Uses of Class
inpro.incremental.unit.WordIU

Packages that use WordIU

demo.inpro.synthesis
demo.inpro.system.echodm.dm
demo.inpro.system.greifarm	This package contains all classes that are necessary for the Greifarm domain.
done.inpro.system.carchase
done.inpro.system.completion
inpro.incremental.deltifier	Package for deltifiers, The pluggable modules that convert Sphinx' Result objects to objects of the IU world.
inpro.incremental.evaluation
inpro.incremental.processor
inpro.incremental.unit
inpro.incremental.util

Uses of WordIU in demo.inpro.synthesis

Fields in demo.inpro.synthesis with type parameters of type WordIU

(package private) java.util.List<WordIU>

PatternDemonstrator.InstallmentAction.parentNodes

Methods in demo.inpro.synthesis that return types with arguments of type WordIU

java.util.List<WordIU>	TreeStructuredInstallmentIU.getWordsAtPos(int pos)
static java.util.List<WordIU>	TreeStructuredInstallmentIU.getWordsAtPos(java.util.List<WordIU> parentWords, int i)

Method parameters in demo.inpro.synthesis with type arguments of type WordIU

static java.util.List<WordIU>

TreeStructuredInstallmentIU.getWordsAtPos(java.util.List<WordIU> parentWords, int i)

Uses of WordIU in demo.inpro.system.echodm.dm

Fields in demo.inpro.system.echodm.dm with type parameters of type WordIU

private java.util.List<WordIU>

EchoDialogueManager.currentInstallment

Uses of WordIU in demo.inpro.system.greifarm

Fields in demo.inpro.system.greifarm with type parameters of type WordIU

private java.util.Deque<WordIU>	NLU.unusedWords
private java.util.Deque<WordIU>	GreifarmActor.unusedWords most recent words that are not yet part of an interpretation

Methods in demo.inpro.system.greifarm that return types with arguments of type WordIU

private java.util.List<EditMessage<WordIU>>

WordAdaptiveSmoothingDeltifier.determineEditsToBeApplied(java.util.ListIterator<SmoothingDeltifier.SmoothingCounter> smoothIter) determine the edits from the smoothingQueue that should be applied if a counter has run out

Methods in demo.inpro.system.greifarm with parameters of type WordIU

private ActionType	NLU.actionType(WordIU iu)
private ActionStrength	NLU.getModifierValue(WordIU word, ActionStrength strengthModifier) we only interpret the very last modifier word; that is, things like "sehr weit" are handled just like "weit" "ganz weit nach" should really be interpreted like "ganz nach", not like "weit nach" at the same time, "ganz bisschen" *should* be interpreted like "bisschen" in other words: max followed by strong should remain strong.
private boolean	NLU.isActionWord(WordIU iu)
private boolean	NLU.isModifierWord(WordIU iu)

Method parameters in demo.inpro.system.greifarm with type arguments of type WordIU

private void	WordAdaptiveSmoothingDeltifier.applyEditsToOutputLists(java.util.List<EditMessage<WordIU>> editsToBeApplied) apply edits to the output lists (wordIUs and wordEdits)
protected int	WordAdaptiveSmoothingDeltifier.getSmoothingFactor(EditMessage<WordIU> edit) more interesting assignment of smoothing factors depending on whether something is an "urgent word", a "stay-safe word", or just any other word
protected boolean	WordAdaptiveSmoothingDeltifier.isStaySafeWord(EditMessage<WordIU> edit) determines the edits that should get a high safety-threshold words with action:drop should get a high smoothing factor,
protected boolean	WordAdaptiveSmoothingDeltifier.isUrgentWord(EditMessage<WordIU> edit) determines the words that should be handled with priority words with action:stop should get a very low smoothing factor for the ADD message

Constructor parameters in demo.inpro.system.greifarm with type arguments of type WordIU

NLU(java.util.Deque<WordIU> unusedWords, java.util.Deque<ActionIU> performedActions)

Uses of WordIU in done.inpro.system.carchase

Subclasses of WordIU in done.inpro.system.carchase

class

HesitatingSynthesisIU.HesitationIU

Method parameters in done.inpro.system.carchase with type arguments of type WordIU

void	HesitatingSynthesisIU.appendContinuation(java.util.List<WordIU> words)

Constructors in done.inpro.system.carchase with parameters of type WordIU

HesitatingSynthesisIU.HesitationIU(WordIU sll)

