Uses of Class
conexp.fx.core.context.Concept

Packages that use Concept

Package	Description
conexp.fx.core.algorithm.lattice
conexp.fx.core.algorithm.nextclosure
conexp.fx.core.algorithm.nextclosures
conexp.fx.core.context
conexp.fx.core.layout
conexp.fx.gui.context
conexp.fx.gui.dataset
conexp.fx.gui.graph
conexp.fx.gui.graph.option

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

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

Modifier and Type	Method and Description
static <G,M> ConceptLattice<G,M>	IPred.getConceptLattice(MatrixContext<G,M> cxt, Set<Concept<G,M>> concepts)
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 Concept in conexp.fx.core.algorithm.nextclosure

Methods in conexp.fx.core.algorithm.nextclosure that return types with arguments of type Concept

Modifier and Type	Method and Description
static <G,M> Pair<Set<Concept<G,M>>,Set<Implication<G,M>>>	NextClosure.conceptsAndImplications(MatrixContext<G,M> cxt)
static <G,M> Iterable<Either<Concept<G,M>,Implication<G,M>>>	NextClosure.implications(MatrixContext<G,M> cxt)
static <G,M> Iterable<Concept<G,M>>	NextClosure.intents(MatrixContext<G,M> cxt)
Iterator<Concept<G,M>>	NextConcept.iterator()

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

Fields in conexp.fx.core.algorithm.nextclosures with type parameters of type Concept

Modifier and Type	Field and Description
Set<Concept<G,M>>	NextClosures1.Result.concepts
Set<Concept<G,M>>	NextClosuresState.concepts
Set<Concept<G,M>>	NextClosures1C.ResultC.concepts

Methods in conexp.fx.core.algorithm.nextclosures that return types with arguments of type Concept

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()

Method parameters in conexp.fx.core.algorithm.nextclosures with type arguments of type Concept

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, 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, 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>>>	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)

Uses of Concept in conexp.fx.core.context

Fields in conexp.fx.core.context with type parameters of type Concept

Modifier and Type	Field and Description
javafx.collections.ObservableMap<M,Concept<G,M>>	ConceptLattice.attributeConcepts
javafx.collections.ObservableMap<G,Concept<G,M>>	ConceptLattice.objectConcepts

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

Modifier and Type	Method and Description
Concept<G,M>	MatrixContext.attributeConcept(M m)
Concept<G,M>	MatrixContext.bottomConcept()
Concept<G,M>	Concept.clone()
Concept<G,M>	ConceptLattice.infimum(Concept<G,M>... concepts)
Concept<G,M>	ConceptLattice.infimum(Iterable<Concept<G,M>> concepts)
Concept<G,M>	MatrixContext.objectConcept(G g)
Concept<G,M>	ConceptLattice.supremum(Concept<G,M>... concepts)
Concept<G,M>	ConceptLattice.supremum(Iterable<Concept<G,M>> concepts)
Concept<G,M>	MatrixContext.topConcept()

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

Modifier and Type	Method and Description
Set<Concept<G,M>>	ConceptLattice.complement(Set<Concept<G,M>> concepts)
Iterable<Concept<G,M>>	MatrixContext.concepts()
Set<Concept<G,M>>	ConceptLattice.filter(Concept<G,M> concept)
Set<Concept<G,M>>	ConceptLattice.ideal(Concept<G,M> concept)
Set<Concept<G,M>>	ConceptLattice.interval(Concept<G,M> lower, Concept<G,M> upper)
Set<Concept<G,M>>	ConceptLattice.lowerNeighbors(Concept<G,M> concept)
Set<Concept<G,M>>	ConceptLattice.upperNeighbors(Concept<G,M> concept)

Methods in conexp.fx.core.context with parameters of type Concept

Modifier and Type	Method and Description
Set<M>	ConceptLattice.attributeLabels(Concept<G,M> concept)
int	Concept.compareTo(Concept<G,M> concept)
Set<Concept<G,M>>	ConceptLattice.filter(Concept<G,M> concept)
boolean	Concept.greater(Concept<G,M> concept)
boolean	Concept.greaterEq(Concept<G,M> concept)
default boolean	Context.has(Concept<G,M> concept)
Set<Concept<G,M>>	ConceptLattice.ideal(Concept<G,M> concept)
Concept<G,M>	ConceptLattice.infimum(Concept<G,M>... concepts)
Set<Concept<G,M>>	ConceptLattice.interval(Concept<G,M> lower, Concept<G,M> upper)
Set<Concept<G,M>>	ConceptLattice.interval(Concept<G,M> lower, Concept<G,M> upper)
Set<Concept<G,M>>	ConceptLattice.lowerNeighbors(Concept<G,M> concept)
Set<G>	ConceptLattice.objectLabels(Concept<G,M> concept)
boolean	Concept.smaller(Concept<G,M> concept)
boolean	Concept.smallerEq(Concept<G,M> concept)
Concept<G,M>	ConceptLattice.supremum(Concept<G,M>... concepts)
boolean	Concept.uncomparable(Concept<G,M> concept)
Set<Concept<G,M>>	ConceptLattice.upperNeighbors(Concept<G,M> concept)

