Uses of Class
de.fu_berlin.ties.ContextMap

Packages that use ContextMap
de.fu_berlin.ties This package bundles main entry points and general interfaces and classes for the TIE software. 
de.fu_berlin.ties.classify This package provides functionality for classification of texts and feature vectors. 
de.fu_berlin.ties.classify.winnow This package contains the Winnow classification algorithm and related algorithms and classes. 
de.fu_berlin.ties.eval This packages provides functionality for evaluating results of classifiers and extractors. 
de.fu_berlin.ties.extract This package handles information extraction and entitiy recognition. 
de.fu_berlin.ties.filter This packages provides generic filtering functionality and an implementation for sentence filtering. 
de.fu_berlin.ties.preprocess This packages handles format conversions and linguistic preprocessing of documents. 
de.fu_berlin.ties.xml This package contains utility classes for working with XML documents and related data. 
de.fu_berlin.ties.xml.dom This package contains utility classes for working with DOM-like XML representations, focussing especially on dom4j
 

Uses of ContextMap in de.fu_berlin.ties
 

Methods in de.fu_berlin.ties with parameters of type ContextMap
protected  void DocumentReader.doProcess(Reader reader, Writer writer, ContextMap context)
          Processes the contents of a reader, writing a modified version to a writer.
protected abstract  void TextProcessor.doProcess(Reader reader, Writer writer, ContextMap context)
          Processes the contents of a reader, writing a modified version to a writer.
abstract  void DocumentProcessor.process(Document document, ContextMap context)
          Processes an XML document.
 void DocumentProcessor.process(Document document, Writer writer, ContextMap context)
          Processes an XML document, writing a modified version to a writer.
abstract  void DocumentReader.process(Document document, Writer writer, ContextMap context)
          Reads an XML document and stores the results of processing in a writer.
abstract  void DirectoryProcessor.process(File[] files, ContextMap context)
          Processes an array of files.
 void TextProcessor.process(File file, Writer writer, ContextMap context)
          Processes the contents of a file, delegating to the TextProcessor.process(Reader, Writer, ContextMap) method.
abstract  void CollectingProcessor.process(List<String> collected, ContextMap context)
          Processes the collected input arguments.
 void TextProcessor.process(Reader reader, Writer writer, ContextMap context)
          Delegates to the abstract TextProcessor.doProcess(Reader, Writer, ContextMap) method and invokes a post-processor, if configured.
 void TextProcessor.process(URLConnection urlConn, Writer writer, ContextMap context)
          Processes the contents of an URL connection, delegating to the TextProcessor.process(Reader, Writer, ContextMap) method.
 

