Uses of Class
fleXplorer.Types.FacetsType

Packages that use FacetsType
fleXplorer.Facets   
fleXplorer.MaterializedFacetedTaxonomies   
fleXplorer.Taxonomies   
fleXplorer.Terminologies   
fleXplorer.Terms   
fleXplorer.Types   
fleXplorer.util   
 

Uses of FacetsType in fleXplorer.Facets
 

Classes in fleXplorer.Facets with type parameters of type FacetsType
 class Facet<Type extends FacetsType>
           
 interface IFacet<Type extends FacetsType>
           
 

Uses of FacetsType in fleXplorer.MaterializedFacetedTaxonomies
 

Methods in fleXplorer.MaterializedFacetedTaxonomies that return types with arguments of type FacetsType
 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 FacetsType
 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 FacetsType in fleXplorer.Taxonomies
 

Classes in fleXplorer.Taxonomies with type parameters of type FacetsType
 interface ITaxonomy<Type extends FacetsType>
           
 class Taxonomy<Type extends FacetsType>
           
 

Methods in fleXplorer.Taxonomies that return types with arguments of type FacetsType
 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.
 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 with parameters of type FacetsType
 int Taxonomy.addHead(FacetsType head)
          Add a head term at the taxonomy.
 int ITaxonomy.addHead(FacetsType head)
          Add a head term at the taxonomy.
 boolean Taxonomy.containsChild(int parentId, FacetsType childValue)
          Return true if the term with the specified id has a direct child with the specified value.
 boolean ITaxonomy.containsChild(int parentId, FacetsType childValue)
          Return true if the term with the specified id has a direct child with the specified value.
 boolean Taxonomy.containsParent(int childId, FacetsType parentValue)
          Return true if the term with the specified id has a direct parent with the specified value.
 boolean ITaxonomy.containsParent(int childId, FacetsType parentValue)
          Return true if the term with the specified id has a direct parent with the specified value.
 int Taxonomy.getChildId(int parentId, FacetsType childValue)
          Returns the id of the child term with the specified value of the parent term with the specified id.
 int ITaxonomy.getChildId(int parentId, FacetsType childValue)
          Returns the id of the child term with the specified value of the parent term with the specified id.
 java.util.HashMap<java.lang.String,java.lang.Integer> Taxonomy.setRelship(FacetsType parentValue, FacetsType childValue)
          Creates and inserts two Terms with specified values into Taxonomy and creates a relationship between them.
 java.util.HashMap<java.lang.String,java.lang.Integer> ITaxonomy.setRelship(FacetsType parentValue, FacetsType childValue)
          Creates and inserts two Terms with specified values into Taxonomy and creates a relationship between them.
 boolean Taxonomy.setRelship(FacetsType parentValue, int parentId, FacetsType childValue, int childId)
          Create the terms and sets the relationship parent - child between the two Terms.
 boolean ITaxonomy.setRelship(FacetsType parentValue, int parentId, FacetsType childValue, int childId)
          Create the terms and sets the relationship parent - child between the two Terms.
 int Taxonomy.setRelship(int parentId, FacetsType childValue)
          Set a relationship between two terms.
 int ITaxonomy.setRelship(int parentId, FacetsType childValue)
          Set a relationship between two terms.
 

Method parameters in fleXplorer.Taxonomies with type arguments of type FacetsType
 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.
 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 FacetsType in fleXplorer.Terminologies
 

Classes in fleXplorer.Terminologies with type parameters of type FacetsType
 interface ITerminology<Type extends FacetsType>
           
 class Terminology<Type extends FacetsType>
           
 

Methods in fleXplorer.Terminologies that return types with arguments of type FacetsType
 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.
 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.
 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 with parameters of type FacetsType
 boolean Terminology.containsTerm(FacetsType termValue)
          Checks if the Term with specified value is included in Terminology.
 boolean ITerminology.containsTerm(FacetsType termValue)
          Checks if the Term with specified value is included in Terminology.
 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.
 int Terminology.getTermId(FacetsType value)
          Returns the id of the first Term with the specified value.
 int ITerminology.getTermId(FacetsType value)
          Returns the id of the first Term with the specified value.
 boolean Terminology.removeTerm(FacetsType termValue)
          Removes the Term with the specified value from Terminology.
 boolean ITerminology.removeTerm(FacetsType termValue)
          Removes the Term with the specified value from 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.
 

Method parameters in fleXplorer.Terminologies with type arguments of type FacetsType
 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.
 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 FacetsType in fleXplorer.Terms
 

Classes in fleXplorer.Terms with type parameters of type FacetsType
 interface ITerm<Type extends FacetsType>
           
 class Term<Type extends FacetsType>
           
 

Uses of FacetsType in fleXplorer.Types
 

Subclasses of FacetsType in fleXplorer.Types
 class DateType
           
 class IntegerType
          A Generic Type that describes the terms which have as value an Integer.
 class IntervalType<Type extends Comparable<Type>>
           
 class StringType
           
 

Methods in fleXplorer.Types that return FacetsType
 FacetsType Document.getSubjectTerm(java.lang.String facetName)
          Returns the value of the term from a specific facet that document is classified under.
 

Methods in fleXplorer.Types that return types with arguments of type FacetsType
 java.util.HashMap<java.lang.String,FacetsType> Document.getSubjectTerms()
          Returns the values of the terms that document is classified under.
 

Constructor parameters in fleXplorer.Types with type arguments of type FacetsType
Document(int id, float rank, java.util.HashMap<java.lang.String,FacetsType> subjectTerms)
          Constructs a Document.
 

Uses of FacetsType in fleXplorer.util
 

Methods in fleXplorer.util that return types with arguments of type FacetsType
 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 FacetsType
 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.