PolyhedralMesh.cc

// -*- tab-width: 2; indent-tabs-mode: nil; coding: utf-8-with-signature -*-
//-----------------------------------------------------------------------------
// Copyright 2000-2024 CEA (www.cea.fr) IFPEN (www.ifpenergiesnouvelles.com)
// See the top-level COPYRIGHT file for details.
// SPDX-License-Identifier: Apache-2.0
//-----------------------------------------------------------------------------
/*---------------------------------------------------------------------------*/
/* PolyhedralMesh.cc                                           (C) 2000-2024 */
/*                                                                           */
/* Polyhedral mesh impl using Neo data structure.                            */
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
#include "arcane/mesh/PolyhedralMesh.h"
 
#include "arcane/core/ISubDomain.h"
#include "arcane/core/ItemSharedInfo.h"
#include "arcane/core/ItemTypeInfo.h"
#include "arcane/core/ItemTypeMng.h"
#include "arcane/core/VariableBuildInfo.h"
#include "arcane/core/MeshBuildInfo.h"
#include "arcane/core/ServiceFactory.h"
#include "arcane/core/AbstractService.h"
#include "arcane/core/IMeshFactory.h"
#include "arcane/core/ItemInternal.h"
#include "arcane/core/IDoFFamily.h"
#include "arcane/core/IMeshCompactMng.h"
#include "arcane/core/IMeshCompacter.h"
#include "arcane/core/internal/IVariableMngInternal.h"
#include "arcane/core/internal/IPolyhedralMeshModifier.h"
 
#include "arcane/mesh/ItemFamily.h"
#include "arcane/mesh/DynamicMeshKindInfos.h"
#include "arcane/utils/ITraceMng.h"
#include "arcane/utils/FatalErrorException.h"
 
#ifdef ARCANE_HAS_POLYHEDRAL_MESH_TOOLS
 
#include "arcane/core/IMeshMng.h"
#include "arcane/core/MeshHandle.h"
#include "arcane/core/IItemFamily.h"
#include "arcane/core/internal/IMeshInternal.h"
#include "arcane/utils/Collection.h"
#include "arcane/utils/List.h"
 
#include "neo/Mesh.h"
#include "ItemConnectivityMng.h"
 
#endif
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
void Arcane::mesh::PolyhedralMesh::
_errorEmptyMesh() const
{
  ARCANE_FATAL("Cannot use PolyhedralMesh if Arcane is not linked with lib Neo");
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
namespace Arcane
{
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
namespace mesh
{
 
  /*---------------------------------------------------------------------------*/
  /*---------------------------------------------------------------------------*/
 
  class PolyhedralFamily
    : public ItemFamily
    , public IDoFFamily
  {
    ItemSharedInfoWithType* m_shared_info = nullptr;
    Int32UniqueArray m_empty_connectivity{ 0 };
    Int32UniqueArray m_empty_connectivity_indexes;
    Int32UniqueArray m_empty_connectivity_nb_item;
 
   public:
 
    inline static const String m_arcane_item_lids_property_name{ "Arcane_Item_Lids" }; // inline used to initialize within the declaration
    inline static const String m_arcane_remove_item_property_name{ "Arcane_Remove_Items" }; // inline used to initialize within the declaration
 
   public:
 
    PolyhedralFamily(IMesh* mesh, eItemKind ik, String name)
    : ItemFamily(mesh, ik, name)
    {}
 
   public:
 
    void preAllocate(Integer nb_item)
    {
      Integer nb_hash = itemsMap().nbBucket();
      Integer wanted_size = 2 * (nb_item + nbItem());
      if (nb_hash < wanted_size)
        itemsMap().resize(wanted_size, true);
      m_empty_connectivity_indexes.resize(nb_item + nbItem(), 0);
      m_empty_connectivity_nb_item.resize(nb_item + nbItem(), 0);
      _updateEmptyConnectivity();
    }
 
    ItemInternal* _allocItem(const Int64 uid)
    {
      bool need_alloc; // given by alloc
      ItemInternal* item_internal = ItemFamily::_allocOne(uid, need_alloc);
      if (!need_alloc)
        item_internal->setUniqueId(uid);
      else {
        _allocateInfos(item_internal, uid, m_shared_info);
      }
      item_internal->setOwner(m_sub_domain_id, m_sub_domain_id);
      return item_internal;
    }
 
    void addItems(Int64ConstSmallSpan uids, Int32ArrayView items)
    {
      if (uids.empty())
        return;
      ARCANE_ASSERT((uids.size() == items.size()), ("one must have items.size==uids.size()"));
      m_mesh->traceMng()->debug(Arccore::Trace::Highest) << " PolyhedralFamily::addItems ";
      preAllocate(uids.size());
      auto index{ 0 };
      for (auto uid : uids) {
        ItemInternal* ii = _allocItem(uid);
        items[index++] = ii->localId();
      }
      m_need_prepare_dump = true;
      _updateItemInternalList();
    }
 
    void removeItems(Int32ConstArrayView local_ids)
    {
      _removeMany(local_ids);
    }
 
    void _updateItemInternalList()
    {
      switch (itemKind()) {
      case IK_Cell:
        m_item_internal_list->cells = _itemsInternal();
        break;
      case IK_Face:
        m_item_internal_list->faces = _itemsInternal();
        break;
      case IK_Edge:
        m_item_internal_list->edges = _itemsInternal();
        break;
      case IK_Node:
        m_item_internal_list->nodes = _itemsInternal();
        break;
      case IK_DoF:
      case IK_Particle:
      case IK_Unknown:
        break;
      }
    }
 
    void _updateEmptyConnectivity()
    {
      auto item_internal_connectivity_list = itemInternalConnectivityList();
      for (auto item_kind = 0; item_kind < ItemInternalConnectivityList::MAX_ITEM_KIND; ++item_kind) {
        item_internal_connectivity_list->_setConnectivityList(item_kind, m_empty_connectivity);
        item_internal_connectivity_list->_setConnectivityIndex(item_kind, m_empty_connectivity_indexes);
        item_internal_connectivity_list->_setConnectivityNbItem(item_kind, m_empty_connectivity_nb_item);
      }
    }
 
