def find_rhymes(self, word_bag=None, num_rhymes=10):
"""
Accepts list of words or word as parameter, returns dictionary of words and rhymes.
"""
word_bag = self.cached_words if word_bag is None else word_bag
if isinstance(word_bag, list):
for word in word_bag:
rhymes = pronouncing.rhymes(word)
if len(rhymes) > num_rhymes:
self.rhyme_dict[word] = [
random.choice(rhymes) for _ in range(num_rhymes)
]
else:
print('Max rhyme capacity reached.')
self.rhyme_dict[word] = rhymes
else:
self.rhyme_dict[word_bag] = pronouncing.rhymes(
word_bag)[:num_rhymes]
return self.rhyme_dict
def do_rhymes(f_rhyme, s_rhyme):
# pronouncing.rhymes(first_rhyme) returns a list of words that rhyme with first_rhyme
print("* Printing words that rhyme with", f_rhyme, "*")
print()
rhyme_list_1 = pronouncing.rhymes(f_rhyme)
print(rhyme_list_1)
print()
print()
print("* Printing words that rhyme with", s_rhyme, "*")
print()
rhyme_list_2 = pronouncing.rhymes(s_rhyme)
print(rhyme_list_2)
# Picking a random position in rhyme_list
# Which will rhyme with first_rhyme
rhyme_list_len_1 = len(rhyme_list_1)
rhyme_list_len_2 = len(rhyme_list_2)
for x in range(1):
rand_rhyme_1 = random.randint(1, rhyme_list_len_1 - 1)
rand_rhyme_2 = random.randint(1, rhyme_list_len_2 - 1)
first_rhymer = rhyme_list_1[rand_rhyme_1]
second_rhymer = rhyme_list_2[rand_rhyme_2]
print()
print("* Selected rhymers *")
print()
print("1", first_rhymer)
print("2", second_rhymer)
def phoneticEndRhymeComparison(lines):
output = [pronouncing.rhymes(lines[0]), pronouncing.rhymes(lines[1])]
test_list1 = output[0]
test_list2 = output[1]
test_list1 = [str(r) for r in test_list1]
test_list2 = [str(r) for r in test_list2]
print('Attempting to add ' + lines[0] + ' to array')
print(test_list1)
test_list1 = test_list1.extend(lines[1])
print(test_list1)
# print test_list1
# printing lists
print("The first list is : " + str(test_list1))
print("The second list is : " + str(test_list2))
# sorting both the lists
test_list1.sort()
test_list2.sort()
# using == to check if
# lists are equal
if test_list1 == test_list2:
print("The lists are identical")
else:
print("The lists are not identical")
def remix(lyric):
t = TweetTokenizer()
d = TreebankWordDetokenizer()
words = t.tokenize(lyric)
r1 = random.randint(0, len(words) - 1)
# filter out punctuation, stop words, and words with no rhymes
while words[r1] in string.punctuation or isStopWord(words[r1]) or len(
pronouncing.rhymes(words[r1])) == 0:
if len(words) == 1: return lyric
r1 = random.randint(0, len(words) - 1)
# this is the word to be replaced
word = words[r1]
syl = countSyllables(word)
# find rhymes with same number of syllables
rhymes = pronouncing.rhymes(word)
r2 = random.randint(0, len(rhymes) - 1)
count = 1
while (count <= len(rhymes)
and syl != countSyllables(rhymes[r2])) or isStopWord(rhymes[r2]):
r2 = random.randint(0, len(rhymes) - 1)
count += 1
words[r1] = rhymes[r2]
return d.detokenize(words)
def get_best_rhyme(first, second):
f_rhymes = prn.rhymes(first)
scores_f = get_similarities(second, f_rhymes)
s_rhymes = prn.rhymes(second)
scores_s = get_similarities(first, s_rhymes)
f_active = len(scores_f) > 0 and len(scores_s) == 0
both_active = len(scores_f) > 0 and len(scores_s) > 0
s_active = len(scores_s) > 0 and len(scores_f) == 0
if s_active:
best_candidate_s = max(scores_s, key=lambda x: x[0])
if f_active:
best_candidate_f = max(scores_f, key=lambda x: x[0])
if both_active:
best_candidate_s = max(scores_s, key=lambda x: x[0])
best_candidate_f = max(scores_f, key=lambda x: x[0])
if f_active or (both_active and best_candidate_f[0] > best_candidate_s[0]):
return first, best_candidate_f[1]
elif s_active or (both_active
and best_candidate_f[0] <= best_candidate_s[0]):
return best_candidate_s[1], second
else:
return first, second
def render(self):
if self.cf['hose']:
self.hose = re.compile(self.cf['hose'])
