def traverseTree(self, tree):
if type(tree) is Tree:
print "LABEL: " + tree.label()
if tree.label() == "ROOT":
return self.traverseTree(tree[0])
#elif tree.label() == "S":
# return self.traverseTree(tree[0])
else:
p = Phrase()
p.type = tree.label()
word_idx = 0
for subtree in tree:
if type(subtree) == Tree:
if is_pos_type( subtree.label() ):
w = Word()
w.type = subtree.label()
w.order = word_idx
w.text = str( subtree[0] )
word_idx += 1
p.words.append(w)
elif is_phrase_type( subtree.label() ):
child_phrase = self.traverseTree( subtree )
p.children.append(child_phrase)
return p
return None
'''
Created on Dec 1, 2015
@author: walter
'''
from parser.CYKParser import *
from language.Phrase import *
if __name__ == '__main__':
SENTENCE1 = "The real voyage of discovery consists not in seeking new landscapes, but in having new eyes."
SENTENCE2 = "go to the door"
parser = CYKParser()
s1 = parser.parse(SENTENCE2)
FILENAME1 = "1.xml"
FILENAME2 = "2.xml"
s1.write_xml(FILENAME1)
s2 = Phrase()
s2.read_xml(FILENAME1)
print s2
s2.write_xml(FILENAME2)
