def dict_answers(a):
#f contains pre-defined values for problematic cases
f = {'1011':NO, '4000':NO, '2017':NO, '2008':NO, '2020':NO, '2007':NO, '110':NO, '3081':NO}
for sent in a:
lex = Interpretation(Dictionary("dictionaries/dictionary.xml")).interpret(Subtree(sent[1])).lex
if lex == ">" or lex == "=":
f[sent[0]] = YES
else:
f[sent[0]] = NO
return f
def test_empty_dict():
# Load the empty dictionary.
filename = None
dictionary = Dictionary(filename)
# Rely on WN to create some new lexical relationships.
print "Looking up poodle, dog ..."
dictionary.lookup('n', "poodle", "dog")
print "Looking up dog, mammal .."
dictionary.lookup('n', "dog", "mammal")
# View the expanded dictionary.
print dictionary.to_xml()
# poodle/poodle
"[N poodle/poodle]",
# dog/poodle
"[N dog/poodle]",
# poodle/dog
"[N poodle/dog]",
# every poodle/dog run/sprint
"""[
[
[ (N/(VP/S)) every/every ]
[ N poodle/dog ]
]
[VP run/sprint]]"""]
if __name__ == "__main__":
"""Command-line parse or a random example."""
sent = None
if len(sys.argv) >= 2:
sent = sys.argv[1]
print "Your input:"
else:
sent = sents[random.randint(0, len(sents)-1)]
print "Random choice:"
sbt = Subtree(sent)
print "Structure:"
print sbt.prettify()
print "Interpretation:"
print Interpretation(Dictionary(dictionary_filename)).interpret(sbt)
def test_main_dict():
# Load the dictionary files.
filename = "dictionaries/dictionary.xml"
dictionary = Dictionary(filename)
# View the dictionary.
print dictionary.to_xml()
