@Override
public void getLexiconEntries(
int spanStart,
int spanEnd,
AnnotatedSentence sentence,
ChartEntry[] alreadyGenerated,
int numAlreadyGenerated,
List<Object> triggerAccumulator,
List<CcgCategory> accumulator,
List<Double> probAccumulator) {
WikiTableMentionAnnotation annotation =
(WikiTableMentionAnnotation) sentence.getAnnotation(annotationName);
List<String> mentions = annotation.getMentions();
List<String> mentionTypes = annotation.getMentionTypes();
List<Integer> starts = annotation.getTokenStarts();
List<Integer> ends = annotation.getTokenEnds();
for (int i = 0; i < starts.size(); i++) {
if (spanStart == starts.get(i) && spanEnd == ends.get(i) - 1) {
CcgCategory c = typeCategoryMap.get(mentionTypes.get(i));
Expression2 newLf =
Expression2.nested(c.getLogicalForm(), Expression2.stringValue(mentions.get(i)));
CcgCategory newCategory = c.replaceLogicalForm(newLf);
triggerAccumulator.add(mentions.get(i));
accumulator.add(newCategory);
probAccumulator.add(1.0);
}
}
}
public CcgExactHashTableChart(AnnotatedSentence input, int maxChartSize) {
super(input, maxChartSize);
numTerminals = input.size();
this.chart = new ChartEntry[numTerminals][numTerminals][NUM_INITIAL_SPAN_ENTRIES];
this.probabilities = new double[numTerminals][numTerminals][NUM_INITIAL_SPAN_ENTRIES];
this.populatedIndexes = new int[numTerminals][numTerminals][NUM_INITIAL_SPAN_ENTRIES];
this.numPopulatedIndexes = new int[numTerminals][numTerminals];
this.chartList = new ChartEntry[numTerminals][numTerminals][];
this.probabilitiesList = new double[numTerminals][numTerminals][];
this.chartSizes = new int[numTerminals][numTerminals];
this.chartEntriesBySyntacticCategory = new IntMultimap[numTerminals][numTerminals];
this.totalChartSize = 0;
}