAMBDA(iter_type, iter, container)
	Macro to iterate over the entities of a component via a C++11 lambda function.

Functions
class	Arcane::Materials::ARCANE_MATERIALS_EXPORT (64) SimdMatVarIndex
	SIMD indexer on a component.
ComponentPartSimdCellEnumerator	Arcane::Materials::arcaneImplCreateConstituentEnumerator (ComponentPartSimdCell, ComponentPartItemVectorView v)
template<typename Lambda>
void	Arcane::Materials::simple_simd_env_loop (ComponentPartItemVectorView pure_items, ComponentPartItemVectorView impure_items, const Lambda &lambda)
template<typename DataType>
MatItemVariableScalarInViewT< Cell, DataType >	Arcane::Materials::viewIn (const CellMaterialVariableScalarRef< DataType > &var)
	Read view.
template<typename DataType>
MatItemVariableScalarOutViewT< Cell, DataType >	Arcane::Materials::viewOut (CellMaterialVariableScalarRef< DataType > &var)
	Write view.

Detailed Description

This file contains the different types to manage vectorization on components (materials and media).

Definition in file ComponentSimd.h.

Macro Definition Documentation

A_ALIGNED_64

#define A_ALIGNED_64

Definition at line 37 of file ComponentSimd.h.

ENUMERATE_COMPONENTITEM_LAMBDA

#define ENUMERATE_COMPONENTITEM_LAMBDA	(		iter_type,
			iter,
			container )

Value:

Arcane::Materials::LoopFunctor##iter_type ::create((container)) << [=](Arcane::Materials::LoopFunctor##iter_type ::IterType iter)

Macro to iterate over the entities of a component via a C++11 lambda function.

The arguments are the same as for the ENUMERATE_COMPONENTITEM() macro.

The code after the macro corresponds to the body of the C++11 lambda function. It must therefore be enclosed between two curly braces '{' '}' and end with a semicolon ';'. For example:

ENUMERATE_COMPONENTITEM_LAMBDA(){
};

Note

Even if the code is similar to that of a loop, it is a C++11 lambda function and therefore it is not possible to use keywords like 'break' or 'continue'. If you want to stop an iteration you must use the keyword 'return'.

Definition at line 210 of file ComponentSimd.h.

ENUMERATE_SIMD_COMPONENTCELL

#define ENUMERATE_SIMD_COMPONENTCELL	(		iname,
			env )

Value:

A_ENUMERATE_COMPONENTCELL(ComponentPartSimdCell, iname, env)

Definition at line 132 of file ComponentSimd.h.