    // IItemFamily
    IDoFFamily* toDoFFamily() override {
      return this;
    }
    // todo bloquer toutes les methodes d'allocation de IItemFamily
 
    void build() override {
      ItemFamily::build();
      m_sub_domain_id = subDomain()->subDomainId();
      ItemTypeMng* itm = m_mesh->itemTypeMng();
      ItemTypeInfo* dof_type_info = itm->typeFromId(IT_NullType);
      m_shared_info = _findSharedInfo(dof_type_info);
      _updateEmptyConnectivity();
    }
 
    // IDoFFamily
    String name() const override { return ItemFamily::name(); }
    String fullName() const override { return ItemFamily::fullName(); }
    Integer nbItem() const override { return ItemFamily::nbItem(); }
    ItemGroup allItems() const override { return ItemFamily::allItems(); }
    void endUpdate() override { info() << "END UPDATE "<< m_name ; return ItemFamily::endUpdate(); }
    IItemFamily* itemFamily() override { return this; }
 
 
    DoFVectorView addDoFs(Int64ConstArrayView dof_uids, Int32ArrayView dof_lids){
      auto* polyhedral_mesh_modifier = m_mesh->_internalApi()->polyhedralMeshModifier();
      ARCANE_CHECK_POINTER(polyhedral_mesh_modifier);
      polyhedral_mesh_modifier->addItems(dof_uids, dof_lids, ItemFamily::itemKind(), name());
      return ItemFamily::view(dof_lids);
    }
 
    DoFVectorView addGhostDoFs(Int64ConstArrayView dof_uids, Int32ArrayView dof_lids,
                               Int32ConstArrayView owners)
    {
      ARCANE_NOT_YET_IMPLEMENTED("");
      ARCANE_UNUSED(dof_uids);
      ARCANE_UNUSED(owners);
      return ItemFamily::view(dof_lids);
    }
 
    void removeDoFs(Int32ConstArrayView items_local_id){
      auto* mesh_modifier = m_mesh->_internalApi()->polyhedralMeshModifier();
      mesh_modifier->removeItems(items_local_id, ItemFamily::itemKind(), m_name);
    }
  };
 
} // namespace mesh
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
} // namespace Arcane
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
#ifdef ARCANE_HAS_POLYHEDRAL_MESH_TOOLS
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
namespace Arcane
{
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
namespace mesh
{
 
  /*---------------------------------------------------------------------------*/
  /*---------------------------------------------------------------------------*/
 
  class PolyhedralMeshImpl
  {
    ISubDomain* m_subdomain;
    Neo::Mesh m_mesh{ "Test" };
 
    template <eItemKind IK>
    class ItemKindTraits
    {
      static const Neo::ItemKind item_kind = Neo::ItemKind::IK_None;
    };
 
    static Neo::ItemKind itemKindArcaneToNeo(eItemKind ik)
    {
      switch (ik) {
      case IK_Cell:
        return Neo::ItemKind::IK_Cell;
      case IK_Face:
        return Neo::ItemKind::IK_Face;
      case IK_Edge:
        return Neo::ItemKind::IK_Edge;
      case IK_Node:
        return Neo::ItemKind::IK_Node;
      case IK_DoF:
        return Neo::ItemKind::IK_Dof;
      case IK_Unknown:
      case IK_Particle:
        return Neo::ItemKind::IK_None;
      }
      return Neo::ItemKind::IK_Node;
    }
 
   public:
 
    class ItemLocalIds
    {
      Neo::FutureItemRange m_future_items;
 
     public:
      void fillArrayView(Int32ArrayView local_ids, Neo::EndOfMeshUpdate mesh_state)
      {
        auto lids = m_future_items.get(mesh_state);
        std::copy(lids.begin(),lids.end(),local_ids.begin());
      }
      friend class PolyhedralMeshImpl;
    };
 
   public:
 
    explicit PolyhedralMeshImpl(ISubDomain* subDomain)
    : m_subdomain(subDomain)
    {}
 
   public:
 
    String name() const { return m_mesh.name(); }
 
    Integer dimension() const { return m_mesh.dimension(); }
 
    Integer nbNode() const { return m_mesh.nbNodes(); }
    Integer nbEdge() const { return m_mesh.nbEdges(); }
    Integer nbFace() const { return m_mesh.nbFaces(); }
    Integer nbCell() const { return m_mesh.nbCells(); }
    Integer nbItem(eItemKind ik) const { return m_mesh.nbItems(itemKindArcaneToNeo(ik)); }
 
    static void _setFaceInfos(Int32 mod_flags, Face& face)
    {
      Int32 face_flags = face.itemBase().flags();
      face_flags &= ~ItemFlags::II_InterfaceFlags;
      face_flags |= mod_flags;
      face.mutableItemBase().setFlags(face_flags);
    }
 
    /*---------------------------------------------------------------------------*/
 
    void addFamily(eItemKind ik, const String& name)
    {
      m_mesh.addFamily(itemKindArcaneToNeo(ik), name.localstr());
    }
 
    /*---------------------------------------------------------------------------*/
 
    void scheduleAddItems(PolyhedralFamily* arcane_item_family,
                          Int64ConstSmallSpan uids,
                          ItemLocalIds& item_local_ids)
    {
      auto& added_items = item_local_ids.m_future_items;
      auto& item_family = m_mesh.findFamily(itemKindArcaneToNeo(arcane_item_family->itemKind()),
                                            arcane_item_family->name().localstr());
      m_mesh.scheduleAddItems(item_family, std::vector<Int64>{ uids.begin(), uids.end() }, added_items);
      // add arcane items
      auto& mesh_graph = m_mesh.internalMeshGraph();
      item_family.addMeshScalarProperty<Neo::utils::Int32>(PolyhedralFamily::m_arcane_item_lids_property_name.localstr());
      mesh_graph.addAlgorithm(Neo::MeshKernel::InProperty{ item_family, item_family.lidPropName() },
                              Neo::MeshKernel::OutProperty{ item_family, PolyhedralFamily::m_arcane_item_lids_property_name.localstr() },
                              [arcane_item_family, uids,added_items](Neo::ItemLidsProperty const& lids_property,
                                                         Neo::MeshScalarPropertyT<Neo::utils::Int32>&) {
                                Int32UniqueArray arcane_items(uids.size());
                                arcane_item_family->addItems(uids, arcane_items);
                                arcane_item_family->traceMng()->debug(Trace::Highest) << arcane_items;
                                // debug check lid matching. maybe to remove if too coostly
                                auto neo_lids = lids_property.values();
                                if (!std::equal(neo_lids.begin(), neo_lids.end(), arcane_items.begin()))
                                if (!std::equal(added_items.new_items.begin(), added_items.new_items.end(), arcane_items.begin()))
                                  arcane_item_family->traceMng()->fatal() << "Inconsistent item lids generation between Arcane and Neo.";
                              });
    }
 
