public void train(List<Tree<String>> trainTrees) {
// TODO: before you generate your grammar, the training trees
// need to be binarized so that rules are at most binary
// Binarize the tree.
List<Tree<String>> binarizedTrees = new ArrayList<Tree<String>>();
for (Tree<String> trainTree : trainTrees) {
Tree<String> newTree = TreeAnnotations.annotateTree(trainTree);
binarizedTrees.add(newTree);
}
lexicon = new Lexicon(binarizedTrees);
grammar = new Grammar(binarizedTrees);
System.out.println("trained!!");
}
public void train(List<Tree<String>> trainTrees) {
// TODO: before you generate your grammar, the training trees
// need to be binarized so that rules are at most binary
List<Tree<String>> annotatedTrees = new ArrayList<Tree<String>>();
for (Tree<String> tree : trainTrees) {
annotatedTrees.add(TreeAnnotations.annotateTree(tree));
}
/*
System.out.println("trainTrees: " );
for (Tree<String> tree: trainTrees) System.out.println(" " + tree);
System.out.println("annotatedTrees: " );
for (Tree<String> tree: annotatedTrees) System.out.println(" " + tree);
*/
lexicon = new Lexicon(annotatedTrees);
grammar = new Grammar(annotatedTrees);
/*
System.out.println("lexicon: " + lexicon.getAllTags());
System.out.println("grammar: " + grammar);
*/
// System.exit(-1);
}
