How to use

DensityRulesClassifier

in

de.l3s.boilerpipe.filters.english

public boolean process(TextDocument doc)
    throws BoilerpipeProcessingException {
  List<TextBlock> textBlocks = doc.getTextBlocks();
  boolean hasChanges = false;
  ListIterator<TextBlock> it = textBlocks.listIterator();
  if (!it.hasNext()) {
    return false;
  }
  TextBlock prevBlock = TextBlock.EMPTY_START;
  TextBlock currentBlock = it.next();
  TextBlock nextBlock = it.hasNext() ? it.next() : TextBlock.EMPTY_START;
  hasChanges = classify(prevBlock, currentBlock, nextBlock) | hasChanges;
  if (nextBlock != TextBlock.EMPTY_START) {
    while (it.hasNext()) {
      prevBlock = currentBlock;
      currentBlock = nextBlock;
      nextBlock = it.next();
      hasChanges = classify(prevBlock, currentBlock, nextBlock)
          | hasChanges;
    }
    prevBlock = currentBlock;
    currentBlock = nextBlock;
    nextBlock = TextBlock.EMPTY_START;
    hasChanges = classify(prevBlock, currentBlock, nextBlock)
        | hasChanges;
  }
  return hasChanges;
}

  public boolean process(TextDocument doc)
      throws BoilerpipeProcessingException {

    return

    SimpleBlockFusionProcessor.INSTANCE.process(doc)
        | BlockProximityFusion.MAX_DISTANCE_1.process(doc)
        | DensityRulesClassifier.INSTANCE.process(doc);
  }
}

  public boolean process(TextDocument doc)
      throws BoilerpipeProcessingException {

    return

    SimpleBlockFusionProcessor.INSTANCE.process(doc)
        | BlockProximityFusion.MAX_DISTANCE_1.process(doc)
        | DensityRulesClassifier.INSTANCE.process(doc);
  }
}

  public boolean process(TextDocument doc)
      throws BoilerpipeProcessingException {

    return

    SimpleBlockFusionProcessor.INSTANCE.process(doc)
        | BlockProximityFusion.MAX_DISTANCE_1.process(doc)
        | DensityRulesClassifier.INSTANCE.process(doc);
  }
}

public boolean process(TextDocument doc)
    throws BoilerpipeProcessingException {
  List<TextBlock> textBlocks = doc.getTextBlocks();
  boolean hasChanges = false;
  ListIterator<TextBlock> it = textBlocks.listIterator();
  if (!it.hasNext()) {
    return false;
  }
  TextBlock prevBlock = TextBlock.EMPTY_START;
  TextBlock currentBlock = it.next();
  TextBlock nextBlock = it.hasNext() ? it.next() : TextBlock.EMPTY_START;
  hasChanges = classify(prevBlock, currentBlock, nextBlock) | hasChanges;
  if (nextBlock != TextBlock.EMPTY_START) {
    while (it.hasNext()) {
      prevBlock = currentBlock;
      currentBlock = nextBlock;
      nextBlock = it.next();
      hasChanges = classify(prevBlock, currentBlock, nextBlock)
          | hasChanges;
    }
    prevBlock = currentBlock;
    currentBlock = nextBlock;
    nextBlock = TextBlock.EMPTY_START;
    hasChanges = classify(prevBlock, currentBlock, nextBlock)
        | hasChanges;
  }
  return hasChanges;
}

  public boolean process(TextDocument doc)
      throws BoilerpipeProcessingException {

    return

    SimpleBlockFusionProcessor.INSTANCE.process(doc)
        | BlockProximityFusion.MAX_DISTANCE_1.process(doc)
        | DensityRulesClassifier.INSTANCE.process(doc);
  }
}

public boolean process(TextDocument doc)
    throws BoilerpipeProcessingException {
  List<TextBlock> textBlocks = doc.getTextBlocks();
  boolean hasChanges = false;
  ListIterator<TextBlock> it = textBlocks.listIterator();
  if (!it.hasNext()) {
    return false;
  }
  TextBlock prevBlock = TextBlock.EMPTY_START;
  TextBlock currentBlock = it.next();
  TextBlock nextBlock = it.hasNext() ? it.next() : TextBlock.EMPTY_START;
  hasChanges = classify(prevBlock, currentBlock, nextBlock) | hasChanges;
  if (nextBlock != TextBlock.EMPTY_START) {
    while (it.hasNext()) {
      prevBlock = currentBlock;
      currentBlock = nextBlock;
      nextBlock = it.next();
      hasChanges = classify(prevBlock, currentBlock, nextBlock)
          | hasChanges;
    }
    prevBlock = currentBlock;
    currentBlock = nextBlock;
    nextBlock = TextBlock.EMPTY_START;
    hasChanges = classify(prevBlock, currentBlock, nextBlock)
        | hasChanges;
  }
  return hasChanges;
}

public boolean process(TextDocument doc)
    throws BoilerpipeProcessingException {
  List<TextBlock> textBlocks = doc.getTextBlocks();
  boolean hasChanges = false;
  ListIterator<TextBlock> it = textBlocks.listIterator();
  if (!it.hasNext()) {
    return false;
  }
  TextBlock prevBlock = TextBlock.EMPTY_START;
  TextBlock currentBlock = it.next();
  TextBlock nextBlock = it.hasNext() ? it.next() : TextBlock.EMPTY_START;
  hasChanges = classify(prevBlock, currentBlock, nextBlock) | hasChanges;
  if (nextBlock != TextBlock.EMPTY_START) {
    while (it.hasNext()) {
      prevBlock = currentBlock;
      currentBlock = nextBlock;
      nextBlock = it.next();
      hasChanges = classify(prevBlock, currentBlock, nextBlock)
          | hasChanges;
    }
    prevBlock = currentBlock;
    currentBlock = nextBlock;
    nextBlock = TextBlock.EMPTY_START;
    hasChanges = classify(prevBlock, currentBlock, nextBlock)
        | hasChanges;
  }
  return hasChanges;
}