VariableViews.h

Go to the documentation of this file.

// -*- tab-width: 2; indent-tabs-mode: nil; coding: utf-8-with-signature -*-
//-----------------------------------------------------------------------------
// Copyright 2000-2026 CEA (www.cea.fr) IFPEN (www.ifpenergiesnouvelles.com)
// See the top-level COPYRIGHT file for details.
// SPDX-License-Identifier: Apache-2.0
//-----------------------------------------------------------------------------
/*---------------------------------------------------------------------------*/
/* VariableViews.h                                             (C) 2000-2026 */
/*                                                                           */
/* Variable view management for accelerators.                                */
/*---------------------------------------------------------------------------*/
#ifndef ARCANE_ACCELERATOR_VARIABLEVIEWS_H
#define ARCANE_ACCELERATOR_VARIABLEVIEWS_H
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
#include "arcane/core/ItemTypes.h"
#include "arcane/core/SimdItem.h"
#include "arcane/core/VariableTypedef.h"
#include "arcane/core/GroupIndexTable.h"
 
#include "arcane/accelerator/core/ViewBuildInfo.h"
#include "arcane/accelerator/AcceleratorGlobal.h"
#include "arcane/accelerator/ViewsCommon.h"
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
// TODO: Make the views ReadWrite for SIMD accessors
 
namespace Arcane::Accelerator
{
template <typename DataType> class View1DGetterSetter;
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Base class for variable views.
 */
class ARCANE_ACCELERATOR_EXPORT VariableViewBase
{
 public:
 
  VariableViewBase(const ViewBuildInfo& command, IVariable* var);
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Class to access a 1D array of a read/write view.
 */
template <typename DataType>
class View1DSetter
{
  // For accessing m_data;
  friend class View1DGetterSetter<DataType>;
 
 public:
 
  using ValueType = DataType;
  using DataTypeReturnReference = View1DSetter<DataType>;
  explicit ARCCORE_HOST_DEVICE View1DSetter(SmallSpan<DataType> data)
  : m_data(data)
  {}
  ARCCORE_HOST_DEVICE DataViewSetter<DataType> operator[](Int32 index) const
  {
    return DataViewSetter<DataType>(m_data.ptrAt(index));
  }
  ARCCORE_HOST_DEVICE DataViewSetter<DataType> operator()(Int32 index) const
  {
    return DataViewSetter<DataType>(m_data.ptrAt(index));
  }
  DataTypeReturnReference& operator=(const View1DSetter<DataType>& rhs) = delete;
 
 public:
 
  ARCCORE_HOST_DEVICE void copy(SmallSpan<const DataType> rhs)
  {
    m_data.copy(rhs);
  }
 
 private:
 
  SmallSpan<DataType> m_data;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Class to access a 1D array of a read/write view.
 */
template <typename DataType>
class View1DGetterSetter
: public View1DSetter<DataType>
{
  using View1DSetter<DataType>::m_data;
 
 public:
 
  using ValueType = DataType;
  using DataTypeReturnReference = View1DGetterSetter<DataType>;
 
 public:
 
  explicit ARCCORE_HOST_DEVICE View1DGetterSetter(SmallSpan<DataType> data)
  : View1DSetter<DataType>(data)
  {}
  DataTypeReturnReference& operator=(const View1DGetterSetter<DataType>& rhs) = delete;
 
 public:
 
  ARCCORE_HOST_DEVICE DataViewGetterSetter<DataType> operator[](Int32 index) const
  {
    return DataViewGetterSetter<DataType>(m_data.ptrAt(index));
  }
 
 public:
 
  ARCCORE_HOST_DEVICE SmallSpan<DataType> value() const { return m_data; }
  ARCCORE_HOST_DEVICE operator SmallSpan<DataType>() { return m_data; }
  ARCCORE_HOST_DEVICE operator SmallSpan<const DataType>() const { return m_data; }
  ARCCORE_HOST_DEVICE operator Span<DataType>() { return { m_data.data(), m_data.size() }; }
  ARCCORE_HOST_DEVICE operator Span<const DataType>() const { return { m_data.data(), m_data.size() }; }
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Write view on a scalar variable of the mesh.
 */
template <typename ItemType_, typename Accessor_, typename IndexerType_, bool HasSimd_>
class ItemVariableScalarOutViewBaseT
: public VariableViewBase
{
  using Accessor = Accessor_;
 
 public:
 
  using ItemType = ItemType_;
  using IndexerType = IndexerType_;
  using DataType = Accessor_::ValueType;
  using DataTypeReturnReference = DataType&;
 
 public:
 
  ItemVariableScalarOutViewBaseT(const ViewBuildInfo& command, IVariable* var, SmallSpan<DataType> v)
  : VariableViewBase(command, var)
  , m_values(v.data())
  , m_size(v.size())
  {}
 
  //! Vector access operator with indirection.
  SimdSetter<DataType> operator[](SimdItemIndexT<ItemType> simd_item) const requires(HasSimd_)
  {
    return SimdSetter<DataType>(m_values, simd_item.simdLocalIds());
  }
 
  //! Vector access operator without indirection.
  SimdDirectSetter<DataType> operator[](SimdItemDirectIndexT<ItemType> simd_item) const requires(HasSimd_)
  {
    return SimdDirectSetter<DataType>(m_values + simd_item.baseLocalId());
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE Accessor operator[](IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE Accessor operator()(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE Accessor value(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Positions the value for the entity \a item at \a v
  ARCCORE_HOST_DEVICE void setValue(IndexerType item, const DataType& v) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    this->m_values[item.asInt32()] = v;
  }
 
 private:
 