else:
self.hose = None
participles = self.syllfilt(pronouncing.search("IH0 NG$"), 2)
nouns = self.syllfilt(pronouncing.rhymes('now'), 1)
rhymes = []
p1 = None
p3 = None
while not rhymes:
ps = random.sample(participles, 2)
rhymes = self.syllfilt(pronouncing.rhymes(ps[0]), 2)
p1 = ps[0]
p2 = random.choice(rhymes)
p3 = ps[1]
noun = random.choice(nouns)
if noun[0] in 'aeoiu':
noun = ' an ' + noun
else:
noun = ' a ' + noun
text = "You can get it " + p1 + "\n"
text += "You can get it " + p2 + "\n"
text += "You can get it " + p3 + noun + "\n"
text += "Matter of fact I've got it now"
return text
def generatePoem(scheme, starting):
possible = []
first_end_word = starting.split()[-1]
rhyming_words = pronouncing.rhymes(first_end_word)
most_sim = list(word_model.most_similar(first_end_word))
for word, prob in most_sim:
if word in rhyming_words:
possible.append(word)
if not possible:
for word in rhyming_words:
if word in word_vec.vocab:
possible.append(word)
if not possible:
print("No rhyming words found! :(")
sys.exit()
scheme_dictionary = {}
scheme_dictionary[scheme[0]] = possible
new_words_list = []
scheme = scheme[1:]
for letter in scheme:
if letter not in scheme_dictionary:
new_word, prob = random.choice(most_sim)
rhyming_words = pronouncing.rhymes(new_word)
possible = [
word for word in word_vec.vocab if word in rhyming_words
]
while len(possible) < 1:
new_word = random.choice(list(word_vec.vocab.keys()))
rhyming_words = pronouncing.rhymes(new_word)
possible = [
word for word in word_vec.vocab if word in rhyming_words
]
new_words_list.append(new_word)
scheme_dictionary[letter] = possible
if not possible:
print("No rhyming words found! :(")
sys.exit()
poem = starting + "\n"
for letter in scheme:
word = random.choice(scheme_dictionary.get(letter))
rev_sent = generate_sent(word)
sent = reverse_sentence(rev_sent)
poem += sent + "\n"
dir_name = "Generated_poems"
root_dir = "/home"
if (os.path.isdir(dir_name)):
os.chdir(dir_name)
with open("poem.txt", "w") as f:
f.write(poem)
else:
os.mkdir(dir_name)
os.chdir(dir_name)
with open("poem.txt", "w") as f:
f.write(poem)
os.chdir(root_dir)
return poem
def get_rhymes(word):
word2 = str(word).strip().lower()
if rhymes(word2) == []:
rhymelist = 'None - Is that an English word?'
else:
rhymelist = rhymes(word2)
return rhymelist
def print_chorus(words_in_chorus, output, pos_dict):
count = 0
count1 = 0
output.write("CHORUS:")
for words in words_in_chorus:
# output.write(words + " ")
count += 1
if count % 10 == 0:
if count1 == 0:
prev_word = words_in_chorus[count - 1]
# print ("prev_word",prev_word)
# idx+=random_idx+1
rhymed_word = pronouncing.rhymes(prev_word)
# print ("rhymed_word",rhymed_word)
while not rhymed_word:
tag_word = nltk.pos_tag([prev_word])[0][1]
prev_word = random.choice(pos_dict[tag_word].keys())
# ix_word = generated[idx]
rhymed_word = pronouncing.rhymes(prev_word)
# idx+=1
words1 = prev_word
# print ("ix_word",ix_word)
if count1:
added_word = 0
# print ("words",words)
# print ("prev_word",prev_word)
tag_word = nltk.pos_tag([prev_word])[0][1]
# print ("tag_word",tag_word)
rhymed_word = pronouncing.rhymes(prev_word)
# print ("rhymed_word",rhymed_word)
for word in rhymed_word:
if (nltk.pos_tag([word])[0][1]) == tag_word:
added_word = 1
words1 = word
break
# print ("sent",sent)
# print ("added_word",added_word)
# if added_word==0:
# if not rhymed_word:
# sent+=[generated[random_idx+1]]
# idx+=random_idx+2
# else:
# sent+=[rhymed_word[0]]
# idx+=random_idx+1
# else:
# idx+=random_idx+1
count1 = 0
else:
# prev_word=ix_word
# sent+=[ix_word]
count1 = 1
output.write(words1 + " ")
# print ("words1",words1)
output.write("\n")
else:
output.write(words + " ")
def rhyme_score(line1, line2, alpha=0.4):
word1 = re.sub(r"\W+", '', line1.split(" ")[-1]).lower().strip(".:;?!")
word2 = re.sub(r"\W+", '', line2.split(" ")[-1]).lower().strip(".:;?!")
