def test_jaro_distance(jf, s1, s2, value):
value = float(value)
assertAlmostEqual(jf.jaro_distance(s1, s2), value, places=3)
def test_jaro_distance_type(jf):
assert jf.jaro_distance(u'abc', u'abc') == 1
with pytest.raises(TypeError) as exc:
jf.jaro_distance(b'abc', b'abc')
assert 'expected' in str(exc.value)
def test_jaro_distance_type(jf):
assert jf.jaro_distance(u'abc', u'abc') == 1
with pytest.raises(TypeError) as exc:
jf.jaro_distance(b'abc', b'abc')
assert 'expected' in str(exc.value)
def test_jaro_distance(jf, s1, s2, value):
value = float(value)
assertAlmostEqual(jf.jaro_distance(s1, s2), value, places=3)
def load_data(row):
lev_dist = Levenshtein.distance(str(row[0]).lower(), str(row[1]).lower())
jar_dist = jaro_distance(str(row[0]).lower(), str(row[1]).lower())
dam_dist = damerau_levenshtein_distance(
str(row[0]).lower(),
str(row[1]).lower())
q1 = parser(str(row[0]))
q2 = parser(str(row[1]))
set_ent1 = set([ele.label_.lower() for ele in q1.ents])
set_ent2 = set([ele.label_.lower() for ele in q2.ents])
num_ent, val_ent, rate_ent = feat(set_ent1, set_ent2)
set_ent1 = set([' '.join(t.orth_ for t in ele) for ele in q1.ents])
set_ent2 = set([' '.join(t.orth_ for t in ele) for ele in q2.ents])
num_ent2, val_ent2, rate_ent2 = feat(set_ent1, set_ent2)
list_last1 = [ele.lower_ for ele in q1 if ele.pos_ != 'PUNCT']
list_last2 = [ele.lower_ for ele in q2 if ele.pos_ != 'PUNCT']
num_for = 0
val_for = 0.
for i in range(min(len(list_last1), len(list_last2))):
if list_last1[i] == list_last2[i] or match_rating_comparison(
list_last1[i], list_last2[i]):
num_for += 1
val_for += weights.get(list_last1[i], 0)
else:
break
list_last1.reverse()
list_last2.reverse()
num_clean2_rev = 0
val_clean2_rev = 0.
for i in range(min(len(list_last1), len(list_last2))):
if list_last1[i] == list_last2[i] or match_rating_comparison(
list_last1[i], list_last2[i]):
num_clean2_rev += 1
val_clean2_rev += weights.get(list_last1[i], 0)
else:
break
set_sub1 = set([ele.lower_ for ele in q1 if ele.dep_ == 'nsubj'])
set_sub2 = set([ele.lower_ for ele in q2 if ele.dep_ == 'nsubj'])
num_sub, val_sub, rate_sub = feat(set_sub1, set_sub2)
set_root1 = set([ele.lower_ for ele in q1 if ele.dep_ == 'ROOT'])
set_root2 = set([ele.lower_ for ele in q2 if ele.dep_ == 'ROOT'])
num_root, val_root, rate_root = feat(set_root1, set_root2)
set_advmod1 = set([ele.lower_ for ele in q1 if ele.dep_ == 'advmod'])
set_advmod2 = set([ele.lower_ for ele in q2 if ele.dep_ == 'advmod'])
num_advmod, val_advmod, rate_advmod = feat(set_advmod1, set_advmod2)
set_advcl1 = set([ele.lower_ for ele in q1 if ele.dep_ == 'advcl'])
set_advcl2 = set([ele.lower_ for ele in q2 if ele.dep_ == 'advcl'])
num_advcl, val_advcl, rate_advcl = feat(set_advcl1, set_advcl2)