  DataType* m_values = nullptr;
  Int32 m_size = 0;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Write view on a scalar variable of the mesh.
 */
template <typename ItemType_, typename Accessor_>
class ItemVariableScalarOutViewT
: public VariableViewBase
{
 public:
 
  using DataType = Accessor_::ValueType;
  using Accessor = Accessor_;
  using ItemType = ItemType_;
  using IndexerType = ItemLocalIdTraitsT<ItemType_>::LocalIdType;
  using DataTypeReturnReference = DataType&;
 
 public:
 
  ItemVariableScalarOutViewT(const ViewBuildInfo& command, IVariable* var, SmallSpan<DataType> v)
  : VariableViewBase(command, var)
  , m_values(v.data())
  , m_size(v.size())
  {}
 
  //! Vector access operator with indirection.
  SimdSetter<DataType> operator[](SimdItemIndexT<ItemType> simd_item) const
  {
    return SimdSetter<DataType>(m_values, simd_item.simdLocalIds());
  }
 
  //! Vector access operator without indirection.
  SimdDirectSetter<DataType> operator[](SimdItemDirectIndexT<ItemType> simd_item) const
  {
    return SimdDirectSetter<DataType>(m_values + simd_item.baseLocalId());
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE Accessor operator[](IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE Accessor operator()(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE Accessor value(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Positions the value for the entity \a item at \a v
  ARCCORE_HOST_DEVICE void setValue(IndexerType item, const DataType& v) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    this->m_values[item.asInt32()] = v;
  }
 
 private:
 
  DataType* m_values = nullptr;
  Int32 m_size = 0;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Write view on a partial scalar variable of the mesh.
 */
template <typename ItemType_, typename Accessor_>
class ItemPartialVariableScalarOutViewT
: public VariableViewBase
{
 public:
 
  using DataType = Accessor_::ValueType;
  using Accessor = Accessor_;
  using ItemType = ItemType_;
  using IndexerType = ItemEnumeratorIndexT<ItemType_>;
  using DataTypeReturnReference = DataType&;
  using ItemLocalIdType = ItemTraitsT<ItemType_>::LocalIdType;
 
 public:
 
  ItemPartialVariableScalarOutViewT(const ViewBuildInfo& command, IVariable* var,
                                    SmallSpan<DataType> v, GroupIndexTableView table_view)
  : VariableViewBase(command, var)
  , m_values(v.data())
  , m_size(v.size())
  , m_table_view(table_view)
  {}
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE Accessor operator[](IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE Accessor operator()(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE Accessor value(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Positions the value for the entity \a item at \a v
  ARCCORE_HOST_DEVICE void setValue(IndexerType item, const DataType& v) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    this->m_values[item.asInt32()] = v;
  }
 
 public:
 
  //! Access operator for the local ID entity \a lid
  ARCCORE_HOST_DEVICE Accessor operator[](ItemLocalIdType lid) const
  {
    Int32 index = _toIndex(lid);
    ARCANE_CHECK_AT(index, m_size);
    return Accessor(m_values + index);
  }
 
  //! Access operator for the local ID entity \a lid
  ARCCORE_HOST_DEVICE Accessor operator()(ItemLocalIdType lid) const
  {
    Int32 index = _toIndex(lid);
    ARCANE_CHECK_AT(index, m_size);
    return Accessor(m_values + index);
  }
 
  //! Access operator for the local ID entity \a lid
  ARCCORE_HOST_DEVICE Accessor value(ItemLocalIdType lid) const
  {
    Int32 index = _toIndex(lid);
    ARCANE_CHECK_AT(index, m_size);
    return Accessor(m_values + index);
  }
 
  //! Positions the value for the local ID entity \a lid at \a v
  ARCCORE_HOST_DEVICE void setValue(ItemLocalIdType lid, const DataType& v) const
  {
    Int32 index = _toIndex(lid);
    ARCANE_CHECK_AT(index, m_size);
    this->m_values[index] = v;
  }
 
 private:
 
  ARCCORE_HOST_DEVICE Int32 _toIndex(ItemLocalIdType lid) const
  {
    return m_table_view[lid];
  }
 
 private:
 
  DataType* m_values = nullptr;
  Int32 m_size = 0;
  GroupIndexTableView m_table_view;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Read view on a scalar variable of the mesh.
 */
template <typename ItemType_, typename DataType_>
class ItemVariableScalarInViewT
: public VariableViewBase
{
 public:
 
  using ItemType = ItemType_;
  using DataType = DataType_;
  using IndexerType = ItemLocalIdTraitsT<ItemType_>::LocalIdType;
 
 public:
 
  ItemVariableScalarInViewT(const ViewBuildInfo& command, IVariable* var, SmallSpan<const DataType> v)
  : VariableViewBase(command, var)
  , m_values(v)
  {
  }
 
 public:
 
  //! Vector access operator with indirection.
  typename SimdTypeTraits<DataType>::SimdType
  operator[](SimdItemIndexT<ItemType> simd_item) const
  {
    typedef typename SimdTypeTraits<DataType>::SimdType SimdType;
    return SimdType(m_values.data(), simd_item.simdLocalIds());
  }
 
