def match_word(word, meter):
if meter and meter[0] and word in unstressables:
return None, None
if True:
if word == '<S>':
return meter, None
return match_phones(pronounce.pronounce(word), meter)
def get_beats(word):
try:
phones = pronounce.pronounce(word)
except KeyError:
try:
return guesses[word]
except KeyError:
return None
return segment_beats(phones)
def match_word(word, meter):
if meter and meter[0] and word in unstressables:
return None, None
if True:
if word == '<S>':
return meter, None
try:
phones = pronounce.pronounce(word)
except KeyError:
return try_guess(word, meter)
else:
return match_phones(phones, meter)
def match_word(word, meter):
if meter and meter[0] and word in unstressables:
return None, None
if True:
if word == '<S>':
return meter, None
try:
phones = pronounce.pronounce(word)
except KeyError:
return try_guess(word, meter)
else:
return match_phones(phones, meter)
def first_consonant_entropy(words):
return entropy(Counter(first_consonant(pronounce.pronounce(word))
for word in words))
def test(s):
return score(s.split(),
lambda word: first_consonant(pronounce.pronounce(word)))
