Uses of Class
conexp.fx.core.collections.Pair

Packages that use Pair

Package	Description
conexp.fx.core.algorithm.lattice
conexp.fx.core.algorithm.nextclosure
conexp.fx.core.algorithm.nextclosures
conexp.fx.core.collections
conexp.fx.core.collections.relation
conexp.fx.core.collections.setlist
conexp.fx.core.context
conexp.fx.core.context.temporal
conexp.fx.core.layout
conexp.fx.core.util
conexp.fx.core.xml
conexp.fx.gui
conexp.fx.gui.assistent
conexp.fx.gui.dataset
conexp.fx.gui.graph
conexp.fx.gui.graph.option

Uses of Pair in conexp.fx.core.algorithm.lattice

Method parameters in conexp.fx.core.algorithm.lattice with type arguments of type Pair

Modifier and Type	Method and Description
static <G,M> TimeTask<Void>	IFox1.ignore(String id, AdditiveConceptLayout<G,M> layout, M m, QualityMeasure<G,M,Pair<Concept<G,M>,Double>> conflictDistance, AbstractExecutorService tpe)
static <G,M> TimeTask<Void>	IFox2.ignore(String id, AdditiveConceptLayout<G,M> layout, M m, QualityMeasure<G,M,Pair<Concept<G,M>,Double>> conflictDistance, ExecutorService tpe)
static <G,M> TimeTask<Void>	IFox1.select(String id, AdditiveConceptLayout<G,M> layout, M m, QualityMeasure<G,M,Pair<Concept<G,M>,Double>> conflictDistance, AbstractExecutorService tpe)
static <G,M> TimeTask<Void>	IFox2.select(String id, AdditiveConceptLayout<G,M> layout, M m, QualityMeasure<G,M,Pair<Concept<G,M>,Double>> conflictDistance, ExecutorService tpe)

Uses of Pair in conexp.fx.core.algorithm.nextclosure

Methods in conexp.fx.core.algorithm.nextclosure that return Pair

Modifier and Type	Method and Description
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosure.conceptsAndImplications(MatrixContext<G,M> cxt)

Uses of Pair in conexp.fx.core.algorithm.nextclosures

Methods in conexp.fx.core.algorithm.nextclosures that return Pair

Modifier and Type	Method and Description
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2Bit.bitCleanedCompute(Context<G,M> cxt, ExecutorService executor, Consumer<Concept<G,M>> conceptConsumer, Consumer<Implication<G,M>> implicationConsumer, Consumer<String> updateStatus, Consumer<Double> updateProgress, Supplier<Boolean> isCancelled)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2Bit.bitCompute(Context<G,M> cxt)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2Bit.bitCompute(Context<G,M> cxt, ExecutorService executor, Consumer<Concept<G,M>> conceptConsumer, Consumer<Implication<G,M>> implicationConsumer, Consumer<String> updateStatus, Consumer<Double> updateProgress, Supplier<Boolean> isCancelled)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2Bit.bitReducedCompute(Context<G,M> cxt, ExecutorService executor, Consumer<Concept<G,M>> conceptConsumer, Consumer<Implication<G,M>> implicationConsumer, Consumer<String> updateStatus, Consumer<Double> updateProgress, Supplier<Boolean> isCancelled)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2.compute(Context<G,M> cxt, Collection<Implication<G,M>>... backgroundKnowledge)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2.compute(Context<G,M> cxt, ExecutorService executor, Collection<Implication<G,M>>... backgroundKnowledge)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2.compute(Context<G,M> cxt, ExecutorService executor, Consumer<Concept<G,M>> conceptConsumer, Consumer<Implication<G,M>> implicationConsumer, Consumer<String> updateStatus, Consumer<Double> updateProgress, Supplier<Boolean> isCancelled, Collection<Implication<G,M>>... backgroundKnowledge)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2C.compute(Context<G,M> cxt, ExecutorService executor, Consumer<Concept<G,M>> conceptConsumer, Consumer<Implication<G,M>> implicationConsumer, Consumer<String> updateStatus, Consumer<Double> updateProgress, Supplier<Boolean> isCancelled, SetClosureOperator<M> constraint)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2C.compute(Context<G,M> cxt, ExecutorService executor, SetClosureOperator<M> constraint)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2.compute(Context<G,M> cxt, int cores, Collection<Implication<G,M>>... backgroundKnowledge)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2C.compute(Context<G,M> cxt, int cores, SetClosureOperator<M> constraint)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2C.compute(Context<G,M> cxt, SetClosureOperator<M> constraint)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2.compute(Set<M> baseSet, SetClosureOperator<M> clop, Function<Set<M>,Set<G>> extension, Predicate<Set<M>> monotoneBreakPredicate, ExecutorService executor, Consumer<Concept<G,M>> conceptConsumer, Consumer<Implication<G,M>> implicationConsumer, Consumer<String> updateStatus, Consumer<Double> updateProgress, Supplier<Boolean> isCancelled, Set<Implication<G,M>> backgroundKnowledge)
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosures2.compute(Set<M> baseSet, SetClosureOperator<M> clop, Function<Set<M>,Set<G>> extension, Set<Implication<G,M>> backgroundKnowledge)
Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosuresState.getResultAndDispose()

