Uses of Class
fleXplorer.Terms.Term

Packages that use Term
fleXplorer.MaterializedFacetedTaxonomies   
fleXplorer.Taxonomies   
fleXplorer.Terminologies   
fleXplorer.Terms   
fleXplorer.util   
 

Uses of Term in fleXplorer.MaterializedFacetedTaxonomies
 

Methods in fleXplorer.MaterializedFacetedTaxonomies that return types with arguments of type Term
 java.util.HashMap<java.lang.String,java.util.HashMap<Term<FacetsType>,java.lang.Integer>> MFT.getZoomSidePoints()
          Returns the zoom-side points.
 

Method parameters in fleXplorer.MaterializedFacetedTaxonomies with type arguments of type Term
 void MFT.printZoomPoints(java.util.HashMap<java.lang.String,java.util.HashMap<Term<FacetsType>,java.lang.Integer>> zoomSidePoints)
          Prints the zoom side points.
 

Uses of Term in fleXplorer.Taxonomies
 

Methods in fleXplorer.Taxonomies that return Term
 Term<FacetsType> Taxonomy.getHead()
          Returns the head term of the taxonomy if taxonomy is not flat else returns the top element.
 Term<FacetsType> ITaxonomy.getHead()
          Returns the head term of the taxonomy.
 Term<FacetsType> Taxonomy.getTopElement()
          Returns the top element.
 Term<FacetsType> ITaxonomy.getTopElement()
          Returns the top element.
 

Methods in fleXplorer.Taxonomies that return types with arguments of type Term
 java.util.ArrayList<Term<FacetsType>> Taxonomy.getAllChildren(Term<FacetsType> parent)
          Returns all children of the specified term.
 java.util.ArrayList<Term<FacetsType>> ITaxonomy.getAllChildren(Term<FacetsType> parent)
          Returns all children of the specified term.
 java.util.Collection<Term<FacetsType>> Taxonomy.getAllParents(int childId)
          Returns all parents of the specified term.
 java.util.Collection<Term<FacetsType>> ITaxonomy.getAllParents(int childId)
          Returns all parents of the specified term.
 java.util.ArrayList<Term<FacetsType>> Taxonomy.getAllParents(Term<FacetsType> child)
          Returns all parents of the specified term.
 java.util.ArrayList<Term<FacetsType>> ITaxonomy.getAllParents(Term<FacetsType> child)
          Returns all parents of the specified term.
 java.util.HashMap<java.lang.Integer,java.util.Collection<Term<FacetsType>>> Taxonomy.getAllParentsWithHierarchy(Term<FacetsType> child)
          Returns a HashMap with all parents of the specified term using hierarchy.
 java.util.HashMap<java.lang.Integer,java.util.Collection<Term<FacetsType>>> ITaxonomy.getAllParentsWithHierarchy(Term<FacetsType> child)
          Returns a HashMap with all parents of the specified term using hierarchy.
 java.util.Map<Term<FacetsType>,java.util.Collection<Term<FacetsType>>> Taxonomy.getAllRelations()
          Returns a Map with all relationships of the taxonomy.
 java.util.Map<Term<FacetsType>,java.util.Collection<Term<FacetsType>>> Taxonomy.getAllRelations()
          Returns a Map with all relationships of the taxonomy.
 java.util.Map<Term<FacetsType>,java.util.Collection<Term<FacetsType>>> ITaxonomy.getAllRelations()
          Returns a Map with all relationships of the taxonomy.
 java.util.Map<Term<FacetsType>,java.util.Collection<Term<FacetsType>>> ITaxonomy.getAllRelations()
          Returns a Map with all relationships of the taxonomy.
 java.util.HashMap<Term<FacetsType>,java.lang.Integer> Taxonomy.getCount(java.util.HashSet<java.lang.Integer> indexes)
          Returns the count information for all Terms of the flat Taxonomy according to the indexes.
 java.util.HashMap<Term<FacetsType>,java.lang.Integer> ITaxonomy.getCount(java.util.HashSet<java.lang.Integer> indexes)
          Returns the count information for all Terms of the flat Taxonomy according to the indexes.
 java.util.Collection<Term<FacetsType>> Taxonomy.getDirectChildren(int parentId)
          Returns the direct children of the Term with the specified id.
 java.util.Collection<Term<FacetsType>> ITaxonomy.getDirectChildren(int parentId)
          Returns the direct children of the Term with the specified id.
 java.util.Collection<Term<FacetsType>> Taxonomy.getDirectChildren(Term<FacetsType> parent)
          Returns the direct children of the specified Term.
 java.util.Collection<Term<FacetsType>> ITaxonomy.getDirectChildren(Term<FacetsType> parent)
          Returns the direct children of the specified Term.
 java.util.Collection<Term<FacetsType>> Taxonomy.getDirectParents(int childId)
          Returns the direct parents of the Term with the specified id.
 java.util.Collection<Term<FacetsType>> ITaxonomy.getDirectParents(int childId)
          Returns the direct parents of the Term with the specified id.
 java.util.Collection<Term<FacetsType>> Taxonomy.getDirectParents(Term<FacetsType> child)
          Returns the direct parents of the specified Term.
 java.util.Collection<Term<FacetsType>> ITaxonomy.getDirectParents(Term<FacetsType> child)
          Returns the direct parents of the specified Term.
 

