Uses of Class
net.didion.jwnl.data.PointerType
Packages that use PointerType
Package
Description
Classes for extracting and containing data from the dictionary.
Lists and associated classes that hold the results of relationship operations.
Tools for finding pointer relationships between words.
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Uses of PointerType in net.didion.jwnl.data
Fields in net.didion.jwnl.data declared as PointerTypeModifier and TypeFieldDescriptionprivate PointerTypePointer._pointerTypeprivate PointerTypePointerType._symmetricTypeThe PointerType that is the revers of this PointerTypestatic final PointerTypePointerType.ANTONYMstatic final PointerTypePointerType.ATTRIBUTEstatic final PointerTypePointerType.CATEGORYstatic final PointerTypePointerType.CATEGORY_MEMBERstatic final PointerTypePointerType.CAUSEstatic final PointerTypePointerType.DERIVEDstatic final PointerTypePointerType.ENTAILED_BYstatic final PointerTypePointerType.ENTAILMENTstatic final PointerTypePointerType.HYPERNYMstatic final PointerTypePointerType.HYPONYMstatic final PointerTypePointerType.INSTANCE_HYPERNYMstatic final PointerTypePointerType.INSTANCES_HYPONYMstatic final PointerTypePointerType.MEMBER_HOLONYMstatic final PointerTypePointerType.MEMBER_MERONYMstatic final PointerTypePointerType.NOMINALIZATIONstatic final PointerTypePointerType.PART_HOLONYMstatic final PointerTypePointerType.PART_MERONYMstatic final PointerTypePointerType.PARTICIPLE_OFstatic final PointerTypePointerType.PERTAINYMstatic final PointerTypePointerType.REGIONstatic final PointerTypePointerType.REGION_MEMBERstatic final PointerTypePointerType.SEE_ALSOstatic final PointerTypePointerType.SIMILAR_TOstatic final PointerTypePointerType.SUBSTANCE_HOLONYMstatic final PointerTypePointerType.SUBSTANCE_MERONYMstatic final PointerTypePointerType.USAGEstatic final PointerTypePointerType.USAGE_MEMBERstatic final PointerTypePointerType.VERB_GROUPMethods in net.didion.jwnl.data that return PointerTypeModifier and TypeMethodDescriptionstatic PointerTypePointerType.getPointerTypeForKey(String key) Return thePointerTypewhose key matches key.PointerType.getSymmetricType()Returns the pointer type that is symmetric to this type.Pointer.getType()Methods in net.didion.jwnl.data with parameters of type PointerTypeModifier and TypeMethodDescriptionPointer[]PointerTarget.getPointers(PointerType type) Get all pointers of typetype.Pointer[]SynsetProxy.getPointers(PointerType type) private PointerTargetNodeListPointerUtils.getPointerTargets(Synset synset, PointerType type) Get all the pointer targets of synset of type type.PointerTarget.getTargets(PointerType type) Get all the targets of the pointers of typetype.SynsetProxy.getTargets(PointerType type) static booleanPointerType.isSymmetric(PointerType type) Returns true if type is a symmetric pointer type (it is its own symmetric type).PointerUtils.makeInheritedTree(PointerTargetTree tree, PointerType[] searchTypes, PointerType labelType, int pointerDepth, int ancestorDepth, boolean allowRedundancies) Turn an existing tree into an inheritance tree.PointerUtils.makeInheritedTree(Synset synset, PointerType searchType) Create a hypernym tree starting at synset, and add to each node a nested list pointer targets of type searchType, starting at the node's pointer target.PointerUtils.makeInheritedTree(Synset synset, PointerType[] searchTypes) Create a hypernym tree starting at synset, and add to each node a nested list pointer targets of the types specified in searchTypes, starting at the node's pointer target.PointerUtils.makeInheritedTree(Synset synset, PointerType[] searchTypes, PointerType labelType, int pointerDepth, int ancestorDepth) Create a hypernym tree starting at synset, and add to each node a nested list pointer targets of the types specified in searchTypes, starting at the node's pointer target.PointerUtils.makeInheritedTree(Synset synset, PointerType[] searchTypes, PointerType