  //! Vector access operator with indirection.
  typename SimdTypeTraits<DataType>::SimdType
  operator[](SimdItemDirectIndexT<ItemType> simd_item) const
  {
    typedef typename SimdTypeTraits<DataType>::SimdType SimdType;
    return SimdType(m_values.data() + simd_item.baseLocalId());
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE const DataType& operator[](IndexerType item) const
  {
    return this->m_values[item.asInt32()];
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE const DataType& operator()(IndexerType item) const
  {
    return this->m_values[item.asInt32()];
  }
 
  //! Access operator for the entity \a item
  ARCCORE_HOST_DEVICE const DataType& value(IndexerType item) const
  {
    return this->m_values[item.asInt32()];
  }
 
 private:
 
  SmallSpan<const DataType> m_values;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Read view on a partial scalar variable of the mesh.
 */
template <typename ItemType_, typename DataType_>
class ItemPartialVariableScalarInViewT
: public VariableViewBase
{
 public:
 
  using ItemType = ItemType_;
  using DataType = DataType_;
  using IndexerType = ItemEnumeratorIndexT<ItemType_>;
  using ItemLocalIdType = ItemTraitsT<ItemType_>::LocalIdType;
 
 public:
 
  ItemPartialVariableScalarInViewT(const ViewBuildInfo& command, IVariable* var,
                                   SmallSpan<const DataType> v, GroupIndexTableView table_view)
  : VariableViewBase(command, var)
  , m_values(v)
  , m_table_view(table_view)
  {}
 
 public:
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const DataType& operator[](IndexerType item) const
  {
    return m_values[item.asInt32()];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const DataType& operator()(IndexerType item) const
  {
    return m_values[item.asInt32()];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const DataType& value(IndexerType item) const
  {
    return m_values[item.asInt32()];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const DataType& operator[](ItemLocalIdType lid) const
  {
    return m_values[_toIndex(lid)];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const DataType& operator()(ItemLocalIdType lid) const
  {
    return m_values[_toIndex(lid)];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const DataType& value(ItemLocalIdType lid) const
  {
    return m_values[_toIndex(lid)];
  }
 
 private:
 
  ARCCORE_HOST_DEVICE Int32 _toIndex(ItemLocalIdType lid) const
  {
    return m_table_view[lid];
  }
 
 private:
 
  SmallSpan<const DataType> m_values;
  GroupIndexTableView m_table_view;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Read-only view on a partial array variable of the mesh.
 */
template <typename ItemType_, typename DataType_>
class ItemPartialVariableArrayInViewT
: public VariableViewBase
{
 public:
 
  using ItemType = ItemType_;
  using DataType = DataType_;
  using IndexerType = ItemEnumeratorIndexT<ItemType_>;
  using ItemLocalIdType = typename ItemTraitsT<ItemType_>::LocalIdType;
 
 public:
 
  ItemPartialVariableArrayInViewT(const ViewBuildInfo& command, IVariable* var,
                                  SmallSpan2<const DataType> v, GroupIndexTableView table_view)
  : VariableViewBase(command, var)
  , m_values(v)
  , m_table_view(table_view)
  {}
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const SmallSpan<const DataType> operator[](IndexerType i) const
  {
    return this->m_values[i.asInt32()];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const SmallSpan<const DataType> operator[](ItemLocalIdType lid) const
  {
    return m_values[_toIndex(lid)];
  }
 
  //! Access operator for the \a i-th value of entity \a item
  ARCCORE_HOST_DEVICE const DataType& operator()(IndexerType item, Int32 i) const
  {
    return m_values[item.asInt32()][i];
  }
 
  //! Access operator for the \a i-th value of entity \a item
  ARCCORE_HOST_DEVICE const DataType& operator()(ItemLocalIdType lid, Int32 i) const
  {
    return m_values[_toIndex(lid)][i];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const SmallSpan<const DataType> value(IndexerType i) const
  {
    return m_values[i.asInt32()];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const SmallSpan<const DataType> value(ItemLocalIdType lid) const
  {
    return m_values[_toIndex(lid)];
  }
 
 protected:
 
  ARCCORE_HOST_DEVICE Int32 _toIndex(ItemLocalIdType lid) const
  {
    return m_table_view[lid];
  }
 
 private:
 
  SmallSpan2<const DataType> m_values;
  GroupIndexTableView m_table_view;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Read-only view on a mesh array variable.
 */
template <typename ItemType_, typename DataType_>
class ItemVariableArrayInViewT
: public VariableViewBase
{
 private:
 
  using IndexerType = ItemTraitsT<ItemType_>::LocalIdType;
 
 public:
 
  using DataType = DataType_;
 
 public:
 
  ItemVariableArrayInViewT(const ViewBuildInfo& command, IVariable* var, SmallSpan2<const DataType> v)
  : VariableViewBase(command, var)
  , m_values(v)
  {}
 
 public:
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const SmallSpan<const DataType> operator[](IndexerType i) const
  {
    return this->m_values[i.asInt32()];
  }
 
  //! Access operator for the \a i-th value of entity \a item
  ARCCORE_HOST_DEVICE const DataType& operator()(IndexerType item, Int32 i) const
  {
    return this->m_values[item.asInt32()][i];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE const SmallSpan<const DataType> value(IndexerType i) const
  {
    return this->m_values[i.asInt32()];
  }
 
 private:
 