Methods in fleXplorer.Taxonomies with parameters of type Term
 int Taxonomy.directChildrenSize(Term<FacetsType> parent)
          Returns the number of the direct children of the specified term.
 int ITaxonomy.directChildrenSize(Term<FacetsType> parent)
          Returns the number of the direct children of the specified term.
 int Taxonomy.directParentsSize(Term<FacetsType> child)
          Returns the number of the direct parents of the specified Term.
 int ITaxonomy.directParentsSize(Term<FacetsType> child)
          Returns the number of the direct parents of the specified Term.
 java.util.ArrayList<Term<FacetsType>> Taxonomy.getAllChildren(Term<FacetsType> parent)
          Returns all children of the specified term.
 java.util.ArrayList<Term<FacetsType>> ITaxonomy.getAllChildren(Term<FacetsType> parent)
          Returns all children of the specified term.
 java.util.HashSet<java.lang.Integer> Taxonomy.getAllIds(Term<FacetsType> term)
          Returns all ids of the documents that is indexed to the specified term and all its descendants.
 java.util.HashSet<java.lang.Integer> ITaxonomy.getAllIds(Term<FacetsType> term)
          Returns all ids of the documents that is indexed to the specified term and all its descendants.
 java.util.ArrayList<Term<FacetsType>> Taxonomy.getAllParents(Term<FacetsType> child)
          Returns all parents of the specified term.
 java.util.ArrayList<Term<FacetsType>> ITaxonomy.getAllParents(Term<FacetsType> child)
          Returns all parents of the specified term.
 java.util.HashMap<java.lang.Integer,java.util.Collection<Term<FacetsType>>> Taxonomy.getAllParentsWithHierarchy(Term<FacetsType> child)
          Returns a HashMap with all parents of the specified term using hierarchy.
 java.util.HashMap<java.lang.Integer,java.util.Collection<Term<FacetsType>>> ITaxonomy.getAllParentsWithHierarchy(Term<FacetsType> child)
          Returns a HashMap with all parents of the specified term using hierarchy.
 int Taxonomy.getCount(Term<FacetsType> term, java.util.HashSet<java.lang.Integer> indexes)
          Returns the count information of the specified Term according to the indexes.
 int ITaxonomy.getCount(Term<FacetsType> term, java.util.HashSet<java.lang.Integer> indexes)
          Returns the count information of the specified Term according to the indexes.
 java.util.Collection<Term<FacetsType>> Taxonomy.getDirectChildren(Term<FacetsType> parent)
          Returns the direct children of the specified Term.
 java.util.Collection<Term<FacetsType>> ITaxonomy.getDirectChildren(Term<FacetsType> parent)
          Returns the direct children of the specified Term.
 java.util.Collection<Term<FacetsType>> Taxonomy.getDirectParents(Term<FacetsType> child)
          Returns the direct parents of the specified Term.
 java.util.Collection<Term<FacetsType>> ITaxonomy.getDirectParents(Term<FacetsType> child)
          Returns the direct parents of the specified Term.
 boolean Taxonomy.isChild(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if the second argument is a child of the first one.
 boolean Taxonomy.isChild(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if the second argument is a child of the first one.
 boolean ITaxonomy.isChild(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if the second argument is a child of the first one.
 boolean ITaxonomy.isChild(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if the second argument is a child of the first one.
 boolean Taxonomy.isCycle(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if this relationship parent - child causes a cycle to Taxonomy's graph.
 boolean Taxonomy.isCycle(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if this relationship parent - child causes a cycle to Taxonomy's graph.
 boolean ITaxonomy.isCycle(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if this relationship parent - child causes a cycle to Taxonomy's graph.
 boolean ITaxonomy.isCycle(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if this relationship parent - child causes a cycle to Taxonomy's graph.
 boolean Taxonomy.isDirectChild(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if the second argument is direct child of the first one.
 boolean Taxonomy.isDirectChild(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if the second argument is direct child of the first one.
 boolean ITaxonomy.isDirectChild(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if the second argument is direct child of the first one.
 boolean ITaxonomy.isDirectChild(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if the second argument is direct child of the first one.