    /*---------------------------------------------------------------------------*/
 
    void scheduleRemoveItems(PolyhedralFamily* arcane_item_family,
                             Int32ConstArrayView local_ids)
    {
      auto& item_family = m_mesh.findFamily(itemKindArcaneToNeo(arcane_item_family->itemKind()),
                                            arcane_item_family->name().localstr());
      Neo::ItemRange removed_items{Neo::ItemLocalIds{{local_ids.begin(),local_ids.end()},0,0}};
      m_mesh.scheduleRemoveItems(item_family, removed_items);
      // Remove Arcane items
      auto& mesh_graph = m_mesh.internalMeshGraph();
      item_family.addMeshScalarProperty<Neo::utils::Int32>(PolyhedralFamily::m_arcane_remove_item_property_name.localstr());
      mesh_graph.addAlgorithm(Neo::MeshKernel::InProperty{ item_family, m_mesh._removeItemPropertyName(item_family) },
                              Neo::MeshKernel::OutProperty{ item_family, PolyhedralFamily::m_arcane_remove_item_property_name.localstr() },
                              [arcane_item_family,local_ids](Neo::MeshScalarPropertyT<Neo::utils::Int32> const&,
                                                             Neo::MeshScalarPropertyT<Neo::utils::Int32>&) {
                                // plutôt utiliser remove property ?
                                arcane_item_family->removeItems(local_ids);
                              });
    }
 
    /*---------------------------------------------------------------------------*/
 
    void scheduleAddConnectivity(PolyhedralFamily* arcane_source_item_family,
                                 ItemLocalIds& source_items,
                                 Integer nb_connected_items_per_item,
                                 PolyhedralFamily* arcane_target_item_family,
                                 Int64ConstArrayView target_items_uids,
                                 String const& name)
    {
      // add connectivity in Neo
      _scheduleAddConnectivity(arcane_source_item_family,
                               source_items,
                               nb_connected_items_per_item,
                               arcane_target_item_family,
                               target_items_uids,
                               name);
    }
 
    /*---------------------------------------------------------------------------*/
 
    void scheduleAddConnectivity(PolyhedralFamily* arcane_source_item_family,
                                 ItemLocalIds& source_items,
                                 Int32ConstSmallSpan nb_connected_items_per_item,
                                 PolyhedralFamily* arcane_target_item_family,
                                 Int64ConstSmallSpan target_items_uids,
                                 String const& connectivity_name)
    {
      _scheduleAddConnectivity(arcane_source_item_family,
                               source_items,
                               std::vector<Int32>{ nb_connected_items_per_item.begin(), nb_connected_items_per_item.end() },
                               arcane_target_item_family,
                               target_items_uids,
                               connectivity_name);
    }
 