Uses of WordIU in done.inpro.system.completion

Fields in done.inpro.system.completion declared as WordIU

(package private) WordIU	CompletionEvaluator.EvalEntry.nextWord
(package private) WordIU	CompletionEvaluator.EvalEntry.triggerWord

Fields in done.inpro.system.completion with type parameters of type WordIU

private IUList<WordIU>	TurnCompleter.committedWords history of words that have previously been recognized
(package private) java.util.List<WordIU>	TurnCompleter.fullInput full user input at one point in time: words that have been committed + currently hypothesized words
(package private) java.util.List<WordIU>	CompletionInstallmentIU.FuzzyMatchResult.prefix
private java.util.List<WordIU>	CompletionHypothesisListener.processedNoWords
(package private) java.util.List<WordIU>	CompletionInstallmentIU.FuzzyMatchResult.remainder
private java.util.List<WordIU>	CompletionInstallmentIU.Prefix.remainder
private java.util.HashSet<WordIU>	TurnCompleter.wordsTriggered words from fullInstallment that have been output are stored here

Methods in done.inpro.system.completion that return types with arguments of type WordIU

java.util.List<WordIU>	CompletionInstallmentIU.FuzzyMatchResult.getPrefix()
java.util.List<WordIU>	CompletionInstallmentIU.FuzzyMatchResult.getRemainder()
(package private) java.util.List<WordIU>	CompletionInstallmentIU.Prefix.getRemainder()

Methods in done.inpro.system.completion with parameters of type WordIU

void	CompletionEvaluator.newOnsetResult(WordIU word, double onsetTime, int frameCount, WordIU nextWord, double nextWordEndEstimate)
private double	CompletionEvaluator.EvalEntry.wordendUntilOnset(WordIU word)

Method parameters in done.inpro.system.completion with type arguments of type WordIU

CompletionInstallmentIU.FuzzyMatchResult	CompletionInstallmentIU.fuzzyMatching(java.util.List<WordIU> otherPrefix, double maxWER, int matchingLastWords) Is this SysInstallmentIU similar(*) to the given words?
private static double	TurnCompleter.getDurationWithoutPauses(java.util.List<WordIU> words) time spanned by all non-silent words
private java.util.List<CompletionInstallmentIU.Prefix>	CompletionInstallmentIU.getPrefixesMatchingLastWords(java.util.List<WordIU> lastWords) return all prefixes of this installment that end in the given last words

Constructors in done.inpro.system.completion with parameters of type WordIU

CompletionEvaluator.EvalEntry(WordIU trigger, double onset, int frameCount, WordIU nextWord, double nextWordEndEstimate)

Constructor parameters in done.inpro.system.completion with type arguments of type WordIU

CompletionInstallmentIU.Prefix(java.util.List<WordIU> prefix, java.util.List<WordIU> remainder)

CompletionInstallmentIU.Prefix(java.util.List<WordIU> prefix, java.util.List<WordIU> remainder)

Uses of WordIU in inpro.incremental.deltifier

Fields in inpro.incremental.deltifier with type parameters of type WordIU

(package private) EditMessage<WordIU>	SmoothingDeltifier.SmoothingCounter.edit
private IUList<WordIU>	SmoothingDeltifier.prevWordIUs
protected java.util.List<EditMessage<WordIU>>	ASRWordDeltifier.wordEdits
protected IUList<WordIU>	ASRWordDeltifier.wordIUs

Methods in inpro.incremental.deltifier that return types with arguments of type WordIU

private EditMessage<WordIU>	SmoothingDeltifier.compareToSmoothingQueueForMatchingWords(java.util.Iterator<EditMessage<WordIU>> editsIter, java.util.Iterator<SmoothingDeltifier.SmoothingCounter> smoothIter) compares incoming edits and smoothing list, decreases counters for matching smoothings and returns as soon as a non-matching word is found; this word is returned (as the underlying iterator can't go back :-(
EditMessage<WordIU>	SmoothingDeltifier.SmoothingCounter.getEdit()
java.util.List<EditMessage<WordIU>>	NonIncrementalDeltifier.getWordEdits() only if recognition is final, output the results of the underlying deltifier; otherwise return an empty list; which will then contain a list of all ADD edits for the words in the final result.
java.util.List<EditMessage<WordIU>>	ASRWordDeltifier.getWordEdits() return the change of the hypothesis as a list of edits (on the word level) since the last call
java.util.List<EditMessage<WordIU>>	ASRResultKeeper.getWordEdits() return a list of currently valid edits between the last update of internal state and the one preceding that state.
java.util.List<WordIU>	NonIncrementalDeltifier.getWordIUs() only if recognition is final, output the results of the underlying deltifier; otherwise return an empty list which will then contain the words in the final result.
java.util.List<WordIU>	ASRWordDeltifier.getWordIUs() return the current hypothesis as a list of IUs (on the word level)
java.util.List<WordIU>	ASRResultKeeper.getWordIUs() return a list of currently valid WordIUs