if word2 in pronouncing.rhymes(word1) or word1 in pronouncing.rhymes(
word2):
return 1
elif last_syllable(word1) == last_syllable(word1):
return alpha
else:
return 0
def twowordci(word1, word2):
"""Two word rhyme context independent[for all pronunciations] detection, returns bool"""
from pronouncing import rhymes
rhymesword1 = rhymes(word1)
rhymesword2 = rhymes(word2)
for value in rhymesword1:
if value in rhymesword2:
isrhyme = True
return isrhyme
isrhyme = False
return isrhyme
def test_rhymes(self):
rhymes = pronouncing.rhymes("sleekly")
expected = [
'beakley', 'biweekly', 'bleakley', 'meekly', 'obliquely',
'steakley', 'szekely', 'uniquely', 'weakley', 'weakly',
'weekley', 'weekly', 'yeakley']
self.assertEqual(expected, rhymes)
# ensure correct behavior for words that don't rhyme
rhymes = pronouncing.rhymes("orange")
self.assertEqual([], rhymes)
# ensure correct behavior for OOV words
rhymes = pronouncing.rhymes("qwerasdfzxcv")
self.assertEqual([], rhymes)
def get_rhyme(rhyme_word, syllables_required, rhyming_model, syllable_count,
syllable_pronounciation, rhyming_dictionary):
rhyme_word_alt = remove_extension(rhyme_word)
if rhyme_word_alt.upper() in syllable_pronounciation:
pronounciation = syllable_pronounciation[rhyme_word_alt.upper()]
last_occurence_syllable_unstressed = pronounciation.rfind("0")
last_occurence_syllable_stressed = pronounciation.rfind("1")
if last_occurence_syllable_stressed > last_occurence_syllable_unstressed:
sub_pronounciation = pronounciation[:
last_occurence_syllable_stressed]
else:
sub_pronounciation = pronounciation[:
last_occurence_syllable_unstressed]
space_index = sub_pronounciation.rfind(" ")
last_syllable = pronounciation[space_index + 1:]
rhymes = rhyming_model.rhyme_pick(last_syllable, rhyming_dictionary,
syllables_required, syllable_count,
syllable_pronounciation)
for rhyme in rhymes:
if rhyme in banned_end_words or rhyme == rhyme_word:
rhymes.remove(rhyme)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
else:
# No rhymes can be found from the rhyming dictionary, use RhymeBrain
rhymes = rhyming_model.rhyme_brain(rhyme_word, syllables_required,
syllable_pronounciation)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
# No rhymes can be found from RhymeBrain, use pronouncing
else:
rhymes = pronouncing.rhymes(rhyme_word)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
else:
raise NoRhymeError("Cannot find a rhyming word.")
else:
# No rhymes can be found from the rhyming dictionary, use RhymeBrain
rhymes = rhyming_model.rhyme_brain(rhyme_word, syllables_required,
syllable_pronounciation)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
else:
# No rhymes can be found from RhymeBrain, use pronouncing
rhymes = pronouncing.rhymes(rhyme_word)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
else:
raise NoRhymeError("Cannot find a rhyming word.")
return rhyme.lower()
def rhymeindex(lyrics):
if str(artist) + ".rhymes" in os.listdir(".") and train_mode == False:
print ("loading saved rhymes from " + str(artist) + ".rhymes")
return open(str(artist) + ".rhymes", "r",encoding='utf-8').read().split("\n")
else:
rhyme_master_list = []
print ("Building list of rhymes:")
for i in lyrics:
word = re.sub(r"\W+", '', i.split(" ")[-1]).lower()
rhymeslist = pronouncing.rhymes(word)
rhymeslistends = []
for i in rhymeslist:
rhymeslistends.append(i[-2:])
try:
rhymescheme = max(set(rhymeslistends), key=rhymeslistends.count)
except Exception:
rhymescheme = word[-2:]
rhyme_master_list.append(rhymescheme)
rhyme_master_list = list(set(rhyme_master_list))
reverselist = [x[::-1] for x in rhyme_master_list]
reverselist = sorted(reverselist)
rhymelist = [x[::-1] for x in reverselist]
print("List of Sorted 2-Letter Rhyme Ends:")
print(rhymelist)
f = open(str(artist) + ".rhymes", "w", encoding='utf-8')
f.write("\n".join(rhymelist))
f.close()
return rhymelist
def rhyme(r, comment):
print "String found in comment " + comment.id
if comment.id in comment_replied:
print "Skipping comment; already replied to."
#Now, check to make sure we are not replying to ourselves!
