public static List<TreeNodeProxy> create(Tree intree, Tree root) { List<TreeNodeProxy> ret = new ArrayList<>(); if (intree.isLeaf()) { ret.add(new TreeNodeProxy(intree, intree.label().value(), root)); } else for (LabeledWord lword : intree.labeledYield()) { ret.add(new TreeNodeProxy(intree, lword.word(), root)); } return ret; } }
List<TreeNodeProxy> leafProxies = TreeNodeProxy.create(child, tree); for (TreeNodeProxy proxy : leafProxies) lexToTreeNode.add(proxy.lex, proxy);
List<TreeNodeProxy> leafProxies = TreeNodeProxy.create(child, tree); for (TreeNodeProxy proxy : leafProxies) lexToTreeNode.add(proxy.lex, proxy);
List<TreeNodeProxy> leafProxies = TreeNodeProxy.create(child, tree); for (TreeNodeProxy proxy : leafProxies) lexToTreeNode.add(proxy.lex, proxy);
public static List<TreeNodeProxy> create(Tree intree, Tree root) { List<TreeNodeProxy> ret = new ArrayList<>(); if (intree.isLeaf()) { ret.add(new TreeNodeProxy(intree, intree.label().value(), root)); } else for (LabeledWord lword : intree.labeledYield()) { ret.add(new TreeNodeProxy(intree, lword.word(), root)); } return ret; } }
public static List<TreeNodeProxy> create(Tree intree, Tree root) { List<TreeNodeProxy> ret = new ArrayList<>(); if (intree.isLeaf()) { ret.add(new TreeNodeProxy(intree, intree.label().value(), root)); } else for (LabeledWord lword : intree.labeledYield()) { ret.add(new TreeNodeProxy(intree, lword.word(), root)); } return ret; } }