org.mindswap.pellet

Class EdgeList

java.lang.Object

org.mindswap.pellet.EdgeList

All Implemented Interfaces:

Iterable<Edge>

public class EdgeList
extends Object
implements Iterable<Edge>

Author:

Evren Sirin

Constructor Summary

Constructors

Constructor and Description
EdgeList()
EdgeList(Edge edge) Create an immutable singleton EdgeList;
EdgeList(EdgeList edges)
EdgeList(int n)

Method Summary

Modifier and Type	Method and Description
void	addEdge(Edge e)
void	addEdgeList(EdgeList edges)
Edge	edgeAt(int i)
DependencySet	getDepends(boolean doExplanation)
EdgeList	getEdges(Role role)
EdgeList	getEdgesFrom(Individual from)
EdgeList	getEdgesFrom(Individual from, Role r)
EdgeList	getEdgesFromTo(Individual from, Node to)
EdgeList	getEdgesTo(Node to)
EdgeList	getEdgesTo(Role r, Node to)
Edge	getExactEdge(Individual from, Role role, Node to)
Set<Node>	getFilteredNeighbors(Individual node, aterm.ATermAppl c) Find the neighbors of a node that has a certain type.
Set<Node>	getNeighbors(Node node)
Set<Role>	getRoles()
boolean	hasEdge(Edge e)
boolean	hasEdge(Individual from, Role role, Node to) Checks if this list contains an edge matching the given subject, predicate and object.
boolean	hasEdge(Role role)
boolean	hasEdgeFrom(Individual from)
boolean	hasEdgeFrom(Individual from, Role role)
boolean	hasEdgeTo(Node to)
boolean	hasEdgeTo(Role role, Node to)
boolean	hasExactEdge(Individual from, Role role, Node to) Similar to hasEdge(Individual, Role, Node) but does not consider subproperty hierarchy for matching so only exact predicate matches are considered.
boolean	isEmpty()
Iterator<Edge>	iterator()
boolean	removeEdge(Edge edge)
protected void	removeEdge(int index)
void	reset() Resets the edges in this list to only asserted edges.
int	size()
EdgeList	sort()
String	toString()

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Methods inherited from interface java.lang.Iterable

forEach, spliterator

Constructor Detail

EdgeList

public EdgeList()

EdgeList

public EdgeList(int n)

EdgeList

public EdgeList(EdgeList edges)

EdgeList

public EdgeList(Edge edge)

Create an immutable singleton EdgeList;

Parameters:

edge -

Method Detail

addEdgeList

public void addEdgeList(EdgeList edges)

addEdge

public void addEdge(Edge e)

removeEdge

public boolean removeEdge(Edge edge)

removeEdge

protected void removeEdge(int index)

edgeAt

public Edge edgeAt(int i)

size

public int size()

sort

public EdgeList sort()

isEmpty

public boolean isEmpty()

iterator

public Iterator<Edge> iterator()

Specified by:

iterator in interface Iterable<Edge>

getEdgesFromTo

public EdgeList getEdgesFromTo(Individual from,
                               Node to)

getEdgesFrom

public EdgeList getEdgesFrom(Individual from)

getEdgesTo

public EdgeList getEdgesTo(Node to)

getEdgesTo

public EdgeList getEdgesTo(Role r,
                           Node to)

getEdgesFrom

public EdgeList getEdgesFrom(Individual from,
                             Role r)

getEdges

public EdgeList getEdges(Role role)

getRoles

public Set<Role> getRoles()

getNeighbors

public Set<Node> getNeighbors(Node node)

getFilteredNeighbors

public Set<Node> getFilteredNeighbors(Individual node,
                                      aterm.ATermAppl c)

Find the neighbors of a node that has a certain type. For literals, we collect only the ones with the same language tag.

Parameters:

node - The node whose neighbors are being sought

c - The concept (or datatype) that each neighbor should belong to

Returns:

Set of nodes

hasEdgeFrom

public boolean hasEdgeFrom(Individual from)

hasEdgeFrom

public boolean hasEdgeFrom(Individual from,
                           Role role)

hasEdgeTo

public boolean hasEdgeTo(Node to)

hasEdgeTo

public boolean hasEdgeTo(Role role,
                         Node to)

hasEdge

public boolean hasEdge(Role role)

hasEdge

public boolean hasEdge(Individual from,
                       Role role,
                       Node to)

Checks if this list contains an edge matching the given subject, predicate and object. A null parameter is treated as a wildcard matching every value and predicates are matched by considering the subproperty hierarchy, i.e. passing the parameter sup to this function will return true if an edge with subproperty sub exists.

Parameters:

from -

role -

to -

Returns:

hasExactEdge

public boolean hasExactEdge(Individual from,
                            Role role,
                            Node to)

Similar to hasEdge(Individual, Role, Node) but does not consider subproperty hierarchy for matching so only exact predicate matches are considered.

Parameters:

from -

role -

to -

Returns:

hasEdge

public boolean hasEdge(Edge e)

getExactEdge

public Edge getExactEdge(Individual from,
                         Role role,
                         Node to)

getDepends

public DependencySet getDepends(boolean doExplanation)

toString

public String toString()

Overrides:

toString in class Object

reset

public void reset()

Resets the edges in this list to only asserted edges.