Uses of Pair in conexp.fx.core.collections

Subclasses of Pair in conexp.fx.core.collections

Modifier and Type	Class and Description
class	Either<L,R>
class	IntPair

Methods in conexp.fx.core.collections that return Pair

Modifier and Type	Method and Description
static <X,Y> Pair<X,Y>	Pair.of(X x, Y y)

Methods in conexp.fx.core.collections that return types with arguments of type Pair

Modifier and Type	Method and Description
static <T,E> ListIterator<Pair<T,E>>	ListIterators.cartesianProduct(ListIterator<T> it1, ListIterator<E> it2, int i)
static <T,E> ListIterator<Pair<T,E>>	ListIterators.disjointUnion(ListIterator<T> it1, ListIterator<E> it2, int i)
static <E> Iterable<Pair<E,E>>	ListIterators.upperCartesianDiagonal(Iterable<E> it)
static <E> Iterable<Pair<E,E>>	ListIterators.upperCartesianDiagonalStrict(Iterable<E> it)

Uses of Pair in conexp.fx.core.collections.relation

Methods in conexp.fx.core.collections.relation that return types with arguments of type Pair

Modifier and Type	Method and Description
Set<Pair<R,C>>	RelationEvent.getEntries()
Set<Pair<C,C>>	RelationEvent.getSetColumns()
Set<Pair<R,R>>	RelationEvent.getSetRows()
Iterator<Pair<R,C>>	MatrixRelation.iterator()
Iterator<Pair<R,C>>	AbstractRelation.iterator()

Method parameters in conexp.fx.core.collections.relation with type arguments of type Pair

Modifier and Type	Method and Description
Relation<R,C>	Relation.filter(com.google.common.base.Predicate<? super R> rowPredicate, com.google.common.base.Predicate<? super C> colPredicate, com.google.common.base.Predicate<Pair<R,C>> relationPredicate)
Relation<R,C>	AbstractRelation.filter(com.google.common.base.Predicate<? super R> rowPredicate, com.google.common.base.Predicate<? super C> colPredicate, com.google.common.base.Predicate<Pair<R,C>> relationPredicate)

Constructors in conexp.fx.core.collections.relation with parameters of type Pair

Constructor and Description
RelationEvent(RelationEvent.Type type, Pair<R,R> setRow, Pair<C,C> setColumn)
RelationEvent(RelationEvent.Type type, Pair<R,R> setRow, Pair<C,C> setColumn)

Constructor parameters in conexp.fx.core.collections.relation with type arguments of type Pair

Constructor and Description
RelationEvent(RelationEvent.Type type, Set<Pair<R,R>> setRows, Set<Pair<C,C>> setColumns)
RelationEvent(RelationEvent.Type type, Set<Pair<R,R>> setRows, Set<Pair<C,C>> setColumns)
RelationEvent(RelationEvent.Type type, Set<R> rows, Set<C> columns, Set<Pair<R,C>> entries)

Uses of Pair in conexp.fx.core.collections.setlist

Methods in conexp.fx.core.collections.setlist that return types with arguments of type Pair

Modifier and Type	Method and Description
static <T,E> SetList<Pair<T,E>>	SetLists.cartesianProduct(SetList<T> s1, SetList<E> s2)
static <T,E> SetList<Pair<T,E>>	SetLists.disjointUnion(SetList<T> s1, SetList<E> s2)

Uses of Pair in conexp.fx.core.context

Methods in conexp.fx.core.context that return Pair

Modifier and Type	Method and Description
Pair<MatrixContext.Incidence,MatrixContext.Incidence>	MatrixContext.getValue(G g, M m, boolean... withArrows)