  SmallSpan2<const DataType> m_values;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Write-only view on a mesh array variable.
 */
template <typename ItemType_, typename Accessor_, typename Indexer_>
class ItemVariableArrayOutViewBaseT
: public VariableViewBase
{
 private:
 
  using ItemType = ItemType_;
  using Accessor = Accessor_;
  using IndexerType = Indexer_;
  using DataType = Accessor::ValueType;
  using DataTypeReturnType = Accessor::DataTypeReturnReference;
 
 public:
 
  ItemVariableArrayOutViewBaseT(const ViewBuildInfo& command, IVariable* var, SmallSpan2<DataType> v)
  : VariableViewBase(command, var)
  , m_values(v)
  {}
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE DataTypeReturnType operator[](IndexerType item) const
  {
    return DataTypeReturnType(this->m_values[item.asInt32()]);
  }
 
  //! Access operator for the \a i-th value of entity \a item
  ARCCORE_HOST_DEVICE DataType& operator()(IndexerType item, Int32 i) const
  {
    return this->m_values[item.asInt32()][i];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE SmallSpan<DataType> value(IndexerType item) const
  {
    return DataTypeReturnType(this->m_values[item.asInt32()]);
  }
 
 private:
 
  SmallSpan2<DataType> m_values;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Write-only view on a mesh array variable.
 */
template <typename ItemType_, typename Accessor_>
class ItemVariableArrayOutViewT
: public VariableViewBase
{
 public:
 
  using ItemType = ItemType_;
  using Accessor = Accessor_;
  using IndexerType = ItemTraitsT<ItemType_>::LocalIdType;
  using DataType = Accessor::ValueType;
  using DataTypeReturnType = Accessor::DataTypeReturnReference;
 
 public:
 
  ItemVariableArrayOutViewT(const ViewBuildInfo& command, IVariable* var, SmallSpan2<DataType> v)
  : VariableViewBase(command, var)
  , m_values(v)
  {}
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE DataTypeReturnType operator[](IndexerType item) const
  {
    return DataTypeReturnType(this->m_values[item.asInt32()]);
  }
 
  //! Access operator for the \a i-th value of entity \a item
  ARCCORE_HOST_DEVICE DataType& operator()(IndexerType item, Int32 i) const
  {
    return this->m_values[item.asInt32()][i];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE SmallSpan<DataType> value(IndexerType item) const
  {
    return DataTypeReturnType(this->m_values[item.asInt32()]);
  }
 
 private:
 
  SmallSpan2<DataType> m_values;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
/*!
 * \brief Write-only view on a partial array variable of the mesh.
 */
template <typename ItemType_, typename Accessor_>
class ItemPartialVariableArrayOutViewT
: public VariableViewBase
{
 public:
 
  using ItemType = ItemType_;
  using Accessor = Accessor_;
  using IndexerType = ItemEnumeratorIndexT<ItemType_>;
  using DataType = Accessor::ValueType;
  using DataTypeReturnType = Accessor::DataTypeReturnReference;
  using ItemLocalIdType = ItemTraitsT<ItemType_>::LocalIdType;
 
 public:
 
  ItemPartialVariableArrayOutViewT(const ViewBuildInfo& command, IVariable* var,
                                   SmallSpan2<DataType> v, GroupIndexTableView table_view)
  : VariableViewBase(command, var)
  , m_values(v)
  , m_table_view(table_view)
  {}
 
 public:
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE DataTypeReturnType operator[](IndexerType item) const
  {
    return DataTypeReturnType(m_values[item.asInt32()]);
  }
 
  //! Access operator for the \a i-th value of entity \a item
  ARCCORE_HOST_DEVICE DataType& operator()(IndexerType item, Int32 i) const
  {
    return m_values[item.asInt32()][i];
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE SmallSpan<DataType> value(IndexerType item) const
  {
    return DataTypeReturnType(m_values[item.asInt32()]);
  }
 
 public:
 
  //! Access operator for local ID entity \a lid
  ARCCORE_HOST_DEVICE DataTypeReturnType operator[](ItemLocalIdType lid) const
  {
    return DataTypeReturnType(m_values[_toIndex(lid)]);
  }
 
  //! Access operator for local ID entity \a lid
  ARCCORE_HOST_DEVICE DataType& operator()(ItemLocalIdType lid, Int32 i) const
  {
    return m_values[_toIndex(lid)][i];
  }
 
  //! Access operator for the \a i-th value of entity \a item
  ARCCORE_HOST_DEVICE SmallSpan<DataType> value(ItemLocalIdType lid) const
  {
    return DataTypeReturnType(m_values[_toIndex(lid)]);
  }
 
 private:
 
  ARCCORE_HOST_DEVICE Int32 _toIndex(ItemLocalIdType lid) const
  {
    return m_table_view[lid];
  }
 
 private:
 
  SmallSpan2<DataType> m_values;
  GroupIndexTableView m_table_view;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Write-only view on a scalar variable of type 'RealN' of the mesh.
 *
 * This class specializes mutable views for 'Real2', 'Real3',
 * 'Real2x2' and 'Real3x3' reals. The specialization ensures that only the
 * entire vector of reals can be modified. For example:
 *
 * \code
 * VariableNodeReal3View force_view = ...;
 * Node node = ...;
 *
 * // OK:
 * force_view[node] = Real3(x,y,z);
 *
 * // Forbidden:
 * // force_view[node].x = ...;
 *
 * \endcode
 */
template <typename ItemType_, typename Accessor_>
class ItemVariableRealNScalarOutViewT
: public VariableViewBase
{
 public:
 
  using ItemType = ItemType_;
  using Accessor = Accessor_;
  using IndexerType = ItemTraitsT<ItemType_>::LocalIdType;
  using DataType = Accessor_::ValueType;
  using DataTypeReturnReference = DataType&;
 
 public:
 
