MeshND Namespace Reference

Classes
class	Mesh
	Class to describe a mesh. More...
class	MeshObject
	Generic class to describe a cell, face, edge or vertex. More...

Typedefs
template<size_t space_dim>
using	VectorRd = Eigen::Matrix< double, space_dim, 1 >
template<size_t space_dim>
using	VectorZd = Eigen::Matrix< int, space_dim, 1 >
template<size_t space_dim, size_t object_dim>
using	Simplex = std::array< VectorRd< space_dim >, object_dim+1 >
template<size_t space_dim, size_t object_dim>
using	Simplices = std::vector< Simplex< space_dim, object_dim > >
template<size_t space_dim>
using	Vertex = MeshObject< space_dim, 0 >
	A Vertex is a MeshObject with object_dim = 0.
template<size_t space_dim>
using	Edge = MeshObject< space_dim, 1 >
	An Edge is a MeshObject with object_dim = 1.
template<size_t space_dim>
using	Face = MeshObject< space_dim, space_dim - 1 >
	A Face is a MeshObject with object_dim = space_dim - 1.
template<size_t space_dim>
using	Cell = MeshObject< space_dim, space_dim >
	A Cell is a MeshObject with object_dim = space_dim.

Functions
template<size_t space_dim, size_t object_dim>
VectorRd< space_dim >	simplex_center_mass (Simplex< space_dim, object_dim > simplex)
	Method to find the center mass of an arbitrary simplex in arbitrary space.
template<size_t space_dim, size_t object_dim>
double	simplex_measure (Simplex< space_dim, object_dim > simplex)
	Method to find the Lebesgue measure of an arbitrary simplex in arbitrary space.

Typedef Documentation

Simplex

template<size_t space_dim, size_t object_dim>

using MeshND::Simplex = typedef std::array<VectorRd<space_dim>, object_dim + 1>

Simplices

template<size_t space_dim, size_t object_dim>

using MeshND::Simplices = typedef std::vector<Simplex<space_dim, object_dim> >

VectorRd

template<size_t space_dim>

using MeshND::VectorRd = typedef Eigen::Matrix<double, space_dim, 1>

VectorZd

template<size_t space_dim>

using MeshND::VectorZd = typedef Eigen::Matrix<int, space_dim, 1>