Todo List

Namespace concepts

replace explicit occurrences of Pi by a namespace constant

Class concepts::BlendingHexahedron3d

move invertOrientation documentation to MappingQuad3d

homogenize construction with MappingQuad3d-iterators template <typename MappingQuad3dIterator> BlendingHexahedron3d( MappingQuad3dIterator begin, MappingQuad3dIterator end, const Hexahedron& hex);

Member concepts::BlendingHexahedron3d::part (const Real3d xi0, const Real3d xi1) const override

part supposed to be implemented for parent class

Class concepts::CircleMappingEdge3d

Use SphereData type instead of bare radius and center

Class concepts::ConvertMeshQuads

Implement methods to handle mixed meshes (quads and triangles)

Class concepts::MappingEdge3d

Currently this class stores vertices to be consistent across dimensions 2D and 3D, which may be changed in the future.

Class concepts::MappingHexahedronEdge3d

Possibly avoid copying the parent element (switch from unique_ptr to shared_ptr internally)

Class concepts::PartMappingHexahedron3d

Possibly avoid copying the parent element (switch from unique_ptr to shared_ptr internally)

Class concepts::Sphere

Introduce key counting on the base level of Connector, not ConnectorN since Sphere currently incorrectly needs to derive from Connector3 (unique keys are required by mortar library)

Class concepts::Sphere3d

use SphereMapping type consistently throughout this type

Struct concepts::SphereMapping

Use this type for the finite element geometries

Class concepts::SphericalSurface

Change to iterator based constructor

Introduce key counting on the base level of Connector, not ConnectorN since SphericalSurface currently incorrectly needs to derive from Connector2 (unique keys are required by mortar library)

Class concepts::SphericalSurface3d

use SphereMapping type consistently throughout this type

File facetteTraceTypes.hh

Erase file geometry/edgeTraceTypes.hh

Class graphics::MeshDX< F >

Include more information: attribute for cells, diameter etc.

Class hp2D::SumFactorization< F >

Implement changing order of sum factorization using a and b.

Namespace hp3D

Three dimensional hp-DGFEM in hexahedra for locally refined meshes.

Class hp3D::Hexahedron

remove this statement

Class hp3D::SumFactorization< F >

Implement changing order of sum factorization, possibility is there