 boolean Taxonomy.isDirectParent(Term<FacetsType> child, Term<FacetsType> parent)
          Checks if the second argument is direct parent of the first one.
 boolean Taxonomy.isDirectParent(Term<FacetsType> child, Term<FacetsType> parent)
          Checks if the second argument is direct parent of the first one.
 boolean ITaxonomy.isDirectParent(Term<FacetsType> child, Term<FacetsType> parent)
          Checks if the second argument is direct parent of the first one.
 boolean ITaxonomy.isDirectParent(Term<FacetsType> child, Term<FacetsType> parent)
          Checks if the second argument is direct parent of the first one.
 boolean Taxonomy.isParent(Term<FacetsType> child, Term<FacetsType> parent)
          Checks if the second term is a parent of the first one.
 boolean Taxonomy.isParent(Term<FacetsType> child, Term<FacetsType> parent)
          Checks if the second term is a parent of the first one.
 boolean ITaxonomy.isParent(Term<FacetsType> child, Term<FacetsType> parent)
          Checks if the second term is a parent of the first one.
 boolean ITaxonomy.isParent(Term<FacetsType> child, Term<FacetsType> parent)
          Checks if the second term is a parent of the first one.
 boolean Taxonomy.isRR(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if this relationship parent - child is redundant.
 boolean Taxonomy.isRR(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if this relationship parent - child is redundant.
 boolean ITaxonomy.isRR(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if this relationship parent - child is redundant.
 boolean ITaxonomy.isRR(Term<FacetsType> parent, Term<FacetsType> child)
          Checks if this relationship parent - child is redundant.
 void Taxonomy.printDirectChildren(Term<Type> parent)
          Prints the direct children of the specified term.
 void ITaxonomy.printDirectChildren(Term<Type> parent)
          Prints the direct children of the specified term.
 void Taxonomy.printDirectParents(Term<Type> child)
          Prints the direct parents of the specified term.
 void ITaxonomy.printDirectParents(Term<Type> child)
          Prints the direct parents of the specified term.
 boolean Taxonomy.removeDirectChild(Term<FacetsType> parent, Term<FacetsType> child)
          Removes the child Term of the specified parent Term with the specified value.
 boolean Taxonomy.removeDirectChild(Term<FacetsType> parent, Term<FacetsType> child)
          Removes the child Term of the specified parent Term with the specified value.
 boolean ITaxonomy.removeDirectChild(Term<FacetsType> parent, Term<FacetsType> child)
          Removes the child Term of the specified parent Term with the specified value.
 boolean ITaxonomy.removeDirectChild(Term<FacetsType> parent, Term<FacetsType> child)
          Removes the child Term of the specified parent Term with the specified value.
 boolean Taxonomy.removeDirectParent(Term<FacetsType> child, Term<FacetsType> parent)
          Removes the parent Term of the specified child Term with the specified value.
 boolean Taxonomy.removeDirectParent(Term<FacetsType> child, Term<FacetsType> parent)
          Removes the parent Term of the specified child Term with the specified value.
 boolean ITaxonomy.removeDirectParent(Term<FacetsType> child, Term<FacetsType> parent)
          Removes the parent Term of the specified child Term with the specified value.
 boolean ITaxonomy.removeDirectParent(Term<FacetsType> child, Term<FacetsType> parent)
          Removes the parent Term of the specified child Term with the specified value.
 boolean Taxonomy.removeRelship(Term<FacetsType> parent, Term<FacetsType> child)
          Removes the relationship between two terms.
 boolean Taxonomy.removeRelship(Term<FacetsType> parent, Term<FacetsType> child)
          Removes the relationship between two terms.
 boolean ITaxonomy.removeRelship(Term<FacetsType> parent, Term<FacetsType> child)
          Removes the relationship between two terms.
 boolean ITaxonomy.removeRelship(Term<FacetsType> parent, Term<FacetsType> child)
          Removes the relationship between two terms.
 boolean Taxonomy.setRelship(Term<FacetsType> parent, Term<FacetsType> child)
          Sets relationship parent - child between two Terms.
 boolean Taxonomy.setRelship(Term<FacetsType> parent, Term<FacetsType> child)
          Sets relationship parent - child between two Terms.
 boolean ITaxonomy.setRelship(Term<FacetsType> parent, Term<FacetsType> child)
          Sets relationship parent - child between two Terms.
 boolean ITaxonomy.setRelship(Term<FacetsType> parent, Term<FacetsType> child)
          Sets relationship parent - child between two Terms.
 

