Uses of Class
net.sf.jagg.msd.MsdWorkspace

Packages that use MsdWorkspace

net.sf.jagg.msd

Provides the classes necessary to implement Multiset Discrimination.

Uses of MsdWorkspace in net.sf.jagg.msd

Methods in net.sf.jagg.msd with parameters of type MsdWorkspace

<E> java.util.List<java.util.List<E>>	BooleanDiscriminator.discriminate(java.util.List<E> elements, Extractor<E,java.lang.Boolean> extractor, MsdWorkspace workspace) Partitions the given List of values into another List, in which all of the values from the given list exist in the new list, and all values that compare equal are adjacent to each other, according to the given Extractor.
<E> java.util.List<java.util.List<E>>	CharacterDiscriminator.discriminate(java.util.List<E> elements, Extractor<E,java.lang.Character> extractor, MsdWorkspace workspace) Partitions the given List of values into another List, in which all of the values from the given list exist in the new list, and all values that compare equal are adjacent to each other, according to the given Extractor.
<E> java.util.List<java.util.List<E>>	CollectionDiscriminator.discriminate(java.util.List<E> elements, Extractor<E,java.util.Collection<T>> extractor, MsdWorkspace workspace) Partitions the given List of elements into another List, in which all of the elements from the given list exist in the new list, and all elements that compare equal are adjacent to each other, according to the given Extractor.
<E> java.util.List<java.util.List<E>>	PortionDiscriminator.discriminate(java.util.List<E> elements, Extractor<E,T> extractor, MsdWorkspace workspace) Partitions the given List of elements into another List, in which all of the elements from the given list exist in the new list, and all elements that compare equal are adjacent to each other, according to the given Extractor.
<E> java.util.List<java.util.List<E>>	NullDiscriminator.discriminate(java.util.List<E> elements, Extractor<E,T> extractor, MsdWorkspace workspace) Partitions the given List of elements into another List, in which all of the elements from the given list exist in the new list, and all elements that compare equal are adjacent to each other, according to the given Extractor.
<E> java.util.List<java.util.List<E>>	Discriminator.discriminate(java.util.List<E> elements, Extractor<E,T> extractor, MsdWorkspace workspace) Partitions the given List of elements into another List, in which all of the elements from the given list exist in the new list, and all elements that compare equal are adjacent to each other, according to the given Extractor.
<E> java.util.List<java.util.List<E>>	DiscriminableDiscriminator.discriminate(java.util.List<E> elements, Extractor<E,T> extractor, MsdWorkspace workspace) Partitions the given List of elements into another List, in which all of the elements from the given list exist in the new list, and all elements that compare equal are adjacent to each other, according to the given Extractor.
<E> java.util.List<java.util.List<E>>	ChainedDiscriminator.discriminate(java.util.List<E> elements, Extractor<E,T> extractor, MsdWorkspace workspace) Partitions the given List of elements into another List, in which all of the elements from the given list exist in the new list, and all elements that compare equal are adjacent to each other, according to the given Extractor.
java.util.List<java.util.List<T>>	Discriminator.discriminate(java.util.List<T> elements, MsdWorkspace workspace) Partitions the given List of elements into another List, in which all of the elements from the given list exist in the new list, and all elements that compare equal are adjacent to each other.
java.util.List<java.util.List<T>>	AbstractDiscriminator.discriminate(java.util.List<T> elements, MsdWorkspace workspace) Defers to the discriminate method that takes an Extractor by supplying it a SelfExtractor.
protected <E> java.util.List<java.util.List<E>>	PortionDiscriminator.discriminatePortion(java.util.List<E> elements, PortionExtractor<E,T> extractor, MsdWorkspace workspace) Perform multiset discrimination for a portion of the elements.