Uses of Interface
org.schwiebert.abl4j.data.ITree

Packages that use ITree

org.schwiebert.abl4j.align
org.schwiebert.abl4j.align.methods
org.schwiebert.abl4j.cluster
org.schwiebert.abl4j.cluster.methods
org.schwiebert.abl4j.data
org.schwiebert.abl4j.data.impl.abl
org.schwiebert.abl4j.examples
org.schwiebert.abl4j.io
org.schwiebert.abl4j.select
org.schwiebert.abl4j.select.methods
org.schwiebert.abl4j.util

Uses of ITree in org.schwiebert.abl4j.align

Fields in org.schwiebert.abl4j.align declared as ITree

private ITree	AllAlignment.b
private ITree	AllAlignment.e

Constructors in org.schwiebert.abl4j.align with parameters of type ITree

AllAlignment(ITree b, ITree e, boolean comparismMode)

AllAlignment(ITree b, ITree e, boolean comparismMode)

Uses of ITree in org.schwiebert.abl4j.align.methods

Methods in org.schwiebert.abl4j.align.methods with parameters of type ITree

protected void	AbstractAdvancedMethod.handleEditOperationAlignment(ITree t1, ITree t2, Vector<EditOperation> alignments)
protected void	AbstractAdvancedMethod.handleEditOperationAlignment(ITree t1, ITree t2, Vector<EditOperation> alignments)
void	WagnerFisherAlignmentMethod.handleEditOperationStructure(ITreeBank tb, ITree current)
void	SuffixTreeAlignment.handleEditOperationStructure(ITreeBank tb, ITree current)
void	RightAlignmentMethod.handleEditOperationStructure(ITreeBank tb, ITree current)
void	LeftAndRightAlignmentMethod.handleEditOperationStructure(ITreeBank tb, ITree current)
void	LeftAlignmentMethod.handleEditOperationStructure(ITreeBank tb, ITree current)
void	AllAlignmentsMethod.handleEditOperationStructure(ITreeBank tb, ITree current)
abstract void	AbstractAdvancedMethod.handleEditOperationStructure(ITreeBank tb, ITree current) Performs the edit operations
void	AlignmentMethod.handleEditOperationStructure(ITreeBank tb, ITree<?> current)
private void	SuffixTreeAlignment.handleSuffixTreeStructure(ITreeBank tb, ITree current, Suffixtree st)
private void	SuffixTreeAlignment.insertConstituent(ITree t, IConstituent c)
protected void	AbstractAdvancedMethod.insertConstituent(ITree t, IConstituent c)
private void	SuffixTreeAlignment.insertConstituentRaw(ITree t, int b, int e, int nt)
protected void	AbstractAdvancedMethod.insertConstituents(ITree t1, ITree t2, IConstituent c1, IConstituent c2)
protected void	AbstractAdvancedMethod.insertConstituents(ITree t1, ITree t2, IConstituent c1, IConstituent c2)

Uses of ITree in org.schwiebert.abl4j.cluster

Methods in org.schwiebert.abl4j.cluster with parameters of type ITree

NonTerminal	NonTerminalsMapping.getNewNT(ITree<T> t, IConstituent<T> c, NonTerminal n)
NonTerminal	AblNtMap.getNewNT(ITree t, IConstituent c, NonTerminal ntOld) Associates a given NT with a new NT value if it has not been encountered before and associates this given NT with an existing NT value when it has.

Uses of ITree in org.schwiebert.abl4j.cluster.methods

Methods in org.schwiebert.abl4j.cluster.methods with parameters of type ITree

private void	ABLClusterMethod.findClustersInTree(ITree<?> t)
private void	ABLClusterMethod.mergeClustersInTree(ITree<?> t)

Uses of ITree in org.schwiebert.abl4j.data

Methods in org.schwiebert.abl4j.data that return ITree

ITree<T>	ITree.cloneTree() Returns a copy of this object.
ITree<T>	ITreeBank.get(int i) Returns the ITree at index i, as in List.get(int)
static ITree	DataFactory.newTree()

Methods in org.schwiebert.abl4j.data that return types with arguments of type ITree

Collection<? extends ITree<T>>

ITreeBank.getTrees() Returns all ITrees stored in the treebank.

Methods in org.schwiebert.abl4j.data with parameters of type ITree

void	ITreeBank.addTree(ITree<T> tree) Adds ITree tree to this treebank, as in List.add(Object)
int	ITreeBank.indexOf(ITree<T> tree) Returns the index of ITree tree.

