def refine_hyponym_term(self,hyponyms,stopWord):
cleanedHyponyms=[]
with open(stopWord) as f:
stopWords = f.read().splitlines()
for hyponym in hyponyms:
#print(hyponym)
specific = ' '.join([i for i in hyponym[1].split(' ') if not any(w == i.lower() for w in stopWords)])
general = ' '.join([i for i in hyponym[0].split(' ') if not any(w == i.lower() for w in stopWords)])
if specific == '' or general=='':
print ('skipped relation: ', hyponym[1], 'is a ', hyponym[0])
continue
cleanedHyponyms.append((singularize(general) ,singularize(specific)))
cleanedHyponyms.sort()
return self.remove_duplicates(cleanedHyponyms)
def test_all_singular_ie(self):
for w in singular_ie:
assert_true(pluralize(w).endswith('ies'))
assert_equals(singularize(pluralize(w)), w)
def diagnoses_singularize_test(self):
assert_equals(singularize('diagnoses'), 'diagnosis')
def test_all_singular_s(self):
for w in plural_categories['s-singular']:
assert_equals(singularize(pluralize(w)), w)
def s_singular_singularize_test(self):
assert_equals(singularize('lenses'), 'lens')
def test_all_singular_ie(self):
for w in singular_ie:
assert_true(pluralize(w).endswith('ies'))
assert_equals(singularize(pluralize(w)), w)
def test_all_singular_s(self):
for w in plural_categories['s-singular']:
assert_equals(singularize(pluralize(w)), w)
def diagnoses_singularize_test(self):
assert_equals(singularize('diagnoses'), 'diagnosis')
def s_singular_singularize_test(self):
assert_equals(singularize('lenses'), 'lens')
