def complex_anagram_gen(bagnum):
for key in ngrams:
if bagnum % key == 0:
main_text, main_words, main_freq = ngrams[key]
other = simple_anagram_numeric(bagnum / key)
if other is not None:
other_text, other_words, other_freq = other
yield (main_text + " " + other_text, main_words + other_words, min(main_freq, other_freq))
else:
garble = unbag(bagnum / key)
# quick and dirty score: prefer common letters remaining
score = float(main_freq) * leftover_score(garble)
yield (main_text + "/" + garble, main_words + len(garble), score)
def complex_anagram_gen(bagnum, max_partial=20):
partial_scores = []
for key in ngrams:
if bagnum % key == 0:
main_list=ngrams[key]
for main_text, main_words, main_freq in main_list:
other_list = ngrams.get(bagnum/key, [])
found = False
for other_text, other_words, other_freq in other_list:
found = True
yield (main_text+' '+other_text, main_words+other_words,
min(main_freq, other_freq))
if not found:
garble = unbag(bagnum/key)
# Calculate a score for this partial anagram, and see if
# it's better than others.
score = float(main_freq) * leftover_score(garble)
if len(partial_scores) < max_partial or score > partial_scores[0]:
partial_scores.append(score)
partial_scores.sort()
partial_scores = partial_scores[-max_partial:]
yield (main_text+'/'+garble, main_words+len(garble),
score)