  //! Constructs the view
  ItemVariableRealNScalarOutViewT(const ViewBuildInfo& command, IVariable* var, SmallSpan<DataType> v)
  : VariableViewBase(command, var)
  , m_values(v.data())
  , m_size(v.size())
  {}
 
  //! Vector access operator with indirection.
  SimdSetter<DataType> operator[](SimdItemIndexT<ItemType> simd_item) const
  {
    return SimdSetter<DataType>(m_values, simd_item.simdLocalIds());
  }
 
  //! Vector access operator with indirection.
  SimdSetter<DataType> operator()(SimdItemIndexT<ItemType> simd_item) const
  {
    return SimdSetter<DataType>(m_values, simd_item.simdLocalIds());
  }
 
  //! Vector access operator without indirection.
  SimdDirectSetter<DataType> operator[](SimdItemDirectIndexT<ItemType> simd_item) const
  {
    return SimdDirectSetter<DataType>(m_values + simd_item.baseLocalId());
  }
 
  //! Vector access operator without indirection.
  SimdDirectSetter<DataType> operator()(SimdItemDirectIndexT<ItemType> simd_item) const
  {
    return SimdDirectSetter<DataType>(m_values + simd_item.baseLocalId());
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE Accessor operator[](IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(m_values + item.asInt32());
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE Accessor operator()(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(m_values + item.asInt32());
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE Accessor value(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(m_values + item.asInt32());
  }
 
  //! Positions the value for entity \a item at \a v
  ARCCORE_HOST_DEVICE void setValue(IndexerType item, const DataType& v) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    this->m_values[item.asInt32()] = v;
  }
 
 private:
 
  DataType* m_values = nullptr;
  Int32 m_size = 0;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
template <typename ItemType_, typename Accessor_>
class ItemPartialVariableRealNScalarOutViewT
: public VariableViewBase
{
 public:
 
  using ItemType = ItemType_;
  using Accessor = Accessor_;
  using IndexerType = ItemEnumeratorIndexT<ItemType_>;
  using DataType = typename Accessor_::ValueType;
  using DataTypeReturnReference = DataType&;
  using ItemLocalIdType = typename ItemTraitsT<ItemType_>::LocalIdType;
 
 public:
 
  //! Constructs the view
  ItemPartialVariableRealNScalarOutViewT(const ViewBuildInfo& command, IVariable* var,
                                         SmallSpan<DataType> v, GroupIndexTableView table_view)
  : VariableViewBase(command, var)
  , m_values(v.data())
  , m_size(v.size())
  , m_table_view(table_view)
  {}
 
 public:
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE Accessor operator[](IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE Accessor operator()(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE Accessor value(IndexerType item) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    return Accessor(this->m_values + item.asInt32());
  }
 
  //! Sets the value for entity \a item at \a v
  ARCCORE_HOST_DEVICE void setValue(IndexerType item, const DataType& v) const
  {
    ARCANE_CHECK_AT(item.asInt32(), m_size);
    this->m_values[item.asInt32()] = v;
  }
 
 public:
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE Accessor operator[](ItemLocalIdType lid) const
  {
    Int32 index = _toIndex(lid);
    ARCANE_CHECK_AT(index, m_size);
    return Accessor(m_values + index);
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE Accessor operator()(ItemLocalIdType lid) const
  {
    Int32 index = _toIndex(lid);
    ARCANE_CHECK_AT(index, m_size);
    return Accessor(m_values + index);
  }
 
  //! Access operator for entity \a item
  ARCCORE_HOST_DEVICE Accessor value(ItemLocalIdType lid) const
  {
    Int32 index = _toIndex(lid);
    ARCANE_CHECK_AT(index, m_size);
    return Accessor(m_values + index);
  }
 
  //! Sets the value for entity \a item at \a v
  ARCCORE_HOST_DEVICE void setValue(ItemLocalIdType lid, const DataType& v) const
  {
    Int32 index = _toIndex(lid);
    ARCANE_CHECK_AT(index, m_size);
    m_values[index] = v;
  }
 
 private:
 
  ARCCORE_HOST_DEVICE Int32 _toIndex(ItemLocalIdType lid) const
  {
    return m_table_view[lid];
  }
 
 private:
 
  DataType* m_values = nullptr;
  Int32 m_size = 0;
  GroupIndexTableView m_table_view;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
/*!
 * \brief Write view.
 */
template <typename DataType> auto
viewOut(const ViewBuildInfo& command, ItemVariableScalarRefT<DataType>& var)
{
  using Accessor = DataViewSetter<DataType>;
  return ItemVariableScalarOutViewT<Item, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Write view.
 */
template <typename ItemType, typename DataType> auto
viewOut(const ViewBuildInfo& command, MeshVariableScalarRefT<ItemType, DataType>& var)
{
  using Accessor = DataViewSetter<DataType>;
  return ItemVariableScalarOutViewT<ItemType, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Write view.
 */
template <typename ItemType, typename DataType> auto
viewOut(const ViewBuildInfo& command, MeshPartialVariableScalarRefT<ItemType, DataType>& var)
{
  using Accessor = DataViewSetter<DataType>;
  using ViewType = ItemPartialVariableScalarOutViewT<ItemType, Accessor>;
  return ViewType(command, var.variable(), var.asArray(), var.tableView());
}
 