    /*---------------------------------------------------------------------------*/
 
    // template to handle nb_items_per_item type (an int or an array)
    template <typename ConnectivitySizeType>
    void _scheduleAddConnectivity(PolyhedralFamily* arcane_source_item_family,
                                  ItemLocalIds& source_items,
                                  ConnectivitySizeType&& nb_connected_items_per_item,
                                  PolyhedralFamily* arcane_target_item_family,
                                  Int64ConstSmallSpan target_item_uids,
                                  String const& connectivity_name)
    {
      // add connectivity in Neo
      auto& source_family = m_mesh.findFamily(itemKindArcaneToNeo(arcane_source_item_family->itemKind()),
                                              arcane_source_item_family->name().localstr());
      auto& target_family = m_mesh.findFamily(itemKindArcaneToNeo(arcane_target_item_family->itemKind()),
                                              arcane_target_item_family->name().localstr());
      // Remove connectivities with a null item
      std::vector<Int64> target_item_uids_filtered;
      target_item_uids_filtered.reserve(target_item_uids.size());
      std::copy_if(target_item_uids.begin(),
                   target_item_uids.end(),
                   std::back_inserter(target_item_uids_filtered),
                   [](auto uid) { return uid != NULL_ITEM_UNIQUE_ID; });
      // Add connectivity in Neo (async)
      m_mesh.scheduleAddConnectivity(source_family, source_items.m_future_items, target_family,
                                     std::forward<ConnectivitySizeType>(nb_connected_items_per_item),
                                     std::move(target_item_uids_filtered),
                                     connectivity_name.localstr());
      // Register Neo connectivities in Arcane
      auto& mesh_graph = m_mesh.internalMeshGraph();
      std::string connectivity_add_output_property_name = std::string{ "EndOf" } + connectivity_name.localstr() + "Add";
      source_family.addScalarProperty<Neo::utils::Int32>(connectivity_add_output_property_name);
      mesh_graph.addAlgorithm(Neo::MeshKernel::InProperty{ source_family, connectivity_name.localstr() },
                              Neo::MeshKernel::OutProperty{ source_family, connectivity_add_output_property_name },
                              [arcane_source_item_family, arcane_target_item_family, &source_family, &target_family, this, connectivity_name](Neo::Mesh::ConnectivityPropertyType const&,
                                                                                                                              Neo::ScalarPropertyT<Neo::utils::Int32>&) {
                                auto item_internal_connectivity_list = arcane_source_item_family->itemInternalConnectivityList();
                                // todo check if families are default families
                                auto connectivity = m_mesh.getConnectivity(source_family, target_family, connectivity_name.localstr());
                                // to access connectivity data (for initializing Arcane connectivities) create a proxy on Neo connectivity
                                auto& connectivity_values = source_family.getConcreteProperty<Neo::Mesh::ConnectivityPropertyType>(connectivity_name.localstr());
                                Neo::MeshArrayPropertyProxyT<Neo::Mesh::ConnectivityPropertyType::PropertyDataType> connectivity_proxy{connectivity_values};
                                auto nb_item_data = connectivity_proxy.arrayPropertyOffsets();
                                auto nb_item_size = connectivity_proxy.arrayPropertyOffsetsSize(); // todo check MeshArrayProperty::size
                                item_internal_connectivity_list->_setConnectivityNbItem(arcane_target_item_family->itemKind(),
                                                                                       Int32ArrayView{ Integer(nb_item_size), nb_item_data });
                                auto max_nb_connected_items = connectivity.maxNbConnectedItems();
                                item_internal_connectivity_list->_setMaxNbConnectedItem(arcane_target_item_family->itemKind(), max_nb_connected_items);
                                auto connectivity_values_data = connectivity_proxy.arrayPropertyData();
                                auto connectivity_values_size = connectivity_proxy.arrayPropertyDataSize();
                                item_internal_connectivity_list->_setConnectivityList(arcane_target_item_family->itemKind(),
                                                                                      Int32ArrayView{ Integer(connectivity_values_size), connectivity_values_data });
                                auto connectivity_index_data = connectivity_proxy.arrayPropertyIndex();
                                auto connectivity_index_size = connectivity_proxy.arrayPropertyIndexSize();
                                item_internal_connectivity_list->_setConnectivityIndex(arcane_target_item_family->itemKind(),
                                                                                       Int32ArrayView{ Integer(connectivity_index_size), connectivity_index_data });
                              });
      // If FaceToCellConnectivity Add face flags II_Boundary, II_SubdomainBoundary, II_HasFrontCell, II_HasBackCell
      if (arcane_source_item_family->itemKind() == IK_Face && arcane_target_item_family->itemKind() == IK_Cell) {
        std::string flag_definition_output_property_name{ "EndOfFlagDefinition" };
        source_family.addScalarProperty<Neo::utils::Int32>(flag_definition_output_property_name);
        mesh_graph.addAlgorithm(Neo::MeshKernel::InProperty{ source_family, connectivity_add_output_property_name }, Neo::MeshKernel::OutProperty{ source_family, flag_definition_output_property_name },
                                [arcane_source_item_family, this, target_item_uids, &source_items](Neo::ScalarPropertyT<Neo::utils::Int32> const&, Neo::ScalarPropertyT<Neo::utils::Int32> const&) {
                                  auto current_face_index = 0;
                                  auto arcane_faces = arcane_source_item_family->itemInfoListView();
                                  for (auto face_lid : source_items.m_future_items.new_items) {
                                    Face current_face = arcane_faces[face_lid].toFace();
                                    if (target_item_uids[2 * current_face_index + 1] == NULL_ITEM_LOCAL_ID) {
                                      //                                    if (current_face.frontCell().null()) {
                                      // Reste uniquement la back_cell ou aucune maille.
                                      Int32 mod_flags = (target_item_uids[2 * current_face_index] != NULL_ITEM_LOCAL_ID) ? (ItemFlags::II_Boundary | ItemFlags::II_HasBackCell | ItemFlags::II_BackCellIsFirst) : 0;
                                      _setFaceInfos(mod_flags, current_face);
                                    }
                                    else if (target_item_uids[2 * current_face_index] == NULL_ITEM_LOCAL_ID) {
                                      // Reste uniquement la front cell
                                      _setFaceInfos(ItemFlags::II_Boundary | ItemFlags::II_HasFrontCell | ItemFlags::II_FrontCellIsFirst, current_face);
                                    }
                                    else {
                                      // Il y a deux mailles connectées.
                                      _setFaceInfos(ItemFlags::II_HasFrontCell | ItemFlags::II_HasBackCell | ItemFlags::II_BackCellIsFirst, current_face);
                                    }
                                    ++current_face_index;
                                  }
                                });
      }
    }
 
    /*---------------------------------------------------------------------------*/
 
    void scheduleSetItemCoordinates(PolyhedralFamily* item_family, ItemLocalIds& local_ids, Real3ConstSmallSpan item_coords, VariableItemReal3& arcane_coords)
    {
      auto& _item_family = m_mesh.findFamily(itemKindArcaneToNeo(item_family->itemKind()), item_family->name().localstr());
      std::vector<Neo::utils::Real3> _node_coords(item_coords.size());
      auto node_index = 0;
      for (auto&& node_coord : item_coords) {
        _node_coords[node_index++] = Neo::utils::Real3{ node_coord.x, node_coord.y, node_coord.z };
      }
      m_mesh.scheduleSetItemCoords(_item_family, local_ids.m_future_items, _node_coords);
      // Fill Arcane Variable
      auto& mesh_graph = m_mesh.internalMeshGraph();
      _item_family.addScalarProperty<Int32>("NoOutProperty42"); // todo remove : create noOutput algo in Neo
      mesh_graph.addAlgorithm(Neo::MeshKernel::InProperty{ _item_family, m_mesh._itemCoordPropertyName(_item_family) },
                              Neo::MeshKernel::OutProperty{ _item_family, "NoOutProperty42" },
                              [this, item_family, &_item_family, &arcane_coords](Neo::Mesh::CoordPropertyType const& item_coords_property,
                                                                                 Neo::ScalarPropertyT<Neo::utils::Int32>&) {
                                // enumerate nodes : ensure again Arcane/Neo local_ids are identicals
                                auto& all_items = _item_family.all();
                                VariableNodeReal3 node_coords{ VariableBuildInfo{ item_family->mesh(), "NodeCoord" } };
                                for (auto item : all_items) {
                                  arcane_coords[ItemLocalId{ item }] = { item_coords_property[item].x,
                                                                         item_coords_property[item].y,
                                                                         item_coords_property[item].z };
                                  //                                    std::cout << "x y z : " << item_coords_property[item].x << " "
                                  //                                                            << item_coords_property[item].y << " "
                                  //                                                            << item_coords_property[item].z;
                                }
                              });
    }
 
    /*---------------------------------------------------------------------------*/
 
    Neo::EndOfMeshUpdate applyScheduledOperations() noexcept
    {
      return m_mesh.applyScheduledOperations();
    }
 
  };
 
  template <> class PolyhedralMeshImpl::ItemKindTraits<IK_Cell>
  {
    static const Neo::ItemKind item_kind = Neo::ItemKind::IK_Cell;
  };
  template <> class PolyhedralMeshImpl::ItemKindTraits<IK_Face>
  {
    static const Neo::ItemKind item_kind = Neo::ItemKind::IK_Face;
  };
  template <> class PolyhedralMeshImpl::ItemKindTraits<IK_Edge>
  {
    static const Neo::ItemKind item_kind = Neo::ItemKind::IK_Edge;
  };
  template <> class PolyhedralMeshImpl::ItemKindTraits<IK_Node>
  {
    static const Neo::ItemKind item_kind = Neo::ItemKind::IK_Node;
  };
  template <> class PolyhedralMeshImpl::ItemKindTraits<IK_DoF>
  {
    static const Neo::ItemKind item_kind = Neo::ItemKind::IK_Dof;
  };
 
