uk.ac.manchester.cs.jfact.kernel

Class ClassifiableEntry

java.lang.Object

uk.ac.manchester.cs.jfact.kernel.NamedEntry

uk.ac.manchester.cs.jfact.kernel.ClassifiableEntry

All Implemented Interfaces:

Serializable, org.semanticweb.owlapi.model.HasIRI

Direct Known Subclasses:

Concept, Role

@PortedFrom(file="taxNamEntry.h",
            name="ClassifiableEntry")
public class ClassifiableEntry
extends NamedEntry

classifiable entry

See Also:

Serialized Form

Method Summary

Modifier and Type	Method and Description
void	addParent(ClassifiableEntry parent) add told subsumer of entry (duplications possible)
void	addParentIfNew(ClassifiableEntry parent)
void	addParents(Collection<ClassifiableEntry> entries) add all parents (with duplicates) from the range to current node
void	canonicaliseSynonym() make sure that synonym's representative is not a synonym itself
int	getIndex() get the index value
ClassifiableEntry	getSynonym()
TaxonomyVertex	getTaxVertex()
Collection<ClassifiableEntry>	getToldSubsumers()
boolean	hasToldSubsumers()
boolean	isClassified()
boolean	isCompletelyDefined()
boolean	isNonClassifiable()
boolean	isSynonym()
void	removeSynonymsFromParents() if two synonyms are in 'told' list, merge them
static <T extends ClassifiableEntry> T	resolveSynonym(T p)
void	setCompletelyDefined(boolean action)
void	setIndex(int ind) set the index value
void	setNonClassifiable(boolean action)
void	setSynonym(ClassifiableEntry syn) add entry's synonym
void	setTaxVertex(TaxonomyVertex vertex) set up given entry

Methods inherited from class uk.ac.manchester.cs.jfact.kernel.NamedEntry

equals, getEntity, getId, getIRI, hashCode, isBottom, isSystem, isTop, setBottom, setEntity, setId, setSystem, setTop, toString

Methods inherited from class java.lang.Object

getClass, notify, notifyAll, wait, wait, wait

Method Detail

isClassified

@PortedFrom(file="taxNamEntry.h",
            name="isClassified")
public boolean isClassified()

Returns:

is current entry classified

setTaxVertex

@PortedFrom(file="taxNamEntry.h",
            name="setTaxVertex")
public void setTaxVertex(TaxonomyVertex vertex)

set up given entry

Parameters:

vertex - vertex

getTaxVertex

@Nullable
 @PortedFrom(file="taxNamEntry.h",
            name="getTaxVertex")
public TaxonomyVertex getTaxVertex()

Returns:

taxonomy vertex of the entry

isCompletelyDefined

@Original
public boolean isCompletelyDefined()

Returns:

a Completely Defined flag

setCompletelyDefined

@Original
public void setCompletelyDefined(boolean action)

Parameters:

action - action

isNonClassifiable

@Original
public boolean isNonClassifiable()

Returns:

non classifiable?

setNonClassifiable

@Original
public void setNonClassifiable(boolean action)

Parameters:

action - action

getToldSubsumers

@Nullable
 @PortedFrom(file="taxNamEntry.h",
            name="told_begin")
public Collection<ClassifiableEntry> getToldSubsumers()

Returns:

told subsumers

hasToldSubsumers

@PortedFrom(file="taxNamEntry.h",
            name="hasToldSubsumers")
public boolean hasToldSubsumers()

Returns:

whether entry ihas any TS

addParent

@PortedFrom(file="taxNamEntry.h",
            name="addParent")
public void addParent(ClassifiableEntry parent)

add told subsumer of entry (duplications possible)

Parameters:

parent - parent

addParents

@PortedFrom(file="taxNamEntry.h",
            name="addParents")
public void addParents(@Nullable
                                                                                        Collection<ClassifiableEntry> entries)

add all parents (with duplicates) from the range to current node

Parameters:

entries - entries

getIndex

@PortedFrom(file="taxNamEntry.h",
            name="getIndex")
public int getIndex()

get the index value

Specified by:

getIndex in class NamedEntry

Returns:

index

setIndex

@PortedFrom(file="taxNamEntry.h",
            name="setIndex")
public void setIndex(int ind)

set the index value

Specified by:

setIndex in class NamedEntry

Parameters:

ind - i

isSynonym

@PortedFrom(file="taxNamEntry.h",
            name="isSynonym")
public boolean isSynonym()

Returns:

if current entry is a synonym

getSynonym

@PortedFrom(file="taxNamEntry.h",
            name="getSynonym")
public ClassifiableEntry getSynonym()

Returns:

synonym of current entry

canonicaliseSynonym

@PortedFrom(file="taxNamEntry.h",
            name="canonicaliseSynonym")
public void canonicaliseSynonym()

make sure that synonym's representative is not a synonym itself

setSynonym

@PortedFrom(file="taxNamEntry.h",
            name="setSynonym")
public void setSynonym(@Nullable
                                                                                        ClassifiableEntry syn)

add entry's synonym

Parameters:

syn - syn

removeSynonymsFromParents

@PortedFrom(file="taxNamEntry.h",
            name="removeSynonymsFromParents")
public void removeSynonymsFromParents()

if two synonyms are in 'told' list, merge them

resolveSynonym

@PortedFrom(file="taxNamEntry.h",
            name="resolveSynonym")
public static <T extends ClassifiableEntry> T resolveSynonym(T p)

Type Parameters:

T - expression type

Parameters:

p - p

Returns:

resolved synonym

addParentIfNew

@PortedFrom(file="taxNamEntry.h",
            name="addParentIfNew")
public void addParentIfNew(ClassifiableEntry parent)

Parameters:

parent - parent