def treetostr(self, node):
l = Node.get_label(node)
t = None
if isinstance(l, tuple):
t, l = l
if t == 'O':
return '%s(%s)' % (l, ', '.join(
map(self.treetostr, Node.get_children(node))))
return l
def treetostr(self, node):
l = Node.get_label(node)
t = None
if isinstance(l, tuple):
t, l = l
if t == 'O':
return '%s(%s)' % (l, ', '.join(
map(self.treetostr, Node.get_children(node))))
return l
def treesize(self, t):
'''
Calculates the total size of the tree
'''
size = 0
def ts(node):
return 1 + sum(map(ts, Node.get_children(node)))
for loc in t:
for var, tree in list(t[loc].items()):
lab = Node.get_label(tree)
if lab == ('V', var):
continue
size += ts(tree)
return size
def treesize(self, t):
'''
Calculates the total size of the tree
'''
size = 0
def ts(node):
return 1 + sum(map(ts, Node.get_children(node)))
for loc in t:
for var, tree in t[loc].items():
lab = Node.get_label(tree)
if lab == ('V', var):
continue
size += ts(tree)
return size
# from simple_tree import Node
from zss import Node, simple_distance
def buildTree(state, node, chart):
if state[4] == ():
return
else:
for ptr in state[4]:
child = Node(chart[ptr[0]][ptr[1]][0])
node.addkid(child)
buildTree(chart[ptr[0]][ptr[1]], child, chart)
rootNode1 = Node("Start", [])
buildTree(root1, rootNode1, chart1)
rootNode2 = Node("Start", [])
buildTree(root2, rootNode2, chart2)
print simple_distance(rootNode1, rootNode2)
# for child in rootNode1.get_children():
# for chichild in child.get_children():
# print "parent is: ", chichild.get_label()
# for chichichild in chichild.get_children():
# print chichichild.get_label()
for child in Node.get_children(rootNode1):
print Node.get_label(child)
