Uses of Class
pt.tumba.geoclass.Node

Packages that use Node

pt.tumba.geoclass

This package implements an algorithm for classifying web pages according to their geographical scopes, with basis on a probabilistic graphical model of geographical concepts.

Uses of Node in pt.tumba.geoclass

Methods in pt.tumba.geoclass that return Node

Node	ClassNetwork.addNode(java.lang.Integer id, java.lang.String name, java.lang.String type, java.lang.Integer population) Adds a new node to the network, constructed from the supplied parameters.
Node	ClassNetwork.addNode(java.lang.Integer id, java.lang.String name, java.lang.String type, java.lang.Integer population, java.lang.Double value) Adds a new node to the network, constructed from the supplied parameters.
Node	ClassNetwork.addNode(Node node) Adds a new node to the network.
Node	ClassNetwork.addNode(Node node, java.lang.Double value) Adds a new node to the network.
Node[]	CommonSites.find(java.lang.String url) Search the lookup table and return the scope for a given URL.
Node	ClassNetwork.getMaxNode() Returns the currently highest scoring node in the network.
Node	ClassNetwork.getNode(java.lang.Integer id) Returns the node associated with a given id
Node[]	ClassNetwork.getNode(java.lang.String name) Returns the node(s) associated with a given name.
Node	CageClass.getScope(Cage cage) Returns the Geographical Scope associated with a given document.
Node	CageClass.getScope(NamedEntity[] entities) Returns the Geographical Scope associated with a given document.
Node	CageClass.getScope(java.lang.String url) Returns the Geographical Scope associated with a given document.
Node	CageClass.getScope(java.lang.String url, Cage cage) Returns the Geographical Scope associated with a given document.
Node	CageClass.getScope(java.lang.String url, NamedEntity[] entities) Returns the Geographical Scope associated with a given document.
Node	CageClass.getScope(java.lang.String url, java.lang.String text) Returns the Geographical Scope associated with a given document.

Methods in pt.tumba.geoclass with parameters of type Node

void	ClassNetwork.addEquivalent(Node node1, Node node2) Adds a "is-equivalent" relationship between two nodes in the network.
Node	ClassNetwork.addNode(Node node) Adds a new node to the network.
Node	ClassNetwork.addNode(Node node, java.lang.Double value) Adds a new node to the network.
void	ClassNetwork.addPartOf(Node node1, Node node2) Adds a "part-of" relationship between two nodes in the network.
void	ClassNetwork.addRelated(Node node1, Node node2) Adds a "is-related" relationship between two nodes in the network.
java.util.List	ClassNetwork.getDirectAncestors(Node node) Get the direct ancestors of a given node.
java.util.List	ClassNetwork.getDirectDescendants(Node node) Get the direct descendants of a given node.
java.util.List	ClassNetwork.getDirectRelated(Node node) Get the related nodes for a given node.
java.util.List	ClassNetwork.getEquivalent(Node node) Get the equivalent nodes for a given node.
java.lang.Double	ClassNetwork.getValue(Node node) Returns the score associated with a given node of the network.
java.lang.String	ClassNetwork.prettyPrint(Node netNode) Prints a "human-readable" representation of a node from the network.
java.lang.Double	ClassNetwork.setValue(Node node, java.lang.Double value) Updates the score associated with a given node of the network.