Methods in inpro.incremental.deltifier with parameters of type WordIU

void	SmoothingDeltifier.SmoothingCounter.updateWordTimings(WordIU otherWord)

Method parameters in inpro.incremental.deltifier with type arguments of type WordIU

private void	SmoothingDeltifier.addNewWordsToSmoothingQueue(EditMessage<WordIU> edit, java.util.Iterator<EditMessage<WordIU>> editsIter, java.util.List<SmoothingDeltifier.SmoothingCounter> smoothingQueue)
private void	SmoothingDeltifier.addNewWordsToSmoothingQueue(EditMessage<WordIU> edit, java.util.Iterator<EditMessage<WordIU>> editsIter, java.util.List<SmoothingDeltifier.SmoothingCounter> smoothingQueue)
private EditMessage<WordIU>	SmoothingDeltifier.compareToSmoothingQueueForMatchingWords(java.util.Iterator<EditMessage<WordIU>> editsIter, java.util.Iterator<SmoothingDeltifier.SmoothingCounter> smoothIter) compares incoming edits and smoothing list, decreases counters for matching smoothings and returns as soon as a non-matching word is found; this word is returned (as the underlying iterator can't go back :-(
protected int	SmoothingDeltifier.getSmoothingFactor(EditMessage<WordIU> edit) return the smoothing factor that applies to this edit message
(package private) boolean	SmoothingDeltifier.SmoothingCounter.matches(EditMessage<WordIU> edit)

Constructor parameters in inpro.incremental.deltifier with type arguments of type WordIU

SmoothingDeltifier.SmoothingCounter(EditMessage<WordIU> edit)

SmoothingDeltifier.SmoothingCounter(EditMessage<WordIU> edit, int count)

Uses of WordIU in inpro.incremental.evaluation

Fields in inpro.incremental.evaluation with type parameters of type WordIU

protected java.util.List<WordIU>	BasicEvaluator.committedWords list of committed words
(package private) static java.util.Map<WordIU,java.lang.Long>	WordLagTracker.wordLagsForAllWords

Uses of WordIU in inpro.incremental.processor

Fields in inpro.incremental.processor declared as WordIU

(package private) WordIU

IUBasedFloorTracker.WordTimeOutThread.endingWord the word that we'll inspect for rising pitch

Fields in inpro.incremental.processor with type parameters of type WordIU

(package private) java.util.List<WordIU>

AbstractFloorTracker.mostRecentIUs this is used to infer prosody as needed

Methods in inpro.incremental.processor that return WordIU

private WordIU	IUBasedFloorTracker.getPotentiallyFinalWord(java.util.List<WordIU> ius, java.util.List<EditMessage<WordIU>> edits) true if the list of IUs ends in <sil> or if the list of IUs has been committed
private WordIU	IUBasedFloorTracker.lastNonSilentWord(java.util.List<WordIU> words) the last nonsilent word from words, or null if none exists

Method parameters in inpro.incremental.processor with type arguments of type WordIU

private WordIU	IUBasedFloorTracker.getPotentiallyFinalWord(java.util.List<WordIU> ius, java.util.List<EditMessage<WordIU>> edits) true if the list of IUs ends in <sil> or if the list of IUs has been committed
private WordIU	IUBasedFloorTracker.getPotentiallyFinalWord(java.util.List<WordIU> ius, java.util.List<EditMessage<WordIU>> edits) true if the list of IUs ends in <sil> or if the list of IUs has been committed
private boolean	IUBasedFloorTracker.hasNewNonSilWord(java.util.List<EditMessage<WordIU>> edits) true if a new non-silence word was added.
private WordIU	IUBasedFloorTracker.lastNonSilentWord(java.util.List<WordIU> words) the last nonsilent word from words, or null if none exists

Constructors in inpro.incremental.processor with parameters of type WordIU

IUBasedFloorTracker.WordTimeOutThread(WordIU endingWord)