} // End namespace mesh
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
class mesh::PolyhedralMesh::PolyhedralMeshModifier
: public IPolyhedralMeshModifier
{
 public:
 
  explicit PolyhedralMeshModifier(PolyhedralMesh* mesh)
  : m_mesh(mesh)
  {}
 
  void addItems(Int64ConstArrayView unique_ids, Int32ArrayView local_ids, eItemKind ik, const String& family_name) override
  {
    m_mesh->addItems(unique_ids,local_ids,ik,family_name);
  }
 
  void removeItems(Int32ConstArrayView local_ids, eItemKind ik, const String& family_name) override
  {
    m_mesh->removeItems(local_ids, ik, family_name);
  }
 
 private:
  PolyhedralMesh* m_mesh;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
class mesh::PolyhedralMesh::InternalApi
: public IMeshInternal
{
 public:
 
  explicit InternalApi(PolyhedralMesh* mesh)
  : m_mesh(mesh)
  , m_connectivity_mng(std::make_unique<ItemConnectivityMng>(mesh->traceMng()))
  , m_polyhedral_mesh_modifier(std::make_unique<PolyhedralMeshModifier>(mesh))
  {}
 
 public:
 
  void setMeshKind(const MeshKind& v) override
  {
    if (v.meshStructure() != eMeshStructure::Polyhedral && v.meshAMRKind() != eMeshAMRKind::None) {
      ARCANE_FATAL("Incompatible mesh structure ({0}) and amr kind ({1}) for Polyhedral mesh {2}. Must be (Polyhedral,None). ",
                   v.meshStructure(),v.meshAMRKind(), m_mesh->name());
    }
    m_mesh->m_mesh_kind = v;
  }
 
  IItemConnectivityMng* dofConnectivityMng() const noexcept override
  {
    return m_connectivity_mng.get();
  }
 
  IPolyhedralMeshModifier* polyhedralMeshModifier() const noexcept override
  {
    return m_polyhedral_mesh_modifier.get();
  }
 
 private:
 
  PolyhedralMesh* m_mesh = nullptr;
  std::unique_ptr<IItemConnectivityMng> m_connectivity_mng = nullptr;
  std::unique_ptr<IPolyhedralMeshModifier> m_polyhedral_mesh_modifier = nullptr;
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
class mesh::PolyhedralMesh::NoCompactionMeshCompacter
: public IMeshCompacter
{
 public:
  explicit NoCompactionMeshCompacter(PolyhedralMesh* mesh)
  : m_mesh(mesh)
  , m_trace_mng(mesh->traceMng()){}
 
  void doAllActions() override {_info();};
 
  void beginCompact() override {_info();};
  void compactVariablesAndGroups() override {_info();};
  void updateInternalReferences() override {_info();};
  void endCompact() override {_info();};
  void finalizeCompact() override {_info();};
 
  IMesh* mesh() const override {return m_mesh;};
 
  const ItemFamilyCompactInfos* findCompactInfos(IItemFamily* family) const override {_info(); return nullptr;}
 
  ePhase phase() const override {_info(); return ePhase::Ended;}
 
  void setSorted(bool v) override {_info();};
 
  bool isSorted() const override {_info();return false;};
 
  ItemFamilyCollection families() const override {_info();return ItemFamilyCollection {};};
 
  void _setCompactVariablesAndGroups(bool v) override {_info();};
 
 private:
  PolyhedralMesh* m_mesh = nullptr;
  ITraceMng* m_trace_mng = nullptr;
 
  void _info() const {m_trace_mng->info() << A_FUNCINFO << "No compacting in PolyhedralMesh";}
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
class mesh::PolyhedralMesh::NoCompactionMeshCompactMng
: public IMeshCompactMng
{
 public:
  explicit NoCompactionMeshCompactMng(PolyhedralMesh* mesh)
  : m_mesh(mesh)
  , m_trace_mng(mesh->traceMng())
  , m_mesh_compacter{std::make_unique<NoCompactionMeshCompacter>(m_mesh)}
  {}
 
  IMesh* mesh() const override {return m_mesh;}
  IMeshCompacter* beginCompact() override
  {
    _info();
    return m_mesh_compacter.get();
  }
 
  IMeshCompacter* beginCompact(IItemFamily* family) override
  {
    ARCANE_UNUSED(family);
    _info();
    return m_mesh_compacter.get();
  };
 
  void endCompact() override {_info();};
 
  IMeshCompacter* compacter() override
  {
    _info();
    return m_mesh_compacter.get();
  };
 
 
 private:
  PolyhedralMesh* m_mesh = nullptr;
  ITraceMng* m_trace_mng = nullptr;
  std::unique_ptr<IMeshCompacter> m_mesh_compacter = nullptr;
 