set_aux1 = set([ele.lower_ for ele in q1 if ele.dep_ == 'aux'])
set_aux2 = set([ele.lower_ for ele in q2 if ele.dep_ == 'aux'])
num_aux, val_aux, rate_aux = feat(set_aux1, set_aux2)
set_dobj1 = set([ele.lower_ for ele in q1 if ele.dep_ == 'dobj'])
set_dobj2 = set([ele.lower_ for ele in q2 if ele.dep_ == 'dobj'])
num_dobj, val_dobj, rate_dobj = feat(set_dobj1, set_dobj2)
# set_poss1 = set([ele.lower_ for ele in q1 if ele.dep_ == 'poss'])
# set_poss2 = set([ele.lower_ for ele in q2 if ele.dep_ == 'poss'])
# num_poss, val_poss, rate_poss = feat(set_poss1, set_poss2)
set_noun1 = set([ele.lower_ for ele in q1 if ele.pos_ == 'NOUN'])
set_noun2 = set([ele.lower_ for ele in q2 if ele.pos_ == 'NOUN'])
num_noun, val_noun, rate_noun = feat(set_noun1, set_noun2)
set_verb1 = set([ele.lower_ for ele in q1 if ele.pos_ == 'VERB'])
set_verb2 = set([ele.lower_ for ele in q2 if ele.pos_ == 'VERB'])
num_verb, val_verb, rate_verb = feat(set_verb1, set_verb2)
set_adv1 = set([ele.lower_ for ele in q1 if ele.pos_ == 'ADV'])
set_adv2 = set([ele.lower_ for ele in q2 if ele.pos_ == 'ADV'])
num_adv, val_adv, rate_adv = feat(set_adv1, set_adv2)
# set_adj1 = set([ele.lower_ for ele in q1 if ele.pos_ == 'ADJ'])
# set_adj2 = set([ele.lower_ for ele in q2 if ele.pos_ == 'ADJ'])
# num_adj, val_adj, rate_adj = feat(set_adj1, set_adj2)
set_svo1 = set([(ele[0].lower(), ele[1].lower(), ele[2].lower())
for ele in findSVOs(q1)])
set_svo2 = set([(ele[0].lower(), ele[1].lower(), ele[2].lower())
for ele in findSVOs(q2)])
set_svo1 = set([(wnl.lemmatize(ele[0]), wnl.lemmatize(ele[1]),
wnl.lemmatize(ele[2])) for ele in set_svo1])
set_svo2 = set([(wnl.lemmatize(ele[0]), wnl.lemmatize(ele[1]),
wnl.lemmatize(ele[2])) for ele in set_svo2])
num_svo, val_svo, rate_svo = feat(set_svo1, set_svo2)
set_s1 = set(ele[0] for ele in set_svo1)
set_v1 = set(ele[1] for ele in set_svo1)
set_o1 = set(ele[2] for ele in set_svo1)
set_s2 = set(ele[0] for ele in set_svo2)
set_v2 = set(ele[1] for ele in set_svo2)
set_o2 = set(ele[2] for ele in set_svo2)
num_s, val_s, rate_s = feat(set_s1, set_s2)
num_v, val_v, rate_v = feat(set_v1, set_v2)
num_o, val_o, rate_o = feat(set_o1, set_o2)
list_ret = [
num_ent,
num_ent2,
num_clean2_rev,
num_for,
lev_dist,
jar_dist,
dam_dist,
num_sub,
num_root,
num_advmod,
num_advcl,
num_aux, # num_poss,
num_noun,
num_verb,
num_adv, # num_adj,
num_svo,
num_s,
num_v,
num_o
]
list_ret += [
val_ent,
val_ent2,
val_clean2_rev,
val_for,
val_sub,
val_root,
val_advmod,
val_advcl,
val_aux,
val_dobj, # val_poss,
val_noun,
val_verb,
val_adv, # val_adj,
val_svo,
val_s,
val_v,
val_o
]
list_ret += [
rate_ent,
rate_ent2,
rate_sub,
rate_root,
rate_advmod,
rate_advcl,
rate_aux,
rate_dobj, # rate_poss,
rate_noun,
rate_verb,
rate_adv, # rate_adj,
rate_svo,
rate_s,
rate_v,
rate_o
]
return list_ret