Method parameters in conexp.fx.core.context with type arguments of type Concept

Modifier and Type	Method and Description
Set<Concept<G,M>>	ConceptLattice.complement(Set<Concept<G,M>> concepts)
Concept<G,M>	ConceptLattice.infimum(Iterable<Concept<G,M>> concepts)
Concept<G,M>	ConceptLattice.supremum(Iterable<Concept<G,M>> concepts)

Uses of Concept in conexp.fx.core.layout

Fields in conexp.fx.core.layout declared as Concept

Modifier and Type	Field and Description
Concept<G,M>	LayoutEvolution.Value.hint

Fields in conexp.fx.core.layout with type parameters of type Concept

Modifier and Type	Field and Description
Map<Concept<G,M>,Concept<G,M>>	ConceptLayout.generators
Map<Concept<G,M>,Concept<G,M>>	ConceptLayout.generators
protected Map<Concept<G,M>,P>	ConceptLayout.positionBindings

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

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 Concept

Modifier and Type	Method and Description
void	ConceptLayout.disposePosition(Concept<G,M> concept)
P	ConceptLayout.getOrAddPosition(Concept<G,M> concept)
P	ConceptLayout.getPosition(Concept<G,M> c)
abstract void	ConceptLayout.move(Concept<G,M> concept, ConceptMovement movement, javafx.geometry.Point3D delta)
void	AdditiveConceptLayout.move(Concept<G,M> concept, ConceptMovement movement, javafx.geometry.Point3D delta)
void	SimpleConceptLayout.move(Concept<G,M> concept, ConceptMovement movement, javafx.geometry.Point3D delta)
protected abstract P	ConceptLayout.newPositionBinding(Concept<G,M> concept)
protected javafx.beans.binding.Binding<javafx.geometry.Point3D>	AdditiveConceptLayout.newPositionBinding(Concept<G,M> concept)
protected javafx.beans.property.SimpleObjectProperty<javafx.geometry.Point3D>	SimpleConceptLayout.newPositionBinding(Concept<G,M> concept)

Constructors in conexp.fx.core.layout with parameters of type Concept

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)

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

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 Concept in conexp.fx.gui.context

Methods in conexp.fx.gui.context with parameters of type Concept

Modifier and Type	Method and Description
void	MatrixContextWidget.highlight(Concept<G,M> concept)

Uses of Concept in conexp.fx.gui.dataset

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

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

Methods in conexp.fx.gui.dataset with parameters of type Concept

Modifier and Type	Method and Description
LayoutEvolution<G,M>	FCADataset.qualityChart(Concept<G,M> concept, ConceptMovement movement)

Uses of Concept in conexp.fx.gui.graph

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

Modifier and Type	Method and Description
Iterable<Graph.HighlightRequest>	ConceptGraph.HighlightRequests.concept(Concept<G,M> concept)
Iterable<Graph.HighlightRequest>	ConceptGraph.HighlightRequests.filter(Concept<G,M> concept)
Iterable<Graph.HighlightRequest>	ConceptGraph.HighlightRequests.ideal(Concept<G,M> concept)
Iterable<Graph.HighlightRequest>	ConceptGraph.HighlightRequests.interval(Concept<G,M> lowerConcept, Concept<G,M> upperConcept)
Iterable<Graph.HighlightRequest>	ConceptGraph.HighlightRequests.interval(Concept<G,M> lowerConcept, Concept<G,M> upperConcept)
Iterable<Graph.HighlightRequest>	ConceptGraph.HighlightRequests.lowerNeighbors(Concept<G,M> concept)
Iterable<Graph.HighlightRequest>	ConceptGraph.HighlightRequests.strictFilter(Concept<G,M> concept)
Iterable<Graph.HighlightRequest>	ConceptGraph.HighlightRequests.strictIdeal(Concept<G,M> concept)
Iterable<Graph.HighlightRequest>	ConceptGraph.HighlightRequests.upperNeighbors(Concept<G,M> concept)

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

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

Modifier and Type	Method and Description
abstract <G,M> String	AttributeLabelText.get(Context<G,M> context, ConceptLattice<G,M> lattice, Concept<G,M> concept)
abstract <G,M> String	ObjectLabelText.get(Context<G,M> context, ConceptLattice<G,M> lattice, Concept<G,M> concept)
abstract <G,M> double	VertexRadius.get(Context<G,M> context, ConceptLattice<G,M> lattice, Concept<G,M> concept)

Method parameters in conexp.fx.gui.graph.option with type arguments of type Concept

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)
abstract <G,M> double	EdgeStroke.get(Context<G,M> context, ConceptLattice<G,M> lattice, Pair<Concept<G,M>,Concept<G,M>> concepts)