Method parameters in org.schwiebert.abl4j.data with type arguments of type ITree

void	ITreeBank.addAllTrees(Collection<ITree<T>> trees) Adds the collection trees to the treebank, as in List.addAll(Collection)

Uses of ITree in org.schwiebert.abl4j.data.impl.abl

Classes in org.schwiebert.abl4j.data.impl.abl that implement ITree

class

Tree<T> A Tree is an ISentence which additionally contains a Vector of IConstituents.

Methods in org.schwiebert.abl4j.data.impl.abl that return ITree

ITree<T>

Tree.cloneTree()

Methods in org.schwiebert.abl4j.data.impl.abl that return types with arguments of type ITree

Collection<? extends ITree<T>>

TreeBank.getTrees()

Methods in org.schwiebert.abl4j.data.impl.abl with parameters of type ITree

void	TreeBank.addTree(ITree<T> tree)
int	TreeBank.indexOf(ITree<T> t)

Method parameters in org.schwiebert.abl4j.data.impl.abl with type arguments of type ITree

void	TreeBank.addAllTrees(Collection<ITree<T>> trees)

Uses of ITree in org.schwiebert.abl4j.examples

Methods in org.schwiebert.abl4j.examples with parameters of type ITree

private void	DemoAlignMethod.align(ITree current, ITree other)
private void	DemoAlignMethod.align(ITree current, ITree other)
void	DemoAlignMethod.handleEditOperationStructure(ITreeBank tb, ITree current)

Uses of ITree in org.schwiebert.abl4j.io

Fields in org.schwiebert.abl4j.io declared as ITree

private ITree

XmlReader.currentTree

Methods in org.schwiebert.abl4j.io that return ITree

private ITree

TreebankReader.readTree(BufferedReader is) Parses a ITree from content provided by a reader.

Methods in org.schwiebert.abl4j.io with parameters of type ITree

protected IConstituent	TigerCorpusReader.buildConstituent(HashMap<String,Object> internalMapping, ITree tree, Element nt)
private void	TreebankReader.readSentence(ITree t, String currentLine) Parses the words of a sentence from String currentLine and adds the information to ITree t.
private void	TreebankReader.readSequenceScore(ITree t, String line)
private void	TreebankReader.readStructure(ITree t, String line) Parses the structure of a ITree from String line.
void	XMLVisitor.visitTree(ITree tree, boolean begin)
void	PlainTextSerializationVisitor.visitTree(ITree tree, boolean begin)
void	ISerializationVisitor.visitTree(ITree tree, boolean begin)

Uses of ITree in org.schwiebert.abl4j.select

Fields in org.schwiebert.abl4j.select declared as ITree

private ITree<?>

OverlapInTree.base

Constructors in org.schwiebert.abl4j.select with parameters of type ITree

OverlapInTree(ITree<?> c)

Uses of ITree in org.schwiebert.abl4j.select.methods

Methods in org.schwiebert.abl4j.select.methods with parameters of type ITree

double	TermsSelectMethod.computeCombinedProbability(ITree<?> t, Vector<IConstituent<?>> vc, ProbabilityStore prob)
double	FirstSelectMethod.computeCombinedProbability(ITree<?> t, Vector<IConstituent<?>> vc, ProbabilityStore prob)
double	ConstituentSelectMethod.computeCombinedProbability(ITree<?> t, Vector<IConstituent<?>> vc, ProbabilityStore prob)
abstract double	AbstractSelectMethod.computeCombinedProbability(ITree<?> t, Vector<IConstituent<?>> vector, ProbabilityStore prob)
private void	AbstractSelectMethod.computeProbabilitiesInTree(ITree<?> t, ProbabilityStore store)
Phrase	ConstituentSelectMethod.createPhrase(ITree<?> t, IConstituent<?> cons, int c)
abstract Phrase	AbstractSelectMethod.createPhrase(ITree<?> t, IConstituent<?> cons, int c)
Phrase	TermsSelectMethod.createPhrase(ITree t, IConstituent cons, int c)
Phrase	FirstSelectMethod.createPhrase(ITree t, IConstituent cons, int c)
private void	FirstSelectMethod.selectFirstInTree(ITree t)
private Vector<IConstituent<?>>	AbstractSelectMethod.selectProbabilityInRange(ITree<?> t, Vector<IConstituent<?>> overlap, int begin, int end, KnowledgeBase known, ProbabilityStore store)
private void	AbstractSelectMethod.selectProbabilityInTree(ITree t, ProbabilityStore store)

Uses of ITree in org.schwiebert.abl4j.util

Methods in org.schwiebert.abl4j.util with parameters of type ITree

static void

Tools.removeCopyIf(ITree<?> t, Vector<IConstituent<?>> overlap) OutputIterator remove_copy_if(InputIterator first, InputIterator last, OutputIterator result, Predicate pred); Remove_copy_if copies elements from the range [first, last) to a range beginning at result, except that elements for which pred is true are not copied.