def get_solutions(self, clue):
""" Get possible anagram type solutions to clue
:rtype : list main.Solution
:param clue: Clue to handle
:return: List of solutions
"""
logging.info("Getting anagram solutions")
indicator_positions = \
self.indicators.get_all_indicator_positions(clue.clue_words)
# only check for valid subsets once
if not indicator_positions:
logging.info("No valid indicators")
return []
solns = []
already_permuted = set([])
letter_sets_to_permute = self.get_valid_length_combos(clue)
logging.debug(str(letter_sets_to_permute))
for (indices, letter_set) in letter_sets_to_permute:
if letter_set in already_permuted:
continue
else:
already_permuted.add("".join(sorted(letter_set)))
logging.info("Permuting " + letter_set)
anagrams = self.anagrammer.get_anagrams(letter_set)
logging.info("Valid anagrams: " + str(anagrams))
#todo: consider not having first for loop
for indicator_pos in indicator_positions:
for a in anagrams:
exclude = indices + [indicator_pos]
score = clue.check_definition(a, exclude)
if score > 0.0:
soln = Solution(
a,
score,
clue_type=self.type,
indicator=clue.terms[indicator_pos].word)
soln.add_note("Anagrammed from " + letter_set)
solns.append(soln)
return solns
def get_solutions(self, clue):
""" Get possible anagram type solutions to clue
:rtype : list main.Solution
:param clue: Clue to handle
:return: List of solutions
"""
logging.info("Getting anagram solutions")
indicator_positions = \
self.indicators.get_all_indicator_positions(clue.clue_words)
# only check for valid subsets once
if not indicator_positions:
logging.info("No valid indicators")
return []
solns = []
already_permuted = set([])
letter_sets_to_permute = self.get_valid_length_combos(clue)
logging.debug(str(letter_sets_to_permute))
for (indices, letter_set) in letter_sets_to_permute:
if letter_set in already_permuted:
continue
else:
already_permuted.add("".join(sorted(letter_set)))
logging.info("Permuting " + letter_set)
anagrams = self.anagrammer.get_anagrams(letter_set)
logging.info("Valid anagrams: " + str(anagrams))
#todo: consider not having first for loop
for indicator_pos in indicator_positions:
for a in anagrams:
exclude = indices + [indicator_pos]
score = clue.check_definition(a, exclude)
if score > 0.0:
soln = Solution(a, score, clue_type=self.type,
indicator=clue.terms[
indicator_pos].word)
soln.add_note("Anagrammed from " + letter_set)
solns.append(soln)
return solns