  void _info() const {m_trace_mng->info() << A_FUNCINFO << "No compacting in PolyhedralMesh";}
};
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
mesh::PolyhedralMesh::
~PolyhedralMesh()
{
  m_mesh_handle._setMesh(nullptr);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
ITraceMng* mesh::PolyhedralMesh::
traceMng()
{
  return m_subdomain->traceMng();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
MeshHandle mesh::PolyhedralMesh::
handle() const
{
  return m_mesh_handle;
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
mesh::PolyhedralMesh::
PolyhedralMesh(ISubDomain* subdomain, const MeshBuildInfo& mbi)
: EmptyMesh{ subdomain->traceMng() }
, m_name{ mbi.name() }
, m_subdomain{ subdomain }
, m_mesh_handle{ m_subdomain->defaultMeshHandle() }
, m_properties(std::make_unique<Properties>(subdomain->propertyMng(), String("ArcaneMeshProperties_") + m_name))
, m_mesh{ std::make_unique<mesh::PolyhedralMeshImpl>(m_subdomain) }
, m_parallel_mng{ mbi.parallelMngRef().get() }
, m_mesh_part_info{ makeMeshPartInfoFromParallelMng(m_parallel_mng) }
, m_item_type_mng(ItemTypeMng::_singleton())
, m_mesh_kind(mbi.meshKind())
, m_initial_allocator(*this)
, m_variable_mng{ subdomain->variableMng() }
, m_mesh_checker{ this }
, m_internal_api{std::make_unique<InternalApi>(this)}
, m_compact_mng{std::make_unique<NoCompactionMeshCompactMng>(this)}
{
  m_mesh_handle._setMesh(this);
  m_mesh_item_internal_list.mesh = this;
  m_default_arcane_families.fill(nullptr);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
void Arcane::mesh::PolyhedralMesh::
allocateItems(const Arcane::ItemAllocationInfo& item_allocation_info)
{
  // Second step read a vtk polyhedral mesh
  m_subdomain->traceMng()->info() << "--PolyhedralMesh : allocate items --";
  UniqueArray<PolyhedralMeshImpl::ItemLocalIds> item_local_ids(item_allocation_info.family_infos.size());
  auto family_index = 0;
  // Prepare item creation
  for (auto& family_info : item_allocation_info.family_infos) {
    bool create_if_needed = true;
    auto* item_family = _findItemFamily(family_info.item_kind, family_info.name,create_if_needed);
    m_trace_mng->debug() << " Create items " << family_info.name;
    m_mesh->scheduleAddItems(item_family, family_info.item_uids, item_local_ids[family_index++]);
  }
  // Prepare connectivity creation
  family_index = 0;
  for (auto& family_info : item_allocation_info.family_infos) {
    auto* item_family = _findItemFamily(family_info.item_kind, family_info.name);
    m_trace_mng->debug(Trace::High) << "Current family " << family_info.name;
    for (auto& current_connected_family_info : family_info.connected_family_info) {
      auto connected_family = _findItemFamily(current_connected_family_info.item_kind, current_connected_family_info.name);
      m_trace_mng->debug(Trace::High) << " Create connectivity " << current_connected_family_info.connectivity_name;
      // check if connected family exists
      if (!connected_family) {
        ARCANE_WARNING((String::format("Cannot find family {0} with kind {1} "
                                       "The connectivity between {1} and this family is skipped",
                                       current_connected_family_info.name,
                                       current_connected_family_info.item_kind,
                                       item_family->name())
                        .localstr()));
        continue;
      }
      m_mesh->scheduleAddConnectivity(item_family,
                                      item_local_ids[family_index],
                                      current_connected_family_info.nb_connected_items_per_item,
                                      connected_family,
                                      current_connected_family_info.connected_items_uids,
                                      current_connected_family_info.connectivity_name);
    }
    ++family_index;
  }
  // Create items and connectivities
  m_mesh->applyScheduledOperations();
  // Create variable for coordinates. This has to be done before call to family::endUpdate. Todo add to the graph
  for (auto& family_info : item_allocation_info.family_infos) {
    if (family_info.item_coordinates.empty()) {
      ++family_index;
      continue;
    }
    auto* item_family = _findItemFamily(family_info.item_kind, family_info.name);
    if (item_family == itemFamily(IK_Node)) { // mesh node coords
      m_arcane_node_coords = std::make_unique<VariableNodeReal3>(VariableBuildInfo(this, family_info.item_coordinates_variable_name));
      m_arcane_node_coords->setUsed(true);
    }
    else {
      auto arcane_item_coords_var_ptr = std::make_unique<VariableItemReal3>(VariableBuildInfo(this, family_info.item_coordinates_variable_name),
                                                                            item_family->itemKind());
      arcane_item_coords_var_ptr->setUsed(true);
      m_arcane_item_coords.push_back(std::move(arcane_item_coords_var_ptr));
    }
  }
  // Call Arcane ItemFamily endUpdate
  for (auto& family : m_arcane_families) {
    family->endUpdate();
  }
  endUpdate();
  // Add coordinates when needed (nodes, or dof, or particles...)
  family_index = 0;
  auto index = 0;
  for (auto& family_info : item_allocation_info.family_infos) {
    if (family_info.item_coordinates.empty()) {
      ++family_index;
      continue;
    }
    auto* item_family = _findItemFamily(family_info.item_kind, family_info.name);
    if (item_family == itemFamily(IK_Node)) { // mesh node coords
      m_mesh->scheduleSetItemCoordinates(item_family, item_local_ids[family_index], family_info.item_coordinates, *m_arcane_node_coords);
    }
    else
      m_mesh->scheduleSetItemCoordinates(item_family, item_local_ids[family_index], family_info.item_coordinates, *m_arcane_item_coords[index++].get());
  }
  m_mesh->applyScheduledOperations();
  m_is_allocated = true;
  // indicates mesh contains general Cells
  itemTypeMng()->setMeshWithGeneralCells(this);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
String Arcane::mesh::PolyhedralMesh::
name() const
{
  return m_name;
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
Integer Arcane::mesh::PolyhedralMesh::
dimension()
{
  return m_mesh->dimension();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
Integer Arcane::mesh::PolyhedralMesh::
nbNode()
{
  return m_mesh->nbNode();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
Integer Arcane::mesh::PolyhedralMesh::
nbEdge()
{
  return m_mesh->nbEdge();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
Integer Arcane::mesh::PolyhedralMesh::
nbFace()
{
  return m_mesh->nbFace();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
Integer Arcane::mesh::PolyhedralMesh::
nbCell()
{
  return m_mesh->nbCell();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
Integer Arcane::mesh::PolyhedralMesh::
nbItem(eItemKind ik)
{
  return m_mesh->nbItem(ik);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
NodeGroup mesh::PolyhedralMesh::
allNodes()
{
  if (m_default_arcane_families[IK_Node])
    return m_default_arcane_families[IK_Node]->allItems();
  else
    return NodeGroup{};
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
EdgeGroup mesh::PolyhedralMesh::
allEdges()
{
  if (m_default_arcane_families[IK_Edge])
    return m_default_arcane_families[IK_Edge]->allItems();
  else
    return EdgeGroup{};
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
FaceGroup mesh::PolyhedralMesh::
allFaces()
{
  if (m_default_arcane_families[IK_Face])
    return m_default_arcane_families[IK_Face]->allItems();
  else
    return FaceGroup{};
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
CellGroup mesh::PolyhedralMesh::
allCells()
{
  if (m_default_arcane_families[IK_Cell])
    return m_default_arcane_families[IK_Cell]->allItems();
  else
    return CellGroup{};
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
NodeGroup mesh::PolyhedralMesh::
ownNodes()
{
  if (m_default_arcane_families[IK_Node])
    return m_default_arcane_families[IK_Node]->allItems().own();
  else
    return NodeGroup{};
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
EdgeGroup mesh::PolyhedralMesh::
ownEdges()
{
  if (m_default_arcane_families[IK_Edge])
    return m_default_arcane_families[IK_Edge]->allItems().own();
  else
    return EdgeGroup{};
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
FaceGroup mesh::PolyhedralMesh::
ownFaces()
{
  if (m_default_arcane_families[IK_Face])
    return m_default_arcane_families[IK_Face]->allItems().own();
  else
    return FaceGroup{};
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
CellGroup mesh::PolyhedralMesh::
ownCells()
{
  if (m_default_arcane_families[IK_Cell])
    return m_default_arcane_families[IK_Cell]->allItems().own();
  else
    return CellGroup{};
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
FaceGroup mesh::PolyhedralMesh::
outerFaces()
{
  if (m_default_arcane_families[IK_Cell])
    return m_default_arcane_families[IK_Cell]->allItems().outerFaceGroup();
  else
    return FaceGroup{};
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
mesh::PolyhedralFamily* mesh::PolyhedralMesh::
_createItemFamily(eItemKind ik, const String& name)
{
  m_mesh->addFamily(ik, name);
  m_arcane_families.push_back(std::make_unique<PolyhedralFamily>(this, ik, name));
  auto current_family = m_arcane_families.back().get();
  if (m_default_arcane_families[ik] == nullptr) {
    m_default_arcane_families[ik] = current_family;
    _updateMeshInternalList(ik);
  }
  m_item_family_collection.add(current_family);
  current_family->build();
  return current_family;
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IItemFamily* mesh::PolyhedralMesh::
createItemFamily(eItemKind ik, const String& name)
{
  return _createItemFamily(ik, name);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
void mesh::PolyhedralMesh::
_createUnitMesh()
{
  createItemFamily(IK_Cell, "CellFamily");
  createItemFamily(IK_Node, "NodeFamily");
  auto cell_family = m_default_arcane_families[IK_Cell];
  auto node_family = m_default_arcane_families[IK_Node];
  Int64UniqueArray cell_uids{ 0 }, node_uids{ 0, 1, 2, 3, 4, 5 };
  // todo add a cell_lids struct (containing future)
  PolyhedralMeshImpl::ItemLocalIds cell_lids, node_lids;
  m_mesh->scheduleAddItems(cell_family, cell_uids.constView(), cell_lids);
  m_mesh->scheduleAddItems(node_family, node_uids.constView(), node_lids);
  int nb_node = 6;
  m_mesh->scheduleAddConnectivity(cell_family, cell_lids, nb_node, node_family, node_uids, String{ "CellToNodes" });
  m_mesh->scheduleAddConnectivity(node_family, node_lids, 1, cell_family,
                                  Int64UniqueArray{ 0, 0, 0, 0, 0, 0 }, String{ "NodeToCells" });
  m_mesh->applyScheduledOperations();
  cell_family->endUpdate();
  node_family->endUpdate();
  endUpdate();
  // Mimic what IMeshModifier::endUpdate would do => default families are completed.
  // Families created after a first endUpdate call are not default families
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
void mesh::PolyhedralMesh::
endUpdate()
{
  // create empty default families not already created
  for (auto ik = 0; ik < NB_ITEM_KIND; ++ik) {
    if (m_default_arcane_families[ik] == nullptr && ik != eItemKind::IK_DoF) {
      String name = String::concat(itemKindName((eItemKind)ik), "EmptyFamily");
      m_empty_arcane_families[ik] = std::make_unique<mesh::PolyhedralFamily>(this, (eItemKind)ik, name);
      m_default_arcane_families[ik] = m_empty_arcane_families[ik].get();
    }
  }
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IItemFamily* mesh::PolyhedralMesh::
nodeFamily()
{
  return m_default_arcane_families[IK_Node];
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IItemFamily* mesh::PolyhedralMesh::
edgeFamily()
{
  return m_default_arcane_families[IK_Edge];
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IItemFamily* mesh::PolyhedralMesh::
faceFamily()
{
  return m_default_arcane_families[IK_Face];
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IItemFamily* mesh::PolyhedralMesh::
cellFamily()
{
  return m_default_arcane_families[IK_Cell];
}
 
