entity_type_manager.cpp

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/*
 * Copyright (c) 2012-2017, Association Scientifique pour la Geologie et ses
 * Applications (ASGA). All rights reserved.
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#include <ringmesh/geomodel/entity_type_manager.h>

#include <ringmesh/geomodel/geomodel.h>
#include <ringmesh/geomodel/geomodel_entity.h>
#include <ringmesh/geomodel/geomodel_mesh_entity.h>

namespace RINGMesh
{
    template <>
    MeshEntityTypeBoundaryMap< 3 >::MeshEntityTypeBoundaryMap()
    {
        initialize_base();
        register_boundary(
            Region3D::type_name_static(), Surface3D::type_name_static() );
    }

    template <>
    MeshEntityTypeBoundaryMap< 2 >::MeshEntityTypeBoundaryMap()
    {
        initialize_base();
    }

    template < index_t DIMENSION >
    void MeshEntityTypeBoundaryMap< DIMENSION >::initialize_base()
    {
        register_boundary( Corner< DIMENSION >::type_name_static(),
            ForbiddenMeshEntityType::type_name_static() );
        register_boundary( Line< DIMENSION >::type_name_static(),
            Corner< DIMENSION >::type_name_static() );
        register_boundary( Surface< DIMENSION >::type_name_static(),
            Line< DIMENSION >::type_name_static() );
    }

    template < index_t DIMENSION >
    void MeshEntityTypeIncidentEntityMap< DIMENSION >::initialize_base()
    {
        register_incident_entity( Corner< DIMENSION >::type_name_static(),
            Line< DIMENSION >::type_name_static() );
        register_incident_entity( Line< DIMENSION >::type_name_static(),
            Surface< DIMENSION >::type_name_static() );
    }

    template <>
    MeshEntityTypeIncidentEntityMap< 3 >::MeshEntityTypeIncidentEntityMap()
    {
        initialize_base();
        register_incident_entity(
            Surface3D::type_name_static(), Region3D::type_name_static() );
        register_incident_entity( Region3D::type_name_static(),
            ForbiddenMeshEntityType::type_name_static() );
    }

    template <>
    MeshEntityTypeIncidentEntityMap< 2 >::MeshEntityTypeIncidentEntityMap()
    {
        initialize_base();
        register_incident_entity( Surface2D::type_name_static(),
            ForbiddenMeshEntityType::type_name_static() );
    }

    template <>
    MeshEntityTypes< 3 >::MeshEntityTypes()
    {
        initialize_base();
        mesh_entity_types_.push_back( Region3D::type_name_static() );
    }

    template < index_t DIMENSION >
    MeshEntityTypes< DIMENSION >::MeshEntityTypes()
    {
        initialize_base();
    }

    template < index_t DIMENSION >
    void MeshEntityTypes< DIMENSION >::initialize_base()
    {
        mesh_entity_types_.push_back( Corner< DIMENSION >::type_name_static() );
        mesh_entity_types_.push_back( Line< DIMENSION >::type_name_static() );
        mesh_entity_types_.push_back(
            Surface< DIMENSION >::type_name_static() );
    }

    index_t GeologicalTypeManager::nb_geological_entity_types() const
    {
        return static_cast< index_t >( geological_entity_types_.size() );
    }

    const std::vector< GeologicalEntityType >&
        GeologicalTypeManager::geological_entity_types() const
    {
        return geological_entity_types_;
    }

    const GeologicalEntityType& GeologicalTypeManager::geological_entity_type(
        index_t index ) const
    {
        return geological_entity_types_.at( index );
    }

    index_t GeologicalTypeManager::geological_entity_type_index(
        const GeologicalEntityType& type ) const
    {
        return find( geological_entity_types_, type );
    }

    bool GeologicalTypeManager::is_valid_type(
        const GeologicalEntityType& type ) const
    {
        return contains( geological_entity_types_, type );
    }

    std::vector< GeologicalEntityType > RelationshipManager::parent_types(
        const MeshEntityType& child_type ) const
    {
        MeshEntityToParents::const_iterator itr{ child_to_parents_.find(
            child_type ) };
        std::vector< GeologicalEntityType > result;
        if( itr != child_to_parents_.end() )
        {
            result.insert(
                result.begin(), itr->second.begin(), itr->second.end() );
        }
        return result;
    }

    index_t RelationshipManager::nb_parent_types(
        const MeshEntityType& child_type ) const
    {
        return static_cast< index_t >( parent_types( child_type ).size() );
    }

    const MeshEntityType RelationshipManager::child_type(
        const GeologicalEntityType& parent_type ) const
    {
        GeologicalEntityToChild::const_iterator itr{ parent_to_child_.find(
            parent_type ) };
        if( itr == parent_to_child_.end() )
        {
            return ForbiddenMeshEntityType::type_name_static();
        }
        else
        {
            return itr->second;
        }
    }

    template class RINGMESH_API MeshEntityTypes< 2 >;
    template class RINGMESH_API MeshEntityTypeManagerBase< 2 >;
    template class RINGMESH_API MeshEntityTypeManager< 2 >;
    template struct RINGMESH_API MeshEntityTypeIncidentEntityMap< 2 >;
    template struct RINGMESH_API MeshEntityTypeBoundaryMap< 2 >;

    template class RINGMESH_API MeshEntityTypes< 3 >;
    template class RINGMESH_API MeshEntityTypeManagerBase< 3 >;
    template struct RINGMESH_API MeshEntityTypeIncidentEntityMap< 3 >;
    template struct RINGMESH_API MeshEntityTypeBoundaryMap< 3 >;
} // namespace RINGMesh