Methods in conexp.fx.core.context that return types with arguments of type Pair

Modifier and Type	Method and Description
Relation<Pair<G,M>,Pair<G,M>>	MatrixContext.ferrersGraph()
Relation<Pair<G,M>,Pair<G,M>>	MatrixContext.ferrersGraph()

Uses of Pair in conexp.fx.core.context.temporal

Methods in conexp.fx.core.context.temporal that return types with arguments of type Pair

Modifier and Type	Method and Description
MatrixContext<Pair<G,Integer>,LTL<M>>	TemporalContext.temporalScaling()
MatrixContext<Pair<G,Integer>,LTL<M>>	TemporalContext.temporalScaling(Set<Integer> timepoints, Set<LTL<M>> ltlAttributes)
MatrixContext<Pair<G,Integer>,LTL<M>>	TemporalContext.temporalScaling(Set<LTL<M>> ltlAttributes)

Uses of Pair in conexp.fx.core.layout

Methods in conexp.fx.core.layout that return types with arguments of type Pair

Modifier and Type	Method and Description
static <G,M> QualityMeasure<G,M,Pair<Concept<G,M>,Double>>	QualityMeasure.conflictDistance()

Methods in conexp.fx.core.layout with parameters of type Pair

Modifier and Type	Method and Description
static <G,M> QualityMeasure<G,M,Double>	QualityMeasure.linearCombination(Pair<Double,QualityMeasure<G,M,Double>>... weightedMeasures)

Constructor parameters in conexp.fx.core.layout with type arguments of type Pair

Constructor and Description
LayoutEvolution(AdditiveConceptLayout<G,M> layout, Concept<G,M> concept, ConceptMovement movement, double widthFactor, double heightFactor, int toSide, int steps, int zoomInto, QualityMeasure<G,M,Pair<Concept<G,M>,Double>> conflictDistance, ExecutorService tpe)

Uses of Pair in conexp.fx.core.util

Methods in conexp.fx.core.util that return Pair

Modifier and Type	Method and Description
static Pair<File,FileFormat>	FileFormat.of(File file)
static Pair<File,FileFormat>	FileFormat.of(File file, FileFormat... fileFormats)

Uses of Pair in conexp.fx.core.xml

Methods in conexp.fx.core.xml that return types with arguments of type Pair

Modifier and Type	Method and Description
Map<String,Pair<Datatype,Metadata>>	Metadata.getKeyDatatypeMap()

Uses of Pair in conexp.fx.gui

Methods in conexp.fx.gui that return Pair

Modifier and Type	Method and Description
Pair<File,FileFormat>	ConExpFX.showOpenFileDialog(String title, FileFormat... fileFormats)

Uses of Pair in conexp.fx.gui.assistent

Fields in conexp.fx.gui.assistent with type parameters of type Pair

Modifier and Type	Field and Description
javafx.beans.property.ObjectProperty<Pair<File,FileFormat>>	TypePage.FileChooseBox.fileProperty

Uses of Pair in conexp.fx.gui.dataset

Fields in conexp.fx.gui.dataset with type parameters of type Pair

Modifier and Type	Field and Description
QualityMeasure<G,M,Pair<Concept<G,M>,Double>>	FCADataset.conflictDistance

Uses of Pair in conexp.fx.gui.graph

Fields in conexp.fx.gui.graph declared as Pair

Modifier and Type	Field and Description
protected Pair<T,T>	Graph.Edge.elements

Fields in conexp.fx.gui.graph with type parameters of type Pair

Modifier and Type	Field and Description
protected Map<Pair<T,T>,Graph.Edge>	Graph.edges
protected Set<Pair<Graph.Vertex,Graph.Edge>>	Graph.Vertex.pendingVertices
protected Queue<Pair<T,T>>	Graph.Controller.removeEdges
protected Queue<Pair<T,T>>	Graph.Controller.removeVertices

Methods in conexp.fx.gui.graph with parameters of type Pair

Modifier and Type	Method and Description
protected void	Graph.Controller.disposeEdge(Pair<T,T> elements)

Constructors in conexp.fx.gui.graph with parameters of type Pair

Constructor and Description
Edge(Pair<T,T> elements)

Uses of Pair in conexp.fx.gui.graph.option

Methods in conexp.fx.gui.graph.option with parameters of type Pair

Modifier and Type	Method and Description
abstract <G,M> double	EdgeStroke.get(Context<G,M> context, ConceptLattice<G,M> lattice, Pair<Concept<G,M>,Concept<G,M>> concepts)