Commit 710918d5 authored by Jakub Klinkovský's avatar Jakub Klinkovský
Browse files

Renamed tnlSubentityIndex to SubentityIndexMap

parent 886952e3

src/UnitTests/Meshes/MeshEntityTest.h

+59 −59
Original line number Diff line number Diff line
@@ -204,21 +204,21 @@ TEST( MeshEntityTest, TriangleMeshEntityTest ) 
   ASSERT_TRUE( edgeVertexSubentities.allocate() );



   edgeEntities[ 0 ].template bindSubentitiesStorageNetwork< 0 >( edgeVertexSubentities.getValues( 0 ) );

   edgeEntities[ 0 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 0, 0 >::index );

   edgeEntities[ 0 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 0, 1 >::index );

   edgeEntities[ 0 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 0, 0 >::index );

   edgeEntities[ 0 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 0, 1 >::index );

   edgeEntities[ 1 ].template bindSubentitiesStorageNetwork< 0 >( edgeVertexSubentities.getValues( 1 ) );

   edgeEntities[ 1 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 1, 0 >::index );

   edgeEntities[ 1 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 1, 1 >::index );

   edgeEntities[ 1 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 1, 0 >::index );

   edgeEntities[ 1 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 1, 1 >::index );

   edgeEntities[ 2 ].template bindSubentitiesStorageNetwork< 0 >( edgeVertexSubentities.getValues( 2 ) );

   edgeEntities[ 2 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 2, 0 >::index );

   edgeEntities[ 2 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 2, 1 >::index );

   edgeEntities[ 2 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 2, 0 >::index );

   edgeEntities[ 2 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 2, 1 >::index );



   ASSERT_TRUE( edgeEntities[ 0 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 0, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 0 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 0, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 1 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 1, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 1 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 1, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 2 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 2, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 2 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTriangleTopology, MeshEdgeTopology, 2, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 0 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 0, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 0 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 0, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 1 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 1, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 1 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 1, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 2 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 2, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 2 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTriangleTopology, MeshEdgeTopology, 2, 1 >::index ) );



   TriangleMeshEntityType triangleEntity;

   SubentityStorage< TestTriangleMeshConfig, MeshTriangleTopology, 0 > triangleVertexSubentities;
@@ -293,36 +293,36 @@ TEST( MeshEntityTest, TetragedronMeshEntityTest ) 
   ASSERT_TRUE( edgeVertexSubentities.allocate() );



   edgeEntities[ 0 ].template bindSubentitiesStorageNetwork< 0 >( edgeVertexSubentities.getValues( 0 ) );

   edgeEntities[ 0 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 0, 0 >::index );

   edgeEntities[ 0 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 0, 1 >::index );

   edgeEntities[ 0 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 0, 0 >::index );

   edgeEntities[ 0 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 0, 1 >::index );

   edgeEntities[ 1 ].template bindSubentitiesStorageNetwork< 0 >( edgeVertexSubentities.getValues( 1 ) );

   edgeEntities[ 1 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 1, 0 >::index );

   edgeEntities[ 1 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 1, 1 >::index );

   edgeEntities[ 1 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 1, 0 >::index );

   edgeEntities[ 1 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 1, 1 >::index );

   edgeEntities[ 2 ].template bindSubentitiesStorageNetwork< 0 >( edgeVertexSubentities.getValues( 2 ) );

   edgeEntities[ 2 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 2, 0 >::index );

   edgeEntities[ 2 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 2, 1 >::index );

   edgeEntities[ 2 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 2, 0 >::index );

   edgeEntities[ 2 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 2, 1 >::index );

   edgeEntities[ 3 ].template bindSubentitiesStorageNetwork< 0 >( edgeVertexSubentities.getValues( 3 ) );

   edgeEntities[ 3 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 3, 0 >::index );

   edgeEntities[ 3 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 3, 1 >::index );

   edgeEntities[ 3 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 3, 0 >::index );

   edgeEntities[ 3 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 3, 1 >::index );

   edgeEntities[ 4 ].template bindSubentitiesStorageNetwork< 0 >( edgeVertexSubentities.getValues( 4 ) );

   edgeEntities[ 4 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 4, 0 >::index );

   edgeEntities[ 4 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 4, 1 >::index );

   edgeEntities[ 4 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 4, 0 >::index );

   edgeEntities[ 4 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 4, 1 >::index );

   edgeEntities[ 5 ].template bindSubentitiesStorageNetwork< 0 >( edgeVertexSubentities.getValues( 5 ) );

   edgeEntities[ 5 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 5, 0 >::index );

   edgeEntities[ 5 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 5, 1 >::index );



   ASSERT_TRUE( edgeEntities[ 0 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 0, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 0 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 0, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 1 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 1, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 1 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 1, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 2 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 2, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 2 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 2, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 3 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 3, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 3 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 3, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 4 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 4, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 4 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 4, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 5 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 5, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 5 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshEdgeTopology, 5, 1 >::index ) );

   edgeEntities[ 5 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 5, 0 >::index );

   edgeEntities[ 5 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 5, 1 >::index );



   ASSERT_TRUE( edgeEntities[ 0 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 0, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 0 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 0, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 1 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 1, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 1 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 1, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 2 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 2, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 2 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 2, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 3 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 3, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 3 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 3, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 4 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 4, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 4 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 4, 1 >::index ) );

   ASSERT_TRUE( edgeEntities[ 5 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 5, 0 >::index ) );