/*!
 * \brief Write view.
 */
template <typename ItemType> auto
viewOut(const ViewBuildInfo& command, MeshVariableScalarRefT<ItemType, Real3>& var)
{
  using Accessor = DataViewSetter<Real3>;
  return ItemVariableRealNScalarOutViewT<ItemType, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Write view.
 */
template <typename ItemType> auto
viewOut(const ViewBuildInfo& command, MeshPartialVariableScalarRefT<ItemType, Real3>& var)
{
  using Accessor = DataViewSetter<Real3>;
  using ViewType = ItemPartialVariableRealNScalarOutViewT<ItemType, Accessor>;
  return ViewType(command, var.variable(), var.asArray(), var.tableView());
}
 
/*!
 * \brief Write view.
 */
template <typename ItemType> auto
viewOut(const ViewBuildInfo& command, MeshVariableScalarRefT<ItemType, Real2>& var)
{
  using Accessor = DataViewSetter<Real2>;
  return ItemVariableRealNScalarOutViewT<ItemType, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Write view.
 */
template <typename ItemType> auto
viewOut(const ViewBuildInfo& command, MeshPartialVariableScalarRefT<ItemType, Real2>& var)
{
  using Accessor = DataViewSetter<Real2>;
  using ViewType = ItemPartialVariableRealNScalarOutViewT<ItemType, Accessor>;
  return ViewType(command, var.variable(), var.asArray(), var.tableView());
}
 
/*!
 * \brief Write view.
 */
template <typename ItemType, typename DataType> auto
viewOut(const ViewBuildInfo& command, MeshVariableArrayRefT<ItemType, DataType>& var)
{
  using Accessor = View1DSetter<DataType>;
  return ItemVariableArrayOutViewT<ItemType, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Write view.
 */
template <typename ItemType, typename DataType> auto
viewOut(const ViewBuildInfo& command, MeshPartialVariableArrayRefT<ItemType, DataType>& var)
{
  using Accessor = View1DSetter<DataType>;
  using ViewType = ItemPartialVariableArrayOutViewT<ItemType, Accessor>;
  return ViewType(command, var.variable(), var.asArray(), var.tableView());
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
/*!
 * \brief Read/write view.
 */
template <typename DataType> auto
viewInOut(const ViewBuildInfo& command, ItemVariableScalarRefT<DataType>& var)
{
  using Accessor = DataViewGetterSetter<DataType>;
  return ItemVariableScalarOutViewT<Item, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Read/write view.
 */
template <typename ItemType, typename DataType> auto
viewInOut(const ViewBuildInfo& command, MeshVariableScalarRefT<ItemType, DataType>& var)
{
  using Accessor = DataViewGetterSetter<DataType>;
  return ItemVariableScalarOutViewT<ItemType, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Read/write view.
 */
template <typename ItemType, typename DataType> auto
viewInOut(const ViewBuildInfo& command, MeshPartialVariableScalarRefT<ItemType, DataType>& var)
{
  using Accessor = DataViewGetterSetter<DataType>;
  return ItemPartialVariableScalarOutViewT<ItemType, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Read/write view.
 */
template <typename ItemType> auto
viewInOut(const ViewBuildInfo& command, MeshVariableScalarRefT<ItemType, Real3>& var)
{
  using Accessor = DataViewGetterSetter<Real3>;
  return ItemVariableRealNScalarOutViewT<ItemType, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Read/write view.
 */
template <typename ItemType> auto
viewInOut(const ViewBuildInfo& command, MeshPartialVariableScalarRefT<ItemType, Real3>& var)
{
  using Accessor = DataViewGetterSetter<Real3>;
  using ViewType = ItemPartialVariableRealNScalarOutViewT<ItemType, Accessor>;
  return ViewType(command, var.variable(), var.asArray(), var.tableView());
}
 
/*!
 * \brief Read/write view.
 */
template <typename ItemType> auto
viewInOut(const ViewBuildInfo& command, MeshVariableScalarRefT<ItemType, Real2>& var)
{
  using Accessor = DataViewGetterSetter<Real2>;
  return ItemVariableRealNScalarOutViewT<ItemType, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Read/write view.
 */
template <typename ItemType> auto
viewInOut(const ViewBuildInfo& command, MeshPartialVariableScalarRefT<ItemType, Real2>& var)
{
  using Accessor = DataViewGetterSetter<Real2>;
  using ViewType = ItemPartialVariableRealNScalarOutViewT<ItemType, Accessor>;
  return ViewType(command, var.variable(), var.asArray(), var.tableView());
}
 
/*!
 * \brief Read/write view.
 */
template <typename ItemType, typename DataType> auto
viewInOut(const ViewBuildInfo& command, MeshVariableArrayRefT<ItemType, DataType>& var)
{
  using Accessor = View1DGetterSetter<DataType>;
  return ItemVariableArrayOutViewT<ItemType, Accessor>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Read/write view.
 */
template <typename ItemType, typename DataType> auto
viewInOut(const ViewBuildInfo& command, MeshPartialVariableArrayRefT<ItemType, DataType>& var)
{
  using Accessor = View1DGetterSetter<DataType>;
  using ViewType = ItemPartialVariableArrayOutViewT<ItemType, Accessor>;
  return ViewType(command, var.variable(), var.asArray(), var.tableView());
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
/*!
 * \brief Read view.
 */
template <typename ItemType, typename DataType> auto
viewIn(const ViewBuildInfo& command, const MeshPartialVariableScalarRefT<ItemType, DataType>& var)
{
  return ItemPartialVariableScalarInViewT<ItemType, DataType>(command, var.variable(), var.asArray(), var.tableView());
}
 