Uses of WordIU in inpro.incremental.unit

Subclasses of WordIU in inpro.incremental.unit

class

TextualWordIU

Methods in inpro.incremental.unit that return WordIU

WordIU	SysInstallmentIU.getFinalWord()
WordIU	SysInstallmentIU.getInitialWord()

Methods in inpro.incremental.unit that return types with arguments of type WordIU

java.util.List<WordIU>	SysInstallmentIU.getWords()
static java.util.List<WordIU>	WordIU.removeSilentWords(java.util.List<WordIU> words) returns a new list with all silent words removed

Methods in inpro.incremental.unit with parameters of type WordIU

boolean	TextualWordIU.pronunciationEquals(WordIU iu)
boolean	WordIU.pronunciationEquals(WordIU iu)
boolean	WordIU.spellingEquals(WordIU iu)
void	TextualWordIU.updateTimings(WordIU otherWord) update the end time of this word
void	WordIU.updateTimings(WordIU otherWord) this operation updates the timings of the grounding segments to match those of another IU for the same word (in terms of spelling)

Method parameters in inpro.incremental.unit with type arguments of type WordIU

static double	WordIU.getWER(java.util.List<WordIU> a, java.util.List<WordIU> b) calculate the WER between two lists of words based on the levenshtein distance code adapted from http://www.merriampark.com/ldjava.htm list a is taken as the reference for word error rate normalization
static double	WordIU.getWER(java.util.List<WordIU> a, java.util.List<WordIU> b) calculate the WER between two lists of words based on the levenshtein distance code adapted from http://www.merriampark.com/ldjava.htm list a is taken as the reference for word error rate normalization
static java.util.List<WordIU>	WordIU.removeSilentWords(java.util.List<WordIU> words) returns a new list with all silent words removed
static boolean	WordIU.spellingEqual(java.util.List<WordIU> a, java.util.List<WordIU> b)
static boolean	WordIU.spellingEqual(java.util.List<WordIU> a, java.util.List<WordIU> b)
static java.lang.String	WordIU.wordsToString(java.util.List<WordIU> words) Builds a simple string from a list of wordIUs

Constructors in inpro.incremental.unit with parameters of type WordIU

PhraseIU(WordIU word)

WordIU(edu.cmu.sphinx.linguist.dictionary.Pronunciation pron, WordIU sll, java.util.List<IU> groundedIn)

WordIU(java.lang.String word, edu.cmu.sphinx.linguist.dictionary.Pronunciation pron, WordIU sll, java.util.List<IU> groundedIn)

WordIU(java.lang.String spelling, WordIU sll, java.util.List<IU> groundedIn)

WordIU(WordIU sll)
create a new silent word

Constructor parameters in inpro.incremental.unit with type arguments of type WordIU

InstallmentIU(java.util.List<WordIU> currentInstallment)
Constructor for an installment produced by the user, grounded in a list of spoken words.

SysInstallmentIU(java.lang.String tts, java.util.List<WordIU> words)

TagIU(TagIU sll, java.util.List<WordIU> groundedIn, java.lang.String tag)

Uses of WordIU in inpro.incremental.util

Methods in inpro.incremental.util that return WordIU

WordIU	TTSUtil.Word.toIU(java.util.Iterator<marytts.htsengine.HTSModel> hmmIterator)
static WordIU	WordUtil.wordFromPronunciation(edu.cmu.sphinx.linguist.dictionary.Pronunciation pron) creates a new word/syllable/segment network from the parameters
static WordIU	WordUtil.wordFromPronunciation(edu.cmu.sphinx.linguist.dictionary.Pronunciation pron, WordIU wordSLL, SyllableIU syllSLL, SegmentIU segmentSLL) creates a new word/syllable/segment network from the parameters

Methods in inpro.incremental.util that return types with arguments of type WordIU

java.util.List<WordIU>	TTSUtil.Paragraph.getWordIUs(java.util.Iterator<marytts.htsengine.HTSModel> hmmIterator)
static java.util.List<WordIU>	TTSUtil.wordIUsFromMaryXML(java.io.InputStream is, java.util.List<marytts.htsengine.HTSModel> hmms)

Methods in inpro.incremental.util with parameters of type WordIU

static WordIU

WordUtil.wordFromPronunciation(edu.cmu.sphinx.linguist.dictionary.Pronunciation pron, WordIU wordSLL, SyllableIU syllSLL, SegmentIU segmentSLL) creates a new word/syllable/segment network from the parameters