   ASSERT_TRUE( edgeEntities[ 5 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshEdgeTopology, 5, 1 >::index ) );



   Containers::StaticArray< MeshSubtopology< MeshTetrahedronTopology, 2 >::count,

                            TriangleMeshEntityType > triangleEntities;
@@ -331,31 +331,31 @@ TEST( MeshEntityTest, TetragedronMeshEntityTest ) 
   ASSERT_TRUE( triangleVertexSubentities.allocate() );



   triangleEntities[ 0 ].template bindSubentitiesStorageNetwork< 0 >( triangleVertexSubentities.getValues( 0 ) );

   triangleEntities[ 0 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 0, 0 >::index );

   triangleEntities[ 0 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 0, 1 >::index );

   triangleEntities[ 0 ].template setSubentityIndex< 0 >( 2, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 0, 2 >::index );

   triangleEntities[ 0 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 0, 0 >::index );

   triangleEntities[ 0 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 0, 1 >::index );

   triangleEntities[ 0 ].template setSubentityIndex< 0 >( 2, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 0, 2 >::index );

   triangleEntities[ 1 ].template bindSubentitiesStorageNetwork< 0 >( triangleVertexSubentities.getValues( 1 ) );

   triangleEntities[ 1 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 1, 0 >::index );

   triangleEntities[ 1 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 1, 1 >::index );

   triangleEntities[ 1 ].template setSubentityIndex< 0 >( 2, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 1, 2 >::index );

   triangleEntities[ 1 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 1, 0 >::index );

   triangleEntities[ 1 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 1, 1 >::index );

   triangleEntities[ 1 ].template setSubentityIndex< 0 >( 2, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 1, 2 >::index );

   triangleEntities[ 2 ].template bindSubentitiesStorageNetwork< 0 >( triangleVertexSubentities.getValues( 2 ) );

   triangleEntities[ 2 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 2, 0 >::index );

   triangleEntities[ 2 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 2, 1 >::index );

   triangleEntities[ 2 ].template setSubentityIndex< 0 >( 2, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 2, 2 >::index );

   triangleEntities[ 2 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 2, 0 >::index );

   triangleEntities[ 2 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 2, 1 >::index );

   triangleEntities[ 2 ].template setSubentityIndex< 0 >( 2, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 2, 2 >::index );

   triangleEntities[ 3 ].template bindSubentitiesStorageNetwork< 0 >( triangleVertexSubentities.getValues( 3 ) );

   triangleEntities[ 3 ].template setSubentityIndex< 0 >( 0, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 3, 0 >::index );

   triangleEntities[ 3 ].template setSubentityIndex< 0 >( 1, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 3, 1 >::index );

   triangleEntities[ 3 ].template setSubentityIndex< 0 >( 2, tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 3, 2 >::index );



   ASSERT_TRUE( triangleEntities[ 0 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 0, 0 >::index ) );

   ASSERT_TRUE( triangleEntities[ 0 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 0, 1 >::index ) );

   ASSERT_TRUE( triangleEntities[ 0 ].getVertexIndex( 2 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 0, 2 >::index ) );

   ASSERT_TRUE( triangleEntities[ 1 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 1, 0 >::index ) );

   ASSERT_TRUE( triangleEntities[ 1 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 1, 1 >::index ) );

   ASSERT_TRUE( triangleEntities[ 1 ].getVertexIndex( 2 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 1, 2 >::index ) );

   ASSERT_TRUE( triangleEntities[ 2 ].getVertexIndex( 0 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 2, 0 >::index ) );

   ASSERT_TRUE( triangleEntities[ 2 ].getVertexIndex( 1 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 2, 1 >::index ) );

   ASSERT_TRUE( triangleEntities[ 2 ].getVertexIndex( 2 ) == ( tnlSubentityVertex< MeshTetrahedronTopology, MeshTriangleTopology, 2, 2 >::index ) );

   triangleEntities[ 3 ].template setSubentityIndex< 0 >( 0, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 3, 0 >::index );

   triangleEntities[ 3 ].template setSubentityIndex< 0 >( 1, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 3, 1 >::index );

   triangleEntities[ 3 ].template setSubentityIndex< 0 >( 2, SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 3, 2 >::index );



   ASSERT_TRUE( triangleEntities[ 0 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 0, 0 >::index ) );

   ASSERT_TRUE( triangleEntities[ 0 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 0, 1 >::index ) );

   ASSERT_TRUE( triangleEntities[ 0 ].getVertexIndex( 2 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 0, 2 >::index ) );

   ASSERT_TRUE( triangleEntities[ 1 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 1, 0 >::index ) );

   ASSERT_TRUE( triangleEntities[ 1 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 1, 1 >::index ) );

   ASSERT_TRUE( triangleEntities[ 1 ].getVertexIndex( 2 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 1, 2 >::index ) );

   ASSERT_TRUE( triangleEntities[ 2 ].getVertexIndex( 0 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 2, 0 >::index ) );

   ASSERT_TRUE( triangleEntities[ 2 ].getVertexIndex( 1 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 2, 1 >::index ) );

   ASSERT_TRUE( triangleEntities[ 2 ].getVertexIndex( 2 ) == ( SubentityVertexMap< MeshTetrahedronTopology, MeshTriangleTopology, 2, 2 >::index ) );



   TetrahedronMeshEntityType tetrahedronEntity;

   SubentityStorage< TestTriangleMeshConfig, MeshTetrahedronTopology, 0 > tetrahedronVertexSubentities;