glotzcluster Namespace Reference

A collection of tools for cluster shape matching, including spherical harmonics. More...

Classes
class	CenterParticleClusteringAlgorithm
	Generates clusters with each object at the center of a cluster. More...
class	Cluster
	A cluster of objects. More...
class	ClusterCriterion
class	ClusteringAlgorithm
class	ClusterLibrary
class	ComplexShapeDescriptor
class	FkCentroidShapeDescriptor
class	FkCoefficientShapeDescriptor
class	FkTransformShapeDescriptor
class	HierarchicalClusteringAlgorithm
class	MatchingAlgorithm
class	MinDistanceClusterCriterion
class	NeighborGlobe
class	NeighborMap
class	PointObject
	A simple object containing a position and sequencer. More...
class	RealShapeDescriptor
	A shape descriptor containing a vector of real values. More...
class	ShapeDescriptor
	A common interface for all shape descriptors. More...
class	StandardClusterLibrary
class	StandardMatchingAlgorithm
class	TcpClusterLibrary
class	TypeDependentCutoffRadiusClusterCriterion
class	YlInvariantShapeDescriptor
class	YlmCentroidShapeDescriptor
class	YlmCoefficientShapeDescriptor
class	YlmTransformShapeDescriptor
Typedefs
typedef CenterParticleClusteringAlgorithm	CenterParticleClstrAlg
typedef std::vector < std::complex < double > >	ComplexShapeVector
typedef HierarchicalClusteringAlgorithm	HierarchicalClusterAlg
typedef HierarchicalClusteringAlgorithm	HierarchicalCA
typedef std::map < int, int >	ListManager
typedef std::vector < double >	RealShapeVector
typedef glotzutil::ManagedList < Cluster * >	ClusterList
typedef glotzutil::ManagedList < glotzopt::PositionedObject * >	ObjectList
typedef TypeDependentCutoffRadiusClusterCriterion	TDCRClusterCriterion
Functions
template<class OBJ, class LIST>
void	ListInsert (OBJ *obj, LIST &list, ListManager &index_of)
template<class Obj, class List>
void	ListRemove (Obj *obj, List &list, ListManager &index_of)
double	compute_difference (ShapeDescriptor *, ShapeDescriptor *)
	Computes the normalized difference between two vector descriptors.
double	compute_difference_raw (ShapeDescriptor *, ShapeDescriptor *)
	Computes the unnormalized difference between two vector descriptors.
double	compute_projection (ShapeDescriptor *, ShapeDescriptor *)
	Computes the normalized projection of one vector descriptor onto another.
double	compute_projection_raw (ShapeDescriptor *, ShapeDescriptor *)
	Computes the unnormalized projection of one vector descriptor onto another.
double	compute_magnitude (ShapeDescriptor *)
	Computes the magnitude of a descriptor.
void	ShowClusters (ClusterList &c)
int	fact (int num)
double	factorial_ratio (int num, int denom)

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Detailed Description

A collection of tools for cluster shape matching, including spherical harmonics.

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Typedef Documentation

typedef CenterParticleClusteringAlgorithm glotzcluster::CenterParticleClstrAlg

typedef glotzutil::ManagedList<Cluster*> glotzcluster::ClusterList

typedef std::vector< std::complex<double> > glotzcluster::ComplexShapeVector

typedef HierarchicalClusteringAlgorithm glotzcluster::HierarchicalCA

typedef HierarchicalClusteringAlgorithm glotzcluster::HierarchicalClusterAlg

typedef std::map<int, int> glotzcluster::ListManager

typedef glotzutil::ManagedList<glotzopt::PositionedObject*> glotzcluster::ObjectList

typedef std::vector<double> glotzcluster::RealShapeVector

typedef TypeDependentCutoffRadiusClusterCriterion glotzcluster::TDCRClusterCriterion

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Function Documentation

double glotzcluster::compute_difference	(	ShapeDescriptor *	sd1,
		ShapeDescriptor *	sd2
	)

Computes the normalized difference between two vector descriptors.

Parameters:

	sd1	is the first shape descriptor
	sd2	is the second shape descriptor

Returns:

the normalized difference between two descriptors

double glotzcluster::compute_difference_raw	(	ShapeDescriptor *	sd1,
		ShapeDescriptor *	sd2
	)

Computes the unnormalized difference between two vector descriptors.

Parameters:

	sd1	is the first shape descriptor
	sd2	is the second shape descriptor

Returns:

the unnormalized difference between two descriptors

double glotzcluster::compute_magnitude

(

ShapeDescriptor *

sd

)

Computes the magnitude of a descriptor.

Parameters:

sd

the the shape descriptor to compute the magnitude of

Returns:

the magnitude of the shape descriptor

double glotzcluster::compute_projection	(	ShapeDescriptor *	sd1,
		ShapeDescriptor *	sd2
	)

Computes the normalized projection of one vector descriptor onto another.

Parameters:

	sd1	is the first shape descriptor
	sd2	is the second shape descriptor

Returns:

the normalized projection of one descriptor onto another

double glotzcluster::compute_projection_raw	(	ShapeDescriptor *	sd1,
		ShapeDescriptor *	sd2
	)

Computes the unnormalized projection of one vector descriptor onto another.

Parameters:

	sd1	is the first shape descriptor
	sd2	is the second shape descriptor

Returns:

the unnormalized projection of one descriptor onto another

int glotzcluster::fact

(

int

num

)

double glotzcluster::factorial_ratio	(	int	num,
		int	denom
	)

template<class OBJ, class LIST>

void glotzcluster::ListInsert	(	OBJ *	obj,
		LIST &	list,
		ListManager &	index_of
	)			[inline]

Parameters:

	obj	is the object to be inserted
	list	is the array to insert the object into
	index_of	maps the object sequencer to the index of the object in the list

template<class Obj, class List>

void glotzcluster::ListRemove	(	Obj *	obj,
		List &	list,
		ListManager &	index_of
	)			[inline]

Parameters:

	obj	is the object to be removed
	list	is the array to remove the object from
	index_of	maps the object sequencer to the index of the object in the list

void glotzcluster::ShowClusters

(

ClusterList &

c

)

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