private LevelResults compareWords(BxPage expected, BxPage actual) {
Map<BxChunk, BxWord> map = BxModelUtils.mapChunksToWords(actual);
LevelResults results = new LevelResults();
for (BxZone expectedZone : expected) {
if (ignoredLabels.contains(expectedZone.getLabel())) {
continue;
}
for (BxLine expectedLine : expectedZone) {
for (BxWord expectedWord : expectedLine) {
Set<BxWord> actualWords = new HashSet<BxWord>();
for (BxChunk chunk : expectedWord) {
actualWords.add(map.get(chunk));
}
if (actualWords.size() == 1) {
for (BxWord actualWord : actualWords) {
if (actualWord.childrenCount() == expectedWord.childrenCount()) {
results.matched++;
}
}
}
results.all++;
}
}
}
return results;
}
private void appendWord(Document doc, Element parent, BxWord word, Object... hints) {
Element node = doc.createElement("Word");
appendPropertyIfNotNull(doc, node, "WordID", word.getId());
appendBounds(doc, node, "WordCorners", word.getBounds(), hints);
appendPropertyIfNotNull(doc, node, "WordNext", word.getNextId());
appendProperty(doc, node, "WordNumChars", "");
for (BxChunk chunk : word.getChunks()) {
appendCharacter(doc, node, chunk, hints);
}
parent.appendChild(node);
}
private BxWord parseWordElement(Element wordE) {
BxWord word = new BxWord();
if (!(getChildren("WordCorners", wordE).isEmpty())) {
word.setBounds(parseElementContainingVertexes(getChildren("WordCorners", wordE).get(0)));
}
List<Element> e = getChildren("Character", wordE);
for (Element caE : e) {
BxChunk ch = parseCharacterElement(caE);
word.addChunks(ch);
}
return word;
}
