capd::apiRedHom Namespace Reference

Namespaces
	python

Classes
struct	AlgorithmExecutor
struct	AlgorithmExecutor< Algorithm, Callback, typename boost::disable_if< boost::is_same< Callback, void > >::type >
struct	AnyWrapper
struct	BettiNumbersOverZ
struct	BettiNumbersOverZ2
struct	BettiNumbersOverZp
struct	BettiNumbersViaSmithFormOverZ
struct	BuildFiniteTopologicalSpaceZigZagByIntersections
struct	BuildMeshVectorFieldOptimizedPartition
struct	BuildMeshVectorFieldZigZagByIntersections
struct	BuildMultivectorDynamicsOnCellCodeMap
struct	BuildMultivectorDynamicsOnGrid
struct	BuildMultivectorDynamicsOnPartition
class	CellsCollection
class	Complex
struct	ComplexesMapping
struct	ComplexHelper
class	ComplexIterators
struct	ComplexTraits
struct	ComplexTraits< DefaultComplexTag >
struct	Coreduction
struct	CountCriticalCells
struct	CreateCubicalComplex
struct	CreateCubicalComplexExternalMemory
struct	CreateProdSimplicialComplex
struct	CreateSComplex
struct	CreateSimplicialComplex
class	CrHom
class	CubicalComplex
class	CubicalHelper
struct	DefaultComplexTag
struct	DistanceMatrixPersistentHomology
struct	EulerCharacteristic
struct	FiniteTopologicalSpace
struct	FundamentalGroup
class	GeneralizedSComplex
struct	GenerateKappaMap
struct	HomologyGeneratorsOverZ
struct	HomologyOverZ
struct	HomologyOverZ2
struct	HomologyOverZp
struct	MeshVectorField
struct	MultivectorDynamics
class	ProdSimplicialComplex
struct	RedHomOrchestratorOverZ
struct	RelativeBettiNumbers
struct	RelativeBettiNumbersOverZ
struct	RelativeBettiNumbersOverZ2
struct	RelativeBettiNumbersOverZp
struct	SetCubicalComplex
struct	SetFunctions
struct	Signature
class	SimplicialComplex
class	TheConfig
struct	VolumePersistentHomology
struct	XXX
struct	ZigZag

Typedefs
typedef capd::complex::CubicalComplexes	Types
typedef boost::mpl::map< boost::mpl::pair< CubicalComplex, complex::CubicalComplexes >, boost::mpl::pair< SimplicialComplex, complex::SimplicialComplexes >, boost::mpl::pair< ProdSimplicialComplex, complex::ProdSimplicialComplexes >, boost::mpl::pair< GeneralizedSComplex, complex::GeneralizedComplexes > >	APIToComplexes

Functions
template<typename ComplexT >
void	SetComplex (RedHom_ComplexInfo *complexInfo, boost::shared_ptr< ComplexT > complex)
template<typename ComplexT >
ComplexT &	GetComplex (RedHom_ComplexInfo *complexInfo)
template<typename TypeDescriptors , typename Algorithm >
void	RunAlgorithm (AnyWrapper &object, Algorithm algorithm)
template<typename TypeDescriptors , typename Algorithm , typename Callback >
void	RunAlgorithm (AnyWrapper &object, Algorithm algorithm, Callback callback)
CAPD_API std::vector< int >	ComputeBettiNumbersOverZ (Complex &complex)
CAPD_API std::vector< int >	ComputeBettiNumbersOverZp (Complex &complex, int p)
CAPD_API std::vector< int >	ComputeBettiNumbersOverZ2 (Complex &complex)
CAPD_API std::vector< int >	ComputeBettiNumbers (Complex &complex, int modulo=0)
Signature	ComputeHomologyOverZ (Complex &complex)
Signature	ComputeHomologyOverZp (Complex &complex, int p)
Signature	ComputeHomologyOverZ2 (Complex &complex)
CAPD_API std::vector< int >	ComputeRelativeBettiNumbersOverZ (Complex &complex, Complex &subcomplex, bool differenceClosed)
CAPD_API std::vector< int >	ComputeRelativeBettiNumbersOverZp (Complex &complex, Complex &subcomplex, bool differenceClosed, int p)
CAPD_API std::vector< int >	ComputeRelativeBettiNumbersOverZ2 (Complex &complex, Complex &subcomplex, bool differenceClosed)

Typedef Documentation

typedef boost::mpl::map< boost::mpl::pair<CubicalComplex, complex::CubicalComplexes>, boost::mpl::pair<SimplicialComplex, complex::SimplicialComplexes>, boost::mpl::pair<ProdSimplicialComplex, complex::ProdSimplicialComplexes>, boost::mpl::pair<GeneralizedSComplex, complex::GeneralizedComplexes> > capd::apiRedHom::APIToComplexes

typedef capd::complex::SimplicialComplexes capd::apiRedHom::Types

Function Documentation

std::vector< int > capd::apiRedHom::ComputeBettiNumbers	(	Complex &	complex,
		int	modulo = 0
	)

std::vector< int > capd::apiRedHom::ComputeBettiNumbersOverZ

(

Complex &

complex

)

std::vector< int > capd::apiRedHom::ComputeBettiNumbersOverZ2

(

Complex &

complex

)

std::vector< int > capd::apiRedHom::ComputeBettiNumbersOverZp	(	Complex &	complex,
		int	p
	)

Signature capd::apiRedHom::ComputeHomologyOverZ

(

Complex &

complex

)

Signature capd::apiRedHom::ComputeHomologyOverZ2

(

Complex &

complex

)

Signature capd::apiRedHom::ComputeHomologyOverZp	(	Complex &	complex,
		int	p
	)

std::vector< int > capd::apiRedHom::ComputeRelativeBettiNumbersOverZ	(	Complex &	complex,
		Complex &	subcomplex,
		bool	differenceClosed
	)

std::vector< int > capd::apiRedHom::ComputeRelativeBettiNumbersOverZ2	(	Complex &	complex,
		Complex &	subcomplex,
		bool	differenceClosed
	)

std::vector< int > capd::apiRedHom::ComputeRelativeBettiNumbersOverZp	(	Complex &	complex,
		Complex &	subcomplex,
		bool	differenceClosed,
		int	p
	)

template<typename ComplexT >

ComplexT& capd::apiRedHom::GetComplex

(

RedHom_ComplexInfo *

complexInfo

)

template<typename TypeDescriptors , typename Algorithm >

void capd::apiRedHom::RunAlgorithm	(	AnyWrapper &	object,
		Algorithm	algorithm
	)

template<typename TypeDescriptors , typename Algorithm , typename Callback >

void capd::apiRedHom::RunAlgorithm	(	AnyWrapper &	object,
		Algorithm	algorithm,
		Callback	callback
	)

template<typename ComplexT >

void capd::apiRedHom::SetComplex	(	RedHom_ComplexInfo *	complexInfo,
		boost::shared_ptr< ComplexT >	complex
	)