Uses of ContextMap in de.fu_berlin.ties.classify
 

Methods in de.fu_berlin.ties.classify with parameters of type ContextMap
protected  PredictionDistribution MetaClassifier.doClassify(FeatureVector features, Set candidateClasses, ContextMap context)
          Classifies an item that is represented by a feature vector by choosing the most probable class among a set of candidate classes.
protected  PredictionDistribution OneAgainstTheRestClassifier.doClassify(FeatureVector features, Set candidateClasses, ContextMap context)
          Classifies an item that is represented by a feature vector by choosing the most probable class among a set of candidate classes. This implementation combines the predictions for the positive class of all involved inner classifiers.
protected  PredictionDistribution ExternalClassifier.doClassify(FeatureVector features, Set candidateClasses, ContextMap context)
          Classifies an item that is represented by a feature vector by choosing the most probable class among a set of candidate classes.
protected abstract  PredictionDistribution TrainableClassifier.doClassify(FeatureVector features, Set candidateClasses, ContextMap context)
          Classifies an item that is represented by a feature vector by choosing the most probable class among a set of candidate classes.
protected  PredictionDistribution MultiBinaryClassifier.doClassify(FeatureVector features, Set candidateClasses, ContextMap context)
          Classifies an item that is represented by a feature vector by choosing the most probable class among a set of candidate classes. This implementation combines the predictions for the foreground of all involved inner classifiers.
protected  void ClassTrain.doProcess(Reader reader, Writer writer, ContextMap context)
          Delegates to ClassTrain.classifyAndTrain(FieldContainer, File, String).
protected  void MetaClassifier.doTrain(FeatureVector features, String targetClass, ContextMap context)
          Incorporates an item that is represented by a feature vector into the classification model.
protected  void OneAgainstTheRestClassifier.doTrain(FeatureVector features, String targetClass, ContextMap context)
          Incorporates an item that is represented by a feature vector into the classification model.
protected  void ExternalClassifier.doTrain(FeatureVector features, String targetClass, ContextMap context)
          Incorporates an item that is represented by a feature vector into the classification model.
protected abstract  void TrainableClassifier.doTrain(FeatureVector features, String targetClass, ContextMap context)
          Incorporates an item that is represented by a feature vector into the classification model.
protected  void MultiBinaryClassifier.doTrain(FeatureVector features, String targetClass, ContextMap context)
          Incorporates an item that is represented by a feature vector into the classification model.
protected  boolean ExternalClassifier.shouldTrain(String targetClass, PredictionDistribution predDist, ContextMap context)
          This implementation uses reinforcement training, if a thick threshold is configured.
protected  boolean TrainableClassifier.shouldTrain(String targetClass, PredictionDistribution predDist, ContextMap context)
          Invoked by TrainableClassifier.trainOnError(FeatureVector, String, Set) to decide whether to train an instance.
protected  boolean MetaClassifier.trainOnErrorHook(PredictionDistribution predDist, FeatureVector features, String targetClass, Set candidateClasses, ContextMap context)
          Subclasses can implement this hook for more refined error-driven learning.
protected  boolean OneAgainstTheRestClassifier.trainOnErrorHook(PredictionDistribution predDist, FeatureVector features, String targetClass, Set candidateClasses, ContextMap context)
          Subclasses can implement this hook for more refined error-driven learning.
protected  boolean TrainableClassifier.trainOnErrorHook(PredictionDistribution predDist, FeatureVector features, String targetClass, Set candidateClasses, ContextMap context)
          Subclasses can implement this hook for more refined error-driven learning.
protected  boolean MultiBinaryClassifier.trainOnErrorHook(PredictionDistribution predDist, FeatureVector features, String targetClass, Set candidateClasses, ContextMap context)
          Subclasses can implement this hook for more refined error-driven learning.
 

Uses of ContextMap in de.fu_berlin.ties.classify.winnow
 

Methods in de.fu_berlin.ties.classify.winnow with parameters of type ContextMap
protected  PredictionDistribution Winnow.doClassify(FeatureVector features, Set candidateClasses, ContextMap context)
          Classifies an item that is represented by a feature vector by choosing the most probable class among a set of candidate classes.
protected  void Winnow.doTrain(FeatureVector features, String targetClass, ContextMap context)
          Winnow supports only error-driven training, so you always have to use the TrainableClassifier.trainOnError(FeatureVector, String, Set) method instead of this one.
protected  boolean Winnow.trainOnErrorHook(PredictionDistribution predDist, FeatureVector features, String targetClass, Set candidateClasses, ContextMap context)
          Hook implementing error-driven learning, promoting and demoting weights as required.
 

Uses of ContextMap in de.fu_berlin.ties.eval
 

Methods in de.fu_berlin.ties.eval with parameters of type ContextMap
protected  void ReEvaluator.doProcess(Reader reader, Writer writer, ContextMap context)
          Processes the contents of a reader, writing a modified version to a writer.
 void ShuffleGenerator.process(List<String> collected, ContextMap context)
          Processes the collected input arguments.
 

