Rodin::Geometry namespace

Module for dealing with geometries.

Namespaces

namespace Euclidean

Module for dealing with Euclidean geometries.

Classes

template<>

class Connectivity<Context::Sequential>

Represents the set of incidence relations of a Mesh.

template<class FE>

class IsoparametricTransformation

Polytope isoparametric transformation.

template<class ContextType = Context::Sequential>

class Mesh

Represents a polyhedral complex.

template<class Context>

class SubMesh

Represents a subset of a Mesh.

class IdentityTransformation

Polytope Identity transformation.

class MeshBase

Abstract base class for Mesh objects.

template<>

class Mesh<Context::Sequential>

Represents the subdivision of some domain into faces of (possibly) different geometries.

class PointBase

Base class for spatial points on a discrete mesh.

class Point

Represents a spatial point on a discrete mesh.

class Polytope

Base class for all geometric elements of the mesh.

class Cell

Class for representing polytopes of the highest dimension in the mesh, i.e. tetrahedra in 3D, triangles in 2D or lines in 1D.

class Face

Class for representing elements of codimension 1 in the mesh, i.e. triangles in 3D or lines in 2D.

class Vertex

Represents a vertex of the mesh.

class PolytopeIterator

Represents an iterator over a set of polytopes of a mesh.

class CellIterator

Represents an iterator over a set of cells of a mesh.

class FaceIterator

Represents an iterator over a set of faces of a mesh.

class VertexIterator

Represents an iterator over a set of vertices of a mesh.

class PolytopeTransformation

Represents the transformation function of a simplex, taking reference coordinates to physical coordinates.

template<>

class SubMesh<Context::Sequential>

A SubMesh object represents a subregion of a Mesh object.

Typedefs

using SequentialMesh = Mesh<Context::Sequential>

Type alias for Mesh<Context::Sequential>

using BoundaryIndex = IndexSet

Index containing the indices of boundary cells.

using AttributeIndex = PolytopeIndexed<Geometry::Attribute>

Index containing the attribute numbers of the polytopes.

using TransformationIndex = std::vector<Threads::Mutable<std::vector<PolytopeTransformation*>>>

Index containing the transformations of the polytopes.

using Attribute = std::size_t

Standard type for representing material attributes in a mesh.

using Incidence = std::vector<IndexSet>

Represents the incidence of a polytope.