Uses of Class
org.aika.corpus.Range

Packages that use Range

Package	Description
org.aika.corpus
org.aika.network.neuron
org.aika.network.neuron.recurrent
org.aika.network.neuron.simple.lattice

Uses of Range in org.aika.corpus

Fields in org.aika.corpus declared as Range

Modifier and Type	Field and Description
Range	Document.bottomRange
static Range	Range.MAX
static Range	Range.MIN
Range	Range.negation
Range	Document.topRange

Fields in org.aika.corpus with type parameters of type Range

Modifier and Type	Field and Description
ArrayList<Range>	Range.children
ArrayList<Range>	Range.parents
Map<List<int[]>,Range>	Document.ranges

Methods in org.aika.corpus that return Range

Modifier and Type	Method and Description
static Range	Range.add(Document doc, Range... input)
Range	Range.complement(Range r)
static Range	Range.create(Document doc, int[] pos)
static Range	Range.create(Document doc, int a, int b)
static Range	Range.create(Document doc, List<int[]> r)
Range	Range.intersection(Range r)

Methods in org.aika.corpus that return types with arguments of type Range

Modifier and Type	Method and Description
List<Range>	Range.select(Range.Relation rr)

Methods in org.aika.corpus with parameters of type Range

Modifier and Type	Method and Description
static Range	Range.add(Document doc, Range... input)
static void	Range.addLink(Range a, Range b)
void	Range.collectOverlapping(List<Range> results, Range r, boolean test, boolean includeAdjoined, boolean onlyAfter, long v)
int	Range.compareTo(Range r)
Range	Range.complement(Range r)
boolean	Range.contains(boolean dir, Range n)
boolean	Range.contains(Range r)
boolean	Document.contains(Range r)
int	Range.Relation.estimateNodeCount(Range r)
Range	Range.intersection(Range r)
static boolean	Range.overlaps(Range ra, Range rb, boolean includeAdjoined, boolean onlyAfter)
static void	Range.removeLink(Range a, Range b)

Method parameters in org.aika.corpus with type arguments of type Range

Modifier and Type	Method and Description
void	Range.collect(List<Range> results, boolean dir, boolean includeFirst, long v)
void	Range.collectOverlapping(List<Range> results, Range r, boolean test, boolean includeAdjoined, boolean onlyAfter, long v)
boolean	Range.containedIn(Collection<Range> input)
boolean	Range.containedInAny(Collection<Range> input)
boolean	Range.containsAll(List<Range> input)
boolean	Range.outsideOfAll(Collection<Range> input)

Uses of Range in org.aika.network.neuron

Fields in org.aika.network.neuron declared as Range

Modifier and Type	Field and Description
Range	Activation.Key.pos

Methods in org.aika.network.neuron with parameters of type Range

Modifier and Type	Method and Description
void	Input.addActivation(Iteration t, Activation inputAct, Range addedRange)
static void	Node.addActivationAndPropagate(Iteration t, boolean processFirst, Activation.Key ak, Range addedRange, Option initOption, Set<Activation> inputActs, Set<Activation> directInputActs)
static Activation	Activation.get(Node n, Integer rid, Range r, Range.Relation rr, Option o, Option.Relation or, Integer fired, Integer id, boolean includeShadowed)
static Activation	Activation.get(Node n, Range r, Option o)
void	Node.processRemovedActivations(Iteration t, Activation act, Range removedRange)
void	Neuron.propagateAddedActivation(Iteration t, Activation act, Range addedRange)
void	Node.propagateAddedActivation(Iteration t, Activation act, Range addedRange, Option conflict)
void	Node.propagateRemovedActivation(Iteration t, Activation act, Range removedRange)
void	Neuron.propagateRemovedActivation(Iteration t, Activation act, Range removedRange)
void	Input.removeActivation(Iteration t, Activation inputAct, Range removedRange)
static void	Node.removeActivationAndPropagate(Iteration t, boolean processFirst, Activation act, Range removedRange)
Option	Node.retrieveInitialOption(Range r, Integer rid, Option o)
static List<Activation>	Activation.select(Node n, Integer rid, Range r, Range.Relation rr, Option o, Option.Relation or, Option no, Integer fired, Integer id, boolean includeShadowed)

