SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex Class Reference

#include <SimplicialComplex.h>

Inheritance diagram for SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex:

List of all members.

Public Types
typedef ISimplex::vertex_iterator	vertex_iterator
typedef vertex_iterator	const_iterator
typedef vertex_iterator	iterator
Public Member Functions
	Simplex (const Simplex &other)
	Simplex (ISimplex *s)
size_t	hash () const
std::string	toString () const
vertex_iterator	begin () const
vertex_iterator	end () const
Vertex *	operator[] (unsigned i) const
Vertex *	get (unsigned i) const
unsigned	indexOf (const Vertex *v) const
bool	has (const Vertex *v) const
template<class BinaryPredicate>
bool	has (const Vertex *v, const BinaryPredicate &pred) const
bool	operator== (const Simplex &other) const
bool	operator!= (const Simplex &other) const
Static Public Member Functions
static unsigned	dim ()
Static Public Attributes
static const unsigned	dimension = d
Friends
class	SimplicialComplex
class	OSimplex
struct	Flipper
class	Star
struct	OptSimplex

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer>
class SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex

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Member Typedef Documentation

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> typedef vertex_iterator SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::const_iterator

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> typedef vertex_iterator SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::iterator

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> typedef ISimplex::vertex_iterator SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::vertex_iterator

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Constructor & Destructor Documentation

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::Simplex (  const Simplex &  other  )  [inline]

Simplices can only be copied, not created (except by the complex).

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::Simplex (  ISimplex *  s  )  [inline]

Avoid this constructor. This constructor is only public for people who want to define their own stack in the traversal routines.

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Member Function Documentation

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> vertex_iterator SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::begin (   )  const [inline]

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> static unsigned SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::dim (   )  [inline, static]

Dimension of the simplex.

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> vertex_iterator SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::end (   )  const [inline]

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> template<class BinaryPredicate> bool SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::has (  const Vertex *  v, const BinaryPredicate &  pred )  const [inline]

Check whether the simplex holds any vertex u on which pred(v, u) is true.

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> size_t SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::hash (   )  const [inline]

A good hash function for use in any hash table, no need to mod a prime.

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> bool SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::operator!= (  const Simplex &  other  )  const [inline]

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> bool SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::operator== (  const Simplex &  other  )  const [inline]

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> std::string SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::toString (   )  const [inline]

For debugging, generate a string that with some effort may be used to identify this simplex.

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Friends And Related Function Documentation

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> friend struct Flipper [friend]

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> friend struct OptSimplex [friend]

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> friend class OSimplex [friend]

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> friend class SimplicialComplex [friend]

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> friend class Star [friend]

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Member Data Documentation

template<unsigned d, class Vertex_, class SimplexData_ = void, class VertexPrinter_ = typename Vertex_::Printer> const unsigned SimplicialComplex< d, Vertex_, SimplexData_, VertexPrinter_ >::Simplex::dimension = d [static]

Dimension of the simplex.

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The documentation for this class was generated from the following file:

• topology/SimplicialComplex.h

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