void mesh::PolyhedralMesh::
_updateMeshInternalList(eItemKind kind)
{
  switch (kind) {
  case IK_Cell:
    m_mesh_item_internal_list.cells = m_default_arcane_families[kind]->itemsInternal();
    m_mesh_item_internal_list._internalSetCellSharedInfo(m_default_arcane_families[kind]->commonItemSharedInfo());
    break;
  case IK_Face:
    m_mesh_item_internal_list.faces = m_default_arcane_families[kind]->itemsInternal();
    m_mesh_item_internal_list._internalSetFaceSharedInfo(m_default_arcane_families[kind]->commonItemSharedInfo());
    break;
  case IK_Edge:
    m_mesh_item_internal_list.edges = m_default_arcane_families[kind]->itemsInternal();
    m_mesh_item_internal_list._internalSetEdgeSharedInfo(m_default_arcane_families[kind]->commonItemSharedInfo());
    break;
  case IK_Node:
    m_mesh_item_internal_list.nodes = m_default_arcane_families[kind]->itemsInternal();
    m_mesh_item_internal_list._internalSetNodeSharedInfo(m_default_arcane_families[kind]->commonItemSharedInfo());
    break;
  case IK_DoF:
  case IK_Particle:
  case IK_Unknown:
    break;
  }
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
mesh::PolyhedralFamily* mesh::PolyhedralMesh::
_itemFamily(eItemKind ik)
{
  return m_default_arcane_families[ik];
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IItemFamily* mesh::PolyhedralMesh::
itemFamily(eItemKind ik)
{
  return _itemFamily(ik);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
ItemTypeMng* mesh::PolyhedralMesh::
itemTypeMng() const
{
  return m_item_type_mng;
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
mesh::PolyhedralFamily* mesh::PolyhedralMesh::
_findItemFamily(eItemKind ik, const String& name, bool create_if_needed)
{
  // Check if is a default family
  auto found_family = _itemFamily(ik);
  if (found_family) {
    if (found_family->name() == name)
      return found_family;
  }
  for (auto& family : m_arcane_families) {
    if (family->itemKind() == ik && family->name() == name)
      return family.get();
  }
  if (!create_if_needed)
    return nullptr;
  return _createItemFamily(ik, name);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IItemFamily* mesh::PolyhedralMesh::
findItemFamily(eItemKind ik, const String& name, bool create_if_needed, bool register_modifier_if_created)
{
  ARCANE_UNUSED(register_modifier_if_created); // IItemFamilyModifier not yet used in polyhedral mesh
  return _findItemFamily(ik, name, create_if_needed);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
mesh::PolyhedralFamily* mesh::PolyhedralMesh::
arcaneDefaultFamily(eItemKind ik)
{
  return m_default_arcane_families[ik];
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
VariableNodeReal3& mesh::PolyhedralMesh::
nodesCoordinates()
{
  ARCANE_ASSERT(m_arcane_node_coords, ("Node coordinates not yet loaded."));
  return *m_arcane_node_coords;
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
ItemGroup mesh::PolyhedralMesh::
findGroup(const String& name)
{
  ItemGroup group;
  for (auto& family : m_arcane_families) {
    group = family->findGroup(name);
    if (!group.null())
      return group;
  }
  return group;
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
ItemGroupCollection mesh::PolyhedralMesh::
groups()
{
  m_all_groups.clear();
  for (auto& family : m_arcane_families) {
    for (ItemGroupCollection::Enumerator i_group(family->groups()); ++i_group;)
      m_all_groups.add(*i_group);
  }
  return m_all_groups;
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
void mesh::PolyhedralMesh::
destroyGroups()
{
  for (auto& family : m_arcane_families) {
    family->destroyGroups();
  }
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IItemFamilyCollection mesh::PolyhedralMesh::
itemFamilies()
{
  return m_item_family_collection;
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IMeshInternal* mesh::PolyhedralMesh::
_internalApi()
{
  return m_internal_api.get();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
IMeshCompactMng* mesh::PolyhedralMesh::
_compactMng()
{
  return m_compact_mng.get();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
void mesh::PolyhedralMesh::
addItems(Int64ConstArrayView unique_ids, Int32ArrayView local_ids, eItemKind ik, const String& family_name)
{
  auto* item_family = _findItemFamily(ik, family_name, false);
  PolyhedralMeshImpl::ItemLocalIds item_local_ids;
  m_mesh->scheduleAddItems(item_family,unique_ids,item_local_ids);
  auto mesh_state = m_mesh->applyScheduledOperations();
  item_local_ids.fillArrayView(local_ids,mesh_state);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
void mesh::PolyhedralMesh::
removeItems(Int32ConstArrayView local_ids, eItemKind ik, const String& family_name)
{
  auto* item_family = _findItemFamily(ik, family_name, false);
  m_mesh->scheduleRemoveItems(item_family,local_ids);
  m_mesh->applyScheduledOperations();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
CellGroup mesh::PolyhedralMesh::
allActiveCells()
{
  return allCells().activeCellGroup();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
CellGroup mesh::PolyhedralMesh::ownActiveCells()
{
  return allCells().ownActiveCellGroup();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
CellGroup mesh::PolyhedralMesh::
allLevelCells(const Integer& level)
{
  return allCells().levelCellGroup(level);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
CellGroup mesh::PolyhedralMesh::
ownLevelCells(const Integer& level)
{
  return allCells().ownLevelCellGroup(level);
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
FaceGroup mesh::PolyhedralMesh::
allActiveFaces()
{
  return allCells().activeFaceGroup();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
FaceGroup mesh::PolyhedralMesh::
ownActiveFaces()
{
  return allCells().ownActiveFaceGroup();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
FaceGroup mesh::PolyhedralMesh::
innerActiveFaces()
{
  return allCells().innerActiveFaceGroup();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
FaceGroup mesh::PolyhedralMesh::outerActiveFaces()
{
  return allCells().outerActiveFaceGroup();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
 