/*!
 * \brief Read view.
 */
template <typename ItemType, typename DataType> auto
viewIn(const ViewBuildInfo& command, const MeshVariableScalarRefT<ItemType, DataType>& var)
{
  return ItemVariableScalarInViewT<ItemType, DataType>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Read view.
 */
template <typename DataType> auto
viewIn(const ViewBuildInfo& command, const ItemVariableScalarRefT<DataType>& var)
{
  return ItemVariableScalarInViewT<Item, DataType>(command, var.variable(), var.asArray());
}
 
/*!
 * \brief Read view.
 */
template <typename ItemType, typename DataType> auto
viewIn(const ViewBuildInfo& command, const MeshPartialVariableArrayRefT<ItemType, DataType>& var)
{
  return ItemPartialVariableArrayInViewT<ItemType, DataType>(command, var.variable(), var.asArray(), var.tableView());
}
 
/*!
 * \brief Read view.
 */
template <typename ItemType, typename DataType> auto
viewIn(const ViewBuildInfo& command, const MeshVariableArrayRefT<ItemType, DataType>& var)
{
  return ItemVariableArrayInViewT<ItemType, DataType>(command, var.variable(), var.asArray());
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
typedef ItemVariableScalarInViewT<Node, Byte> VariableNodeByteInView;
typedef ItemVariableScalarInViewT<Edge, Byte> VariableEdgeByteInView;
typedef ItemVariableScalarInViewT<Face, Byte> VariableFaceByteInView;
typedef ItemVariableScalarInViewT<Cell, Byte> VariableCellByteInView;
typedef ItemVariableScalarInViewT<Particle, Byte> VariableParticleByteInView;
typedef ItemVariableScalarInViewT<DoF, Byte> VariableDoFByteInView;
 
typedef ItemVariableScalarInViewT<Node, Int16> VariableNodeInt16InView;
typedef ItemVariableScalarInViewT<Edge, Int16> VariableEdgeInt16InView;
typedef ItemVariableScalarInViewT<Face, Int16> VariableFaceInt16InView;
typedef ItemVariableScalarInViewT<Cell, Int16> VariableCellInt16InView;
typedef ItemVariableScalarInViewT<Particle, Int16> VariableParticleInt16InView;
typedef ItemVariableScalarInViewT<DoF, Int16> VariableDoFInt16InView;
 
typedef ItemVariableScalarInViewT<Node, Int32> VariableNodeInt32InView;
typedef ItemVariableScalarInViewT<Edge, Int32> VariableEdgeInt32InView;
typedef ItemVariableScalarInViewT<Face, Int32> VariableFaceInt32InView;
typedef ItemVariableScalarInViewT<Cell, Int32> VariableCellInt32InView;
typedef ItemVariableScalarInViewT<Particle, Int32> VariableParticleInt32InView;
typedef ItemVariableScalarInViewT<DoF, Int32> VariableDoFInt32InView;
 
typedef ItemVariableScalarInViewT<Node, Int64> VariableNodeInt64InView;
typedef ItemVariableScalarInViewT<Edge, Int64> VariableEdgeInt64InView;
typedef ItemVariableScalarInViewT<Face, Int64> VariableFaceInt64InView;
typedef ItemVariableScalarInViewT<Cell, Int64> VariableCellInt64InView;
typedef ItemVariableScalarInViewT<Particle, Int64> VariableParticleInt64InView;
typedef ItemVariableScalarInViewT<DoF, Int64> VariableDoFInt64InView;
 
typedef ItemVariableScalarInViewT<Node, Real> VariableNodeRealInView;
typedef ItemVariableScalarInViewT<Edge, Real> VariableEdgeRealInView;
typedef ItemVariableScalarInViewT<Face, Real> VariableFaceRealInView;
typedef ItemVariableScalarInViewT<Cell, Real> VariableCellRealInView;
typedef ItemVariableScalarInViewT<Particle, Real> VariableParticleRealInView;
typedef ItemVariableScalarInViewT<DoF, Real> VariableDoFRealInView;
 
typedef ItemVariableScalarInViewT<Node, Real2> VariableNodeReal2InView;
typedef ItemVariableScalarInViewT<Edge, Real2> VariableEdgeReal2InView;
typedef ItemVariableScalarInViewT<Face, Real2> VariableFaceReal2InView;
typedef ItemVariableScalarInViewT<Cell, Real2> VariableCellReal2InView;
typedef ItemVariableScalarInViewT<Particle, Real2> VariableParticleReal2InView;
typedef ItemVariableScalarInViewT<DoF, Real2> VariableDoFReal2InView;
 