Uses of ContextMap in de.fu_berlin.ties.extract
 

Methods in de.fu_berlin.ties.extract with parameters of type ContextMap
protected  void TrainEval.doProcess(Reader reader, Writer writer, ContextMap context)
          Processes the contents of a reader, writing a modified version to a writer.
 void AnswerBuilder.process(Document document, Writer writer, ContextMap context)
          Buildings an ExtractionContainer of answer keys from from an annotated XML document.
 void Extractor.process(Document document, Writer writer, ContextMap context)
          Extracts items of interest from the contents of an XML document and serializes the extractions.
 void Trainer.process(Document document, Writer writer, ContextMap context)
          Trains the local classifier with the correct extractions of an XML document, using the provided context representation.
 void AnswerBuilder.processElement(Element element, TokenContainer tokenContainer, ContextMap context)
          Classifies an element in an XML document, building features and delegating to the classifier.
 void Extractor.processToken(Element element, String left, TokenDetails details, String right, ContextMap context)
          Processes a token in an XML element, optionally modifying the element or the document it is part of.
 void Trainer.processToken(Element element, String left, TokenDetails details, String right, ContextMap context)
          Processes a token in an XML element, optionally modifying the element or the document it is part of.
 

Uses of ContextMap in de.fu_berlin.ties.filter
 

Methods in de.fu_berlin.ties.filter with parameters of type ContextMap
protected  void FilteringTokenWalker.processToken(Element element, String left, TokenDetails details, String right, ContextMap context)
          Processes a token in an XML element by delegating to the configured TokenProcessor.
 void EmbeddingElements.processToken(Element element, String left, TokenDetails details, String right, ContextMap context)
          Processes a token in an XML element, optionally modifying the element or the document it is part of.
 void FilteringTokenWalker.walk(Document document, ContextMap context)
          Walks through the contents of an XML document, tokenizing the textual contents.
 

Uses of ContextMap in de.fu_berlin.ties.preprocess
 

Methods in de.fu_berlin.ties.preprocess with parameters of type ContextMap
protected  void PreProcessor.doProcess(Reader reader, Writer writer, ContextMap context)
          Preprocesses the contents of a file.
protected  void TreeTagger.doProcess(Reader in, Writer out, ContextMap context)
          Augments the input text with the output of the TreeTagger.
 

Uses of ContextMap in de.fu_berlin.ties.xml
 

Methods in de.fu_berlin.ties.xml with parameters of type ContextMap
protected  void XMLAdjuster.doProcess(Reader reader, Writer writer, ContextMap context)
          Tries to fix corrupt XML documents, especially documents containing nesting errors.
 

Uses of ContextMap in de.fu_berlin.ties.xml.dom
 

Methods in de.fu_berlin.ties.xml.dom with parameters of type ContextMap
 void XMLStripper.process(Document document, Writer writer, ContextMap context)
          Strips all markup from an XML document and stores the resulting plain text.
protected  void TokenWalker.processCollectedText(Element element, CharSequence collectedText, TokenCounter tokenCounter, TextTokenizer tokenizer, ContextMap context)
          Helper method that tokenizes the collected textual contents of an element and delegates to the token processor for each of them.
 void ElementProcessor.processElement(Element element, TokenContainer tokenContainer, ContextMap context)
          Processes an element in an XML document, optionally modifying the element or the document it is part of.
protected  void TokenWalker.processToken(Element element, String left, TokenDetails details, String right, ContextMap context)
          Processes a token in an XML element by delegating to the configured TokenProcessor.
 void TokenProcessor.processToken(Element element, String left, TokenDetails details, String right, ContextMap context)
          Processes a token in an XML element, optionally modifying the element or the document it is part of.
 void DocumentWalker.walk(Document document, ContextMap context)
          Walks through the contents of an XML document, tokenizing the textual contents.
 void TokenWalker.walk(Document document, ContextMap context)
          Walks through the contents of an XML document, tokenizing the textual contents.
protected  void DocumentWalker.walk(Element element, TokenContainer tokenContainer, ContextMap context)
          Walks through the contents of a node, tokenizing textual contents and recursing through nested elements.
protected  void TokenWalker.walk(Element element, TokenCounter tokenCounter, TextTokenizer tokenizer, ContextMap context)
          Walks through the contents of a node, tokenizing textual contents and recursing through nested elements.
 



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