} // End namespace Arcane
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
#else // ARCANE_HAS_POLYHEDRAL_MESH_TOOLS
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
namespace Arcane::mesh
{
class PolyhedralMeshImpl
{};
} // namespace Arcane::mesh
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
Arcane::mesh::PolyhedralMesh::
~PolyhedralMesh() = default;
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
Arcane::mesh::PolyhedralMesh::
PolyhedralMesh(ISubDomain* subdomain, const MeshBuildInfo& mbi)
: EmptyMesh{ subdomain->traceMng() }
, m_subdomain{ subdomain }
, m_mesh{ nullptr }
, m_mesh_kind(mbi.meshKind())
{
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
void Arcane::mesh::PolyhedralMesh::
read([[maybe_unused]] const String& filename)
{
  _errorEmptyMesh();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
void Arcane::mesh::PolyhedralMesh::
allocateItems(const Arcane::ItemAllocationInfo& item_allocation_info)
{
  ARCANE_UNUSED(item_allocation_info);
  _errorEmptyMesh();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
#endif // ARCANE_HAS_POLYHEDRAL_MESH_TOOLS
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
namespace Arcane
{
 
class ARCANE_MESH_EXPORT PolyhedralMeshFactory
: public AbstractService
, public IMeshFactory
{
 public:
 
  explicit PolyhedralMeshFactory(const ServiceBuildInfo& sbi)
  : AbstractService(sbi)
  {}
 
 public:
 
  void build() override {}
  IPrimaryMesh* createMesh(IMeshMng* mm, const MeshBuildInfo& build_info) override
  {
    ISubDomain* sd = mm->variableMng()->_internalApi()->internalSubDomain();
    return new mesh::PolyhedralMesh(sd, build_info);
  }
 
  static String name() { return "ArcanePolyhedralMeshFactory"; }
};
 
ARCANE_REGISTER_SERVICE(PolyhedralMeshFactory,
                        ServiceProperty(PolyhedralMeshFactory::name().localstr(), ST_Application),
                        ARCANE_SERVICE_INTERFACE(IMeshFactory));
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
#if ARCANE_HAS_POLYHEDRAL_MESH_TOOLS
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
String mesh::PolyhedralMesh::
factoryName() const
{
  return PolyhedralMeshFactory::name();
}
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
#endif // ARCANE_HAS_POLYHEDRAL_MESH_TOOLS
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/
 
} // End namespace Arcane
 
/*---------------------------------------------------------------------------*/
/*---------------------------------------------------------------------------*/