def _calculate_word_frequencies(self, text):
text = common_utils.prepare_text(text)
words = common_utils.tokenize(text)
res = collections.defaultdict(int)
for word in words:
res[word] += 1
return res
def _calculate_word_frequencies(self, text):
text = common_utils.prepare_text(text)
words = common_utils.tokenize(text)
res = collections.defaultdict(int)
for word in words:
res[word] += 1
return res
def score(self, query, normalized=True, synonimizer=None):
if synonimizer:
synonyms = synonimizer.get_synonyms()
query_words = common_utils.tokenize(query)
for i in xrange(len(query_words)):
query_words[i] = synonyms[query_words[i]] + [query_words[i]]
possible_queries = map(lambda words: "".join(words),
itertools.product(*query_words))
return max(self._score(q) for q in possible_queries)
else:
return self._score(query.replace(" ", ""), normalized)
def score(self,
query,
normalized=True,
synonimizer=None,
return_suffix_scores=False):
if synonimizer:
synonyms = synonimizer.get_synonyms()
query_words = common_utils.tokenize(query)
for i in range(len(query_words)):
query_words[i] = synonyms[query_words[i]] + [query_words[i]]
possible_queries = map(lambda words: "".join(words),
itertools.product(*query_words))
return max(self._score(q) for q in possible_queries)
else:
return self._score(query.replace(" ", ""), normalized,
return_suffix_scores)
def test_tokenize(self):
text = "Well, what a sunny day!"
tokens = ["Well", "what", "a", "sunny", "day"]
self.assertEqual(utils.tokenize(text), tokens)
def test_tokenize(self):
text = "Well, what a sunny day!"
tokens = ["Well", "what", "a", "sunny", "day"]
self.assertEqual(utils.tokenize(text), tokens)