labelType, int pointerDepth, int ancestorDepth, boolean allowRedundancies) Create a hypernym tree starting at synset, and add to each node a nested list pointer targets of the types specified in searchTypes, starting at the node's pointer target.PointerUtils.makeInheritedTree(Synset synset, PointerType searchType, PointerType labelType, int pointerDepth, int ancestorDepth) Create a hypernym tree starting at synset, and add to each node a nested list pointer targets of type searchType, starting at the node's pointer target.PointerUtils.makeInheritedTree(Synset synset, PointerType searchType, PointerType labelType, int pointerDepth, int ancestorDepth, boolean allowRedundancies) Create a hypernym tree starting at synset, and add to each node a nested list pointer targets of type searchType, starting at the node's pointer target.PointerUtils.makeInheritedTreeList(PointerTargetTreeNodeList list, PointerType[] searchTypes, PointerType labelType, int pointerDepth, int ancestorDepth, boolean allowRedundancies) Turn an existing tree list into an inheritance tree list.PointerUtils.makePointerTargetTreeList(PointerTargetNodeList list, PointerType[] searchTypes, PointerType labelType, int depth, boolean allowRedundancies) Make a nested list of pointer targets to depth depth, starting at eachsynsetin list.PointerUtils.makePointerTargetTreeList(PointerTargetNodeList list, PointerType searchType, PointerType labelType, int depth, boolean allowRedundancies) Make a nested list of pointer targets to depth depth, starting at eachsynsetin list.PointerUtils.makePointerTargetTreeList(Synset set, PointerType searchType) Make a nested list of pointer targets to the default depth, starting atsynset.PointerUtils.makePointerTargetTreeList(Synset set, PointerType[] searchTypes) Make a nested list of pointer targets to the default depth, starting atsynset.PointerUtils.makePointerTargetTreeList(Synset set, PointerType[] searchTypes, int depth) Make a nested list of pointer targets to depth depth, starting atsynset.PointerUtils.makePointerTargetTreeList(Synset synset, PointerType[] searchTypes, PointerType labelType, int depth, boolean allowRedundancies) Make a nested list of pointer targets to depth depth, starting atsynset.private PointerTargetTreeNodeListPointerUtils.makePointerTargetTreeList(Synset synset, PointerType[] searchTypes, PointerType labelType, int depth, boolean allowRedundancies, PointerTargetTreeNode parent) PointerUtils.makePointerTargetTreeList(Synset set, PointerType searchType, int depth) Make a nested list of pointer targets to depth depth, starting atsynset.PointerUtils.makePointerTargetTreeList(Synset set, PointerType searchType, PointerType labelType, int depth, boolean allowRedundancies) Make a nested list of pointer targets to depth depth, starting atsynset.private static voidPointerType.setSymmetric(PointerType a, PointerType b) Set a as b's symmetric type, and vice versa.booleanPointerType.symmetricTo(PointerType type) Returns true if type is symmetric to this pointer type.Constructors in net.didion.jwnl.data with parameters of type PointerTypeModifierConstructorDescriptionPointer(PointerTarget source, int index, PointerType pointerType, POS targetPOS, long targetOffset, int targetIndex) -
Uses of PointerType in net.didion.jwnl.data.list
Fields in net.didion.jwnl.data.list declared as PointerTypeModifier and TypeFieldDescriptionprivate PointerTypePointerTargetNode._typeThe relation type that produced this node.Methods in net.didion.jwnl.data.list that return PointerTypeMethods in net.didion.jwnl.data.list with parameters of type PointerTypeModifier and TypeMethodDescriptionvoidPointerTargetNodeList.add(PointerTarget target, PointerType type) voidPointerTargetTreeNodeList.add(PointerTarget target, PointerTargetTreeNodeList childTreeList, PointerTargetTreeNodeList pointerTreeList, PointerType type) voidPointerTargetTreeNodeList.add(PointerTarget