def clean(self):
question = self.copy.to_lower('question').split(', ')
self.copy.question = ''
for q in question:
if any(word in q for word in COMMA_REMOVE):
self.copy.question += q
if not self.copy.question: self.copy.question = self.original.to_lower('question')
parallel_execution(self.pool, self.clean_impl, self.fields)
def count_points(self, queries: List[str]):
res = parallel_execution(self.pool, self.get_page, queries)
points = parallel_execution(self.pool, self.get_points_from_texts,
[res[0]])
results = parallel_execution(self.pool, self.get_result_number,
res[1:])
point = self.select_points(points)
if sum(point.values()) == 0:
keys = point.keys()
for index, key in enumerate(keys):
point[key] = results[index]
return self.print_results(point)
def answers_to_text(img: Image.Image, w: int, h: int, question_size: int, pool: ThreadPool, debug: bool) -> List[Any]:
img = img.point(lambda x: 0 if x < 140 else 255)
res = parallel_execution(pool, answer_to_text, [
[img, FIRST_ANSWER_BOUNDARIES(w, h, question_size), debug],
[img, SECOND_ANSWER_BOUNDARIES(w, h, question_size), debug],
[img, THIRD_ANSWER_BOUNDARIES(w, h, question_size), debug]
])
if debug: print('The answers are: {}, {}, {}'.format(*res, sep=', '))
return res
def count_points(self, queries: List[str]):
res = parallel_execution(self.pool, self.get_page, queries)
points = parallel_execution(self.pool, self.get_points_from_texts, res)
point = self.select_points(points)
return self.print_results(point)
def clean(self):
parallel_execution(self.pool, self._add_indexes, self.fields)
def count_points(self, queries):
res = parallel_execution(self.pool, self.wiki.search, queries)
summaries = parallel_execution(self.pool, self.get_page, res)
point = self.count(summaries)
return self.print_results(point)