typedef ItemVariableScalarInViewT<Node, Real3> VariableNodeReal3InView;
typedef ItemVariableScalarInViewT<Edge, Real3> VariableEdgeReal3InView;
typedef ItemVariableScalarInViewT<Face, Real3> VariableFaceReal3InView;
typedef ItemVariableScalarInViewT<Cell, Real3> VariableCellReal3InView;
typedef ItemVariableScalarInViewT<Particle, Real3> VariableParticleReal3InView;
typedef ItemVariableScalarInViewT<DoF, Real3> VariableDoFReal3InView;
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
typedef ItemVariableScalarOutViewT<Node, DataViewSetter<Byte>> VariableNodeByteOutView;
typedef ItemVariableScalarOutViewT<Edge, DataViewSetter<Byte>> VariableEdgeByteOutView;
typedef ItemVariableScalarOutViewT<Face, DataViewSetter<Byte>> VariableFaceByteOutView;
typedef ItemVariableScalarOutViewT<Cell, DataViewSetter<Byte>> VariableCellByteOutView;
typedef ItemVariableScalarOutViewT<Particle, DataViewSetter<Byte>> VariableParticleByteOutView;
typedef ItemVariableScalarOutViewT<DoF, DataViewSetter<Byte>> VariableDoFByteOutView;
 
typedef ItemVariableScalarOutViewT<Node, DataViewSetter<Int16>> VariableNodeInt16OutView;
typedef ItemVariableScalarOutViewT<Edge, DataViewSetter<Int16>> VariableEdgeInt16OutView;
typedef ItemVariableScalarOutViewT<Face, DataViewSetter<Int16>> VariableFaceInt16OutView;
typedef ItemVariableScalarOutViewT<Cell, DataViewSetter<Int16>> VariableCellInt16OutView;
typedef ItemVariableScalarOutViewT<Particle, DataViewSetter<Int16>> VariableParticleInt16OutView;
typedef ItemVariableScalarOutViewT<DoF, DataViewSetter<Int16>> VariableDoFInt16OutView;
 
typedef ItemVariableScalarOutViewT<Node, DataViewSetter<Int32>> VariableNodeInt32OutView;
typedef ItemVariableScalarOutViewT<Edge, DataViewSetter<Int32>> VariableEdgeInt32OutView;
typedef ItemVariableScalarOutViewT<Face, DataViewSetter<Int32>> VariableFaceInt32OutView;
typedef ItemVariableScalarOutViewT<Cell, DataViewSetter<Int32>> VariableCellInt32OutView;
typedef ItemVariableScalarOutViewT<Particle, DataViewSetter<Int32>> VariableParticleInt32OutView;
typedef ItemVariableScalarOutViewT<DoF, DataViewSetter<Int32>> VariableDoFInt32OutView;
 
typedef ItemVariableScalarOutViewT<Node, DataViewSetter<Int64>> VariableNodeInt64OutView;
typedef ItemVariableScalarOutViewT<Edge, DataViewSetter<Int64>> VariableEdgeInt64OutView;
typedef ItemVariableScalarOutViewT<Face, DataViewSetter<Int64>> VariableFaceInt64OutView;
typedef ItemVariableScalarOutViewT<Cell, DataViewSetter<Int64>> VariableCellInt64OutView;
typedef ItemVariableScalarOutViewT<Particle, DataViewSetter<Int64>> VariableParticleInt64OutView;
typedef ItemVariableScalarOutViewT<DoF, DataViewSetter<Int64>> VariableDoFInt64OutView;
 
typedef ItemVariableScalarOutViewT<Node, DataViewSetter<Real>> VariableNodeRealOutView;
typedef ItemVariableScalarOutViewT<Edge, DataViewSetter<Real>> VariableEdgeRealOutView;
typedef ItemVariableScalarOutViewT<Face, DataViewSetter<Real>> VariableFaceRealOutView;
typedef ItemVariableScalarOutViewT<Cell, DataViewSetter<Real>> VariableCellRealOutView;
typedef ItemVariableScalarOutViewT<Particle, DataViewSetter<Real>> VariableParticleRealOutView;
typedef ItemVariableScalarOutViewT<DoF, DataViewSetter<Real>> VariableDoFRealOutView;
 
typedef ItemVariableRealNScalarOutViewT<Node, DataViewSetter<Real2>> VariableNodeReal2OutView;
typedef ItemVariableRealNScalarOutViewT<Edge, DataViewSetter<Real2>> VariableEdgeReal2OutView;
typedef ItemVariableRealNScalarOutViewT<Face, DataViewSetter<Real2>> VariableFaceReal2OutView;
typedef ItemVariableRealNScalarOutViewT<Cell, DataViewSetter<Real2>> VariableCellReal2OutView;
typedef ItemVariableRealNScalarOutViewT<Particle, DataViewSetter<Real2>> VariableParticleReal2OutView;
typedef ItemVariableRealNScalarOutViewT<DoF, DataViewSetter<Real2>> VariableDoFReal2OutView;
 
typedef ItemVariableRealNScalarOutViewT<Node, DataViewSetter<Real3>> VariableNodeReal3OutView;
typedef ItemVariableRealNScalarOutViewT<Edge, DataViewSetter<Real3>> VariableEdgeReal3OutView;
typedef ItemVariableRealNScalarOutViewT<Face, DataViewSetter<Real3>> VariableFaceReal3OutView;
typedef ItemVariableRealNScalarOutViewT<Cell, DataViewSetter<Real3>> VariableCellReal3OutView;
typedef ItemVariableRealNScalarOutViewT<Particle, DataViewSetter<Real3>> VariableParticleReal3OutView;
typedef ItemVariableRealNScalarOutViewT<DoF, DataViewSetter<Real3>> VariableDoFReal3OutView;
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
} // End namespace Arcane::Accelerator
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
#endif