Uses of Class
org.optaplanner.constraint.streams.bavet.uni.UniTuple

Packages that use UniTuple

Package	Description
org.optaplanner.constraint.streams.bavet.bi
org.optaplanner.constraint.streams.bavet.tri
org.optaplanner.constraint.streams.bavet.uni

Uses of UniTuple in org.optaplanner.constraint.streams.bavet.bi

Methods in org.optaplanner.constraint.streams.bavet.bi with parameters of type UniTuple

Modifier and Type	Method	Description
void	GroupUniToBiNode.insertA(UniTuple<OldA> tupleOldA)
void	JoinBiNode.insertA(UniTuple<A> tupleA)
void	JoinBiNode.insertB(UniTuple<B> tupleB)
void	IfExistsBiWithUniNode.insertC(UniTuple<C> tupleC)
void	GroupUniToBiNode.retractA(UniTuple<OldA> tupleOldA)
void	JoinBiNode.retractA(UniTuple<A> tupleA)
void	JoinBiNode.retractB(UniTuple<B> tupleB)
void	IfExistsBiWithUniNode.retractC(UniTuple<C> tupleC)

Constructor parameters in org.optaplanner.constraint.streams.bavet.bi with type arguments of type UniTuple

Constructor	Description
JoinBiNode(Function<A,IndexProperties> mappingA, Function<B,IndexProperties> mappingB, int inputStoreIndexA, int inputStoreIndexB, Consumer<BiTuple<A,B>> nextNodesInsert, Consumer<BiTuple<A,B>> nextNodesRetract, int outputStoreSize, Indexer<UniTuple<A>,Map<UniTuple<B>,BiTuple<A,B>>> indexerA, Indexer<UniTuple<B>,Map<UniTuple<A>,BiTuple<A,B>>> indexerB)
JoinBiNode(Function<A,IndexProperties> mappingA, Function<B,IndexProperties> mappingB, int inputStoreIndexA, int inputStoreIndexB, Consumer<BiTuple<A,B>> nextNodesInsert, Consumer<BiTuple<A,B>> nextNodesRetract, int outputStoreSize, Indexer<UniTuple<A>,Map<UniTuple<B>,BiTuple<A,B>>> indexerA, Indexer<UniTuple<B>,Map<UniTuple<A>,BiTuple<A,B>>> indexerB)

Uses of UniTuple in org.optaplanner.constraint.streams.bavet.tri

Methods in org.optaplanner.constraint.streams.bavet.tri with parameters of type UniTuple

Modifier and Type	Method	Description
void	JoinTriNode.insertC(UniTuple<C> tupleC)
void	JoinTriNode.retractC(UniTuple<C> tupleC)

Constructor parameters in org.optaplanner.constraint.streams.bavet.tri with type arguments of type UniTuple

Constructor	Description
JoinTriNode(BiFunction<A,B,IndexProperties> mappingAB, Function<C,IndexProperties> mappingC, int inputStoreIndexAB, int inputStoreIndexC, Consumer<TriTuple<A,B,C>> nextNodesInsert, Consumer<TriTuple<A,B,C>> nextNodesRetract, int outputStoreSize, Indexer<BiTuple<A,B>,Map<UniTuple<C>,TriTuple<A,B,C>>> indexerAB, Indexer<UniTuple<C>,Map<BiTuple<A,B>,TriTuple<A,B,C>>> indexerC)

Uses of UniTuple in org.optaplanner.constraint.streams.bavet.uni

Fields in org.optaplanner.constraint.streams.bavet.uni declared as UniTuple

Modifier and Type	Field	Description
UniTuple<A>	IfExistsUniWithUniNode.Counter.tuple

Methods in org.optaplanner.constraint.streams.bavet.uni with parameters of type UniTuple

Modifier and Type	Method	Description
void	UniScorer.insert(UniTuple<A> tupleA)
void	IfExistsUniWithUniNode.insertA(UniTuple<A> tupleA)
void	IfExistsUniWithUniNode.insertB(UniTuple<B> tupleB)
void	UniScorer.retract(UniTuple<A> tupleA)
void	IfExistsUniWithUniNode.retractA(UniTuple<A> tupleA)
void	IfExistsUniWithUniNode.retractB(UniTuple<B> tupleB)

Constructors in org.optaplanner.constraint.streams.bavet.uni with parameters of type UniTuple

Constructor	Description
Counter(UniTuple<A> tuple)

Constructor parameters in org.optaplanner.constraint.streams.bavet.uni with type arguments of type UniTuple

Constructor	Description
ForEachUniNode(Class<A> forEachClass, Consumer<UniTuple<A>> nextNodesInsert, Consumer<UniTuple<A>> nextNodesRetract, int outputStoreSize)
IfExistsUniWithUniNode(boolean shouldExist, Function<A,IndexProperties> mappingA, Function<B,IndexProperties> mappingB, int inputStoreIndexA, int inputStoreIndexB, Consumer<UniTuple<A>> nextNodesInsert, Consumer<UniTuple<A>> nextNodesRetract, Indexer<UniTuple<A>,IfExistsUniWithUniNode.Counter<A>> indexerA, Indexer<UniTuple<B>,Set<IfExistsUniWithUniNode.Counter<A>>> indexerB, BiPredicate<A,B> filtering)
IfExistsUniWithUniNode(boolean shouldExist, Function<A,IndexProperties> mappingA, Function<B,IndexProperties> mappingB, int inputStoreIndexA, int inputStoreIndexB, Consumer<UniTuple<A>> nextNodesInsert, Consumer<UniTuple<A>> nextNodesRetract, Indexer<UniTuple<A>,IfExistsUniWithUniNode.Counter<A>> indexerA, Indexer<UniTuple<B>,Set<IfExistsUniWithUniNode.Counter<A>>> indexerB, BiPredicate<A,B> filtering)