Constructors in org.aika.network.neuron with parameters of type Range

Constructor and Description
Activation(Node n, Range pos, int rid, Option o, int fired)
Activation(Node n, Range pos, int rid, Option o, int fired, int id)
Key(Node n, Range pos, int rid, Option o, int fired)
Key(Node n, Range pos, int rid, Option o, int fired, int id)

Uses of Range in org.aika.network.neuron.recurrent

Methods in org.aika.network.neuron.recurrent with parameters of type Range

Modifier and Type	Method and Description
void	RecurrentNode.addActivation(Iteration t, Activation inputAct, Range addedRange)
void	OutputNode.addActivation(Iteration t, Activation inputAct, Range addedRange)
void	ClockTerminationNode.addActivation(Iteration t, Activation inputAct, Range addedRange)
void	RecurrentNode.propagateAddedActivation(Iteration t, Activation act, Range addedRange, Option conflict)
void	OutputNode.propagateAddedActivation(Iteration t, Activation act, Range addedRange, Option conflict)
void	ClockTerminationNode.propagateAddedActivation(Iteration t, Activation act, Range addedRange, Option conflict)
void	RecurrentNode.propagateRemovedActivation(Iteration t, Activation act, Range removedRange)
void	OutputNode.propagateRemovedActivation(Iteration t, Activation act, Range removedRange)
void	ClockTerminationNode.propagateRemovedActivation(Iteration t, Activation act, Range removedRange)
void	RecurrentNode.removeActivation(Iteration t, Activation inputAct, Range removedRange)
void	OutputNode.removeActivation(Iteration t, Activation inputAct, Range removedRange)
void	ClockTerminationNode.removeActivation(Iteration t, Activation inputAct, Range removedRange)

Uses of Range in org.aika.network.neuron.simple.lattice

Methods in org.aika.network.neuron.simple.lattice that return types with arguments of type Range

Modifier and Type	Method and Description
static TreeMap<Range,Set<Conflicts.Key>>	NegativeInputNode.getNegationSegments(Document doc, Set<NegativeInputNode> nn, Range r)

Methods in org.aika.network.neuron.simple.lattice with parameters of type Range

Modifier and Type	Method and Description
void	OrNode.addActivation(Iteration t, Activation.Key ak, Range addedRange, Activation inputAct)
void	AndNode.addActivation(Iteration t, Activation.Key ak, Range addedRange, Option initOption, Set<Activation> inputActs, Set<Activation> directInputActs)
void	InputNode.addActivation(Iteration t, Activation inputAct, Range addedRange)
static void	AndNode.addActivationsToNextLevelPattern(Iteration t, LatticeNode firstNode, Node secondNode, AndNode.Refinement refinement, Activation act, Range addedRange, Option conflict)
void	OrNode.expandToNextLevel(Iteration t, Activation act, Range addedRange, Option conflict, boolean train)
abstract void	LatticeNode.expandToNextLevel(Iteration t, Activation act, Range addedRange, Option conflict, boolean train)
void	InputNode.expandToNextLevel(Iteration t, Activation act, Range addedRange, Option removedConflict, boolean train)
void	AndNode.expandToNextLevel(Iteration t, Activation act, Range addedRange, Option conflict, boolean train)
static TreeMap<Range,Set<Conflicts.Key>>	NegativeInputNode.getNegationSegments(Document doc, Set<NegativeInputNode> nn, Range r)
static void	OrNode.processCandidate(Iteration t, LatticeNode parentNode, Activation act, Range addedRange, Option conflict, boolean train)
static void	AndNode.processCandidate(Iteration t, LatticeNode firstNode, Node secondNode, AndNode.Refinement refinement, Activation act, Range addedRange, Option conflict, boolean train)
void	NegativeInputNode.propagateAddedActivation(Iteration t, Activation act, Range addedRange, Option conflict)
void	LatticeNode.propagateAddedActivation(Iteration t, Activation act, Range addedRange, Option conflict)
void	NegativeInputNode.propagateRemovedActivation(Iteration t, Activation act, Range removedRange)
void	LatticeNode.propagateRemovedActivation(Iteration t, Activation act, Range removedRange)
protected void	AndNode.removeActivation(Iteration t, Activation.Key ak, Range removedRange)
protected void	OrNode.removeActivation(Iteration t, Activation act, Range removedRange)
void	InputNode.removeActivation(Iteration t, Activation inputAct, Range removedRange)
void	LatticeNode.removeFromNextLevel(Iteration t, Activation iAct, Range removedRange)