target, PointerTargetTreeNodeList childTreeList, PointerTargetTreeNodeList pointerTreeList, PointerType type, PointerTargetTreeNode parent) voidPointerTargetTreeNodeList.add(PointerTarget target, PointerTargetTreeNodeList childTreeList, PointerType type) voidPointerTargetTreeNodeList.add(PointerTarget target, PointerTargetTreeNodeList childTreeList, PointerType type, PointerTargetTreeNode parent) voidPointerTargetTreeNodeList.add(PointerTarget target, PointerType type) voidPointerTargetTreeNodeList.add(PointerTarget target, PointerType type, PointerTargetTreeNode parent) voidPointerTargetNode.setType(PointerType type) Constructors in net.didion.jwnl.data.list with parameters of type PointerTypeModifierConstructorDescriptionPointerTargetNode(PointerTarget target, PointerType type) PointerTargetTreeNode(PointerTarget target, PointerTargetTreeNodeList childTreeList, PointerTargetTreeNodeList pointerTreeList, PointerType type) PointerTargetTreeNode(PointerTarget target, PointerTargetTreeNodeList childTreeList, PointerTargetTreeNodeList pointerTreeList, PointerType type, PointerTargetTreeNode parent) PointerTargetTreeNode(PointerTarget target, PointerTargetTreeNodeList childTreeList, PointerType type) PointerTargetTreeNode(PointerTarget target, PointerTargetTreeNodeList childTreeList, PointerType type, PointerTargetTreeNode parent) PointerTargetTreeNode(PointerTarget target, PointerType type) PointerTargetTreeNode(PointerTarget target, PointerType type, PointerTargetTreeNode parent) -
Uses of PointerType in net.didion.jwnl.data.relationship
Fields in net.didion.jwnl.data.relationship declared as PointerTypeMethods in net.didion.jwnl.data.relationship that return PointerTypeMethods in net.didion.jwnl.data.relationship with parameters of type PointerTypeModifier and TypeMethodDescriptionprivate RelationshipRelationshipFinder.findAsymmetricRelationship(PointerTargetNodeList sourceNodes, PointerTargetNodeList targetNodes, PointerType type, Synset sourceSynset, Synset targetSynset) Find a relationship between two asymmetric lists ordered from deepest to shallowest ancestor.private RelationshipListRelationshipFinder.findAsymmetricRelationships(Synset sourceSynset, Synset targetSynset, PointerType type) Finds the asymmetric relationship(s) between two words.private RelationshipListRelationshipFinder.findAsymmetricRelationships(Synset sourceSynset, Synset targetSynset, PointerType type, int depth) Finds the asymmetric relationship(s) between two words.RelationshipFinder.findRelationships(Synset sourceSynset, Synset targetSynset, PointerType type) Find all relationships of type type between sourceSynset and targetSynset.RelationshipFinder.findRelationships(Synset sourceSynset, Synset targetSynset, PointerType type, int depth) Find all relationships of type type between sourceSynset and targetSynset to depth depth.private PointerTargetNodeListRelationshipFinder.findSymmetricRelationship(PointerTargetTreeNode node, PointerType type) Build a relationsip from node back to it's root ancestor and then reverse the list.private RelationshipListRelationshipFinder.findSymmetricRelationships(Synset sourceSynset, Synset targetSynset, PointerType type) A symmetric relationship is one whose type is symmetric (i.e.private RelationshipListRelationshipFinder.findSymmetricRelationships(Synset sourceSynset, Synset targetSynset, PointerType type, int depth) A symmetric relationship is one whose type is symmetric (i.e.Constructors in net.didion.jwnl.data.relationship with parameters of type PointerTypeModifierConstructorDescriptionAsymmetricRelationship(PointerType type, PointerTargetNodeList nodes, int commonParentIndex, Synset sourceSynset, Synset targetSynset) protectedRelationship(PointerType type, PointerTargetNodeList nodes, Synset sourceSynset, Synset targetSynset) SymmetricRelationship(PointerType type, PointerTargetNodeList nodes, Synset sourceSynset, Synset targetSynset)