PUBLIC

ClusterNodeC::ClusterNodeC(void) ClusterNodeC::ClusterNodeC(IntT) ClusterNodeC::ClusterNodeC(int,IntT) ClusterNodeC::ClusterNodeC(const ClusterNodeC &) ClusterNodeC::DataStart(void) ClusterNodeC::Update(void) ClusterNodeC::Update(PixelC &,VectorC &) ClusterNodeC::Merge(const ClusterNodeC &) ClusterNodeC::getid(void) const ClusterNodeC::Size(void) const ClusterNodeC::PixelList(void) const ClusterNodeC::Mean(void) const ClusterNodeC::Covariance(void) const ClusterNodeC::operator==(const ClusterNodeC &,const ClusterNodeC &) ClusterNodeC::operator<<(ostream &,const ClusterNodeC &)

ClusterNodeC
Representation of a two-dimensional, arbitrarily-shaped region as a node in a region adjacency graph
include	"amma/visualdb/ClusterNode.hh"
User Level:	Default
Library:	VisualDb
Example:	exIndex.cc
Section:	Applications.Image Database
In Scope:	std

Variables:

ClusterNodeC()

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ClusterNodeC(IntT dimen)

Default constructor.

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ClusterNodeC(int node_id,IntT dimen)

Constructor with the node_id

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ClusterNodeC(const ClusterNodeC & nod)

Copy constructor.

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ClusterNodeC & DataStart()

Return this node

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void Update()

Update the properties of the region/node

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void Update(PixelC & pix,VectorC & point)

Update the properties of the region

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void Merge(const ClusterNodeC & nod)

Merge two regions

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int getid() const

Update the properties of the region/node

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int Size() const

Return the size of the node/region

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DListC<PixelC> PixelList() const

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VectorC Mean() const

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MatrixC Covariance() const

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int operator==(const ClusterNodeC &,const ClusterNodeC &)

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ostream & operator<<(ostream & out,const ClusterNodeC & n)

Print info to the output stream

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