public static void main(String... args) throws Exception {
System.out.println("+++Compiled New++++");
nonTerminal = VSMUtil.getNonTerminal(args);
LOGGER = VSMLogger.setup(FeatureVectors.class.getName() + "." + nonTerminal);
featureDictionary =
VSMContant.FEATURE_DICTIONARY + nonTerminal.toLowerCase() + "/dictionary.ser";
wordDictionaryPath = VSMContant.WORD_DICT;
LOGGER.info("Reading the Feature Dictionary Object");
dictionaryBean = ReadSerializedDictionary.readSerializedDictionary(featureDictionary, LOGGER);
LOGGER.info("Reading the word dictionary object");
wordDictBean = VSMReadSerialWordDict.readSerializedDictionary(wordDictionaryPath);
outsideFeatureDictionary = dictionaryBean.getOutsideFeatureDictionary();
insideFeatureDictionary = dictionaryBean.getInsideFeatureDictionary();
wordDictionary = wordDictBean.getWordDictionary();
LOGGER.info(
"Got the syntactic and semantic feature dictionaries, with word dictionary dimensions: "
+ wordDictionary.size());
treeReader = VSMUtil.getTreeReader(VSMContant.SICK_TRIAL_TREES);
LOGGER.info("GOT Training Trees File Iterator: " + treeReader);
int treeCount = 0;
while (treeReader.hasNext()) {
getSynaxTree();
if (syntaxTree != null) {
treeCount += 1;
syntaxTree = treeNormalizer.process(syntaxTree);
constituentsMap = syntaxTree.getConstituents();
Iterator<Tree<String>> nodeTrees = syntaxTree.iterator();
while (nodeTrees.hasNext()) {
insideTree = nodeTrees.next();
if (!insideTree.isLeaf() && insideTree.getLabel().equalsIgnoreCase(nonTerminal)) {
createSparseVectors();
serializeVectorBean(treeCount);
System.out.println("Serialized the feature vector***");
}
}
}
}
LOGGER.info("Done Creating the Sparse Vectors For the Non Terminal: " + nonTerminal);
}