Uses of Term in fleXplorer.Terminologies
 

Methods in fleXplorer.Terminologies that return Term
 Term<FacetsType> Terminology.getTerm(FacetsType termValue)
          Returns the Term with the specified value, if it is included in Terminology.
 Term<FacetsType> ITerminology.getTerm(FacetsType termValue)
          Returns the Term with the specified value, if it is included in Terminology.
 Term<FacetsType> Terminology.getTerm(int index)
          Returns the term at the specified position in this Terminology.
 Term<FacetsType> ITerminology.getTerm(int index)
          Returns the term at the specified position in this Terminology.
 Term<FacetsType> Terminology.getTerm(Term<FacetsType> term)
          Returns the specified Term, if it is included in Terminology.
 Term<FacetsType> ITerminology.getTerm(Term<FacetsType> term)
          Returns the specified Term, if it is included in Terminology.
 Term<FacetsType> Terminology.getTermWithId(int termId)
          Returns the Term with the specified id that included in Terminology.
 Term<FacetsType> ITerminology.getTermWithId(int termId)
          Returns the Term with the specified id that included in Terminology.
 Term<FacetsType> Terminology.removeTerm(int index)
          Removes the Term at the specified position in this Terminology.
 Term<FacetsType> ITerminology.removeTerm(int index)
          Removes the Term at the specified position in this Terminology.
 Term<FacetsType> Terminology.setTerm(FacetsType termValue)
          Add a Term with the specified value to the Terminology.
 Term<FacetsType> ITerminology.setTerm(FacetsType termValue)
          Add a Term with the specified value to the Terminology.
 Term<FacetsType> Terminology.setTerm(FacetsType termValue, int termId)
          Add a Term with the specified value and id to the Terminology.
 Term<FacetsType> ITerminology.setTerm(FacetsType termValue, int termId)
          Add a Term with the specified value and id to the Terminology.
 

Methods in fleXplorer.Terminologies that return types with arguments of type Term
 java.util.Collection<Term<FacetsType>> Terminology.getTerminology()
          Reruns a Collection that includes all Terms of the Terminology.
 java.util.Collection<Term<FacetsType>> ITerminology.getTerminology()
          Reruns a Collection that includes all Terms of the Terminology.
 

Methods in fleXplorer.Terminologies with parameters of type Term
 Term<FacetsType> Terminology.getTerm(Term<FacetsType> term)
          Returns the specified Term, if it is included in Terminology.
 Term<FacetsType> ITerminology.getTerm(Term<FacetsType> term)
          Returns the specified Term, if it is included in Terminology.
 boolean Terminology.removeTerm(Term<FacetsType> term)
          Removes the specified Term from Terminology.
 boolean ITerminology.removeTerm(Term<FacetsType> term)
          Removes the specified Term from Terminology.
 boolean Terminology.setTerm(Term<FacetsType> term)
          Adds a Term to Terminology.
 boolean ITerminology.setTerm(Term<FacetsType> term)
          Adds a Term to Terminology.
 

Method parameters in fleXplorer.Terminologies with type arguments of type Term
 void Terminology.setTerminology(java.util.Collection<Term<FacetsType>> terms)
          Sets the Terminology.
 void ITerminology.setTerminology(java.util.Collection<Term<FacetsType>> terms)
          Sets the Terminology.
 boolean Terminology.setTerms(java.util.Collection<Term<FacetsType>> set)
          Adds a Collection of Terms to Terminology.
 boolean ITerminology.setTerms(java.util.Collection<Term<FacetsType>> set)
          Adds a Collection of Terms to Terminology.
 

Uses of Term in fleXplorer.Terms
 

Constructors in fleXplorer.Terms with parameters of type Term
Term(Term<Type> term)
          Constructs a Term with the same attributes of the given Term.
 

Uses of Term in fleXplorer.util
 

Methods in fleXplorer.util that return types with arguments of type Term
 java.util.Collection<Term<FacetsType>> ZPSorting.countSortingAscenting(java.util.Collection<Term<FacetsType>> ft)
          Sorts a set of ascending with respect to the count information.
 java.util.Map<Term<FacetsType>,java.lang.Integer> ZPSorting.countSortingAscenting(java.util.HashMap<Term<FacetsType>,java.lang.Integer> facetedTree)
          Sorts the zoom points ascending with respect to the count information.
 java.util.Collection<Term<FacetsType>> ZPSorting.countSortingDescenting(java.util.Collection<Term<FacetsType>> ft)
          Sorts a set of descending with respect to the count information.
 java.util.Map<Term<FacetsType>,java.lang.Integer> ZPSorting.countSortingDescenting(java.util.HashMap<Term<FacetsType>,java.lang.Integer> facetedTree)
           
 java.util.Collection<Term<FacetsType>> ZPSorting.valueSorting(java.util.Collection<Term<FacetsType>> ft, java.util.Comparator c)
          Sorts a set of terms with respect to the value of each term.
 java.util.Map<Term<FacetsType>,java.lang.Integer> ZPSorting.valueSorting(java.util.HashMap<Term<FacetsType>,java.lang.Integer> facetedTree, java.util.Comparator c)
          Sorts the zoom points with respect to the value of each term.
 

Method parameters in fleXplorer.util with type arguments of type Term
 java.util.Collection<Term<FacetsType>> ZPSorting.countSortingAscenting(java.util.Collection<Term<FacetsType>> ft)
          Sorts a set of ascending with respect to the count information.
 java.util.Map<Term<FacetsType>,java.lang.Integer> ZPSorting.countSortingAscenting(java.util.HashMap<Term<FacetsType>,java.lang.Integer> facetedTree)
          Sorts the zoom points ascending with respect to the count information.
 java.util.Collection<Term<FacetsType>> ZPSorting.countSortingDescenting(java.util.Collection<Term<FacetsType>> ft)
          Sorts a set of descending with respect to the count information.
 java.util.Map<Term<FacetsType>,java.lang.Integer> ZPSorting.countSortingDescenting(java.util.HashMap<Term<FacetsType>,java.lang.Integer> facetedTree)
           
 java.util.Collection<Term<FacetsType>> ZPSorting.valueSorting(java.util.Collection<Term<FacetsType>> ft, java.util.Comparator c)
          Sorts a set of terms with respect to the value of each term.
 java.util.Map<Term<FacetsType>,java.lang.Integer> ZPSorting.valueSorting(java.util.HashMap<Term<FacetsType>,java.lang.Integer> facetedTree, java.util.Comparator c)
          Sorts the zoom points with respect to the value of each term.