#elif comment.author == r.user.me():
#print "Skipping; this is our own comment!"
else:
words = comment.body.split()
index = 0
for word in words:
if "!rhyme" in word:
break
index = index + 1
rhyme_word = words[index + 1]
rhymes = pronouncing.rhymes(rhyme_word)
if len(rhymes) > 0:
reply = rhyme_word + " rhymes with " + random.choice(rhymes)
reply += "\nThank you so much for using me!\n"
reply += "Say hi to me by typing !hibot\n"
reply += "Normal use: Type !rhyme followed by a word you wish to rhyme!\n"
reply += "Secret command: To hear a Chuck Norris joke, comment !chucknorrisjoke anywhere in this subreddit!"
comment.reply(reply)
#Mark this comment as replied to!
comment_replied.append(comment.id)
print "Comment" + comment.id + " replied to!"
#Now write this comment to our text file so we dont
#reply to it in our next run
with open("replied_comments.txt", "a") as output:
output.write(comment.id + "\n")
def classify_lines(lines):
words = set(w for w in flatten_lines(lines)
if get_word_type(w) is not None)
database = {word: {} for word in words}
for word, info in database.items():
info['type'] = get_word_type(word)
info['rhyming_words'] = set(
pronouncing.rhymes(word)).intersection(words)
info['begin_line_count'] = 0
info['begin_line_prob'] = 0
for l in lines:
if not l:
continue
first_word = l[0]
if not first_word in database:
continue
info = database[first_word]
info['begin_line_count'] += 1
for word, info in database.items():
info['begin_line_prob'] = info['begin_line_count'] / len(words)
return database
def rhyme(rand):
poem = "\n"
print()
f = open("dict/Poems/%s"%(poems[rand.pop()%len(poems)]),"r")
poe = f.readlines()
f.close()
for i in range(len(poe)):
poe[i] = re.sub('\n', 'X',poe[i])
poe[i] = re.sub('[^A-Za-z0-9]+', ' ',poe[i])
poe[i] = re.sub('X', '\n',poe[i])
poe = ''.join(poe)
poe = poe.lower()
poe = re.sub(' ', '',poe)
poe = poe.split("\n")
for i in range(len(poe)):
out = list()
if i > 0:
for word in poe[i].split():
rhymes = pronouncing.rhymes(word)
if len(rhymes) > 0:
out.append(rhymes[rand.pop() % len(rhymes)])
else:
out.append(word)
print(' '.join(out))
poem += ' '.join(out)
else:
poem += poe[i]
print(poe[i])
tts = gTTS(text=poem, lang='en')
tts.save("poem.mp3")
os.system("poem.mp3")
def rhymeindex(lyrics):
if str(rapper) + ".rhymes" in os.listdir(".") and train == False:
print "loading saved rhymes from " + str(rapper) + ".rhymes"
return open(str(rapper) + ".rhymes", "r").read().split("\n")
else:
rhyme_master_list = []
print "Alright, building the list of all the rhymes"
for i in lyrics:
word = re.sub(r"\W+", '', i.split(" ")[-1]).lower()
rhymeslist = pronouncing.rhymes(word)
rhymeslist = [x.encode('UTF8') for x in rhymeslist]
rhymeslistends = []
for i in rhymeslist:
rhymeslistends.append(i[-2:])
try:
rhymescheme = max(set(rhymeslistends), key=rhymeslistends.count)
except Exception:
rhymescheme = word[-2:]
rhyme_master_list.append(rhymescheme)
rhyme_master_list = list(set(rhyme_master_list))
reverselist = [x[::-1] for x in rhyme_master_list]
reverselist = sorted(reverselist)
rhymelist = [x[::-1] for x in reverselist]
f = open(str(rapper) + ".rhymes", "w")
f.write("\n".join(rhymelist))
f.close()
print rhymelist
return rhymelist
def myRhym(word):
pron = pronouncing.rhymes(word)
if len(pron) == 0:
bupron = []
i = 5
while len(bupron) < 5:
bupron = rhyme(word, i)
if len(bupron) == 5:
burpon = rhyme(word, i - 1)
break
i -= 1
if word in bupron: bupron.remove(word)
return burpon
else:
bupron = []
i = 5
while len(bupron) < 5:
bupron = rhyme(word, i)
if len(bupron) == 5:
burpon = rhyme(word, i - 1)
break
i -= 1
for w in bupron:
if w not in pron and w != word:
pron.append(w)
if word in bupron: bupron.remove(word)
return pron
def rhymeindex(lyrics):
if str(artist) + ".rhymes" in os.listdir(".") and train_mode == False:
print "loading saved rhymes from " + str(artist) + ".rhymes"
return open(str(artist) + ".rhymes", "r").read().split("\n")
else:
rhyme_master_list = []
print "Alright, building the list of all the rhymes"
for i in lyrics:
word = re.sub(r"\W+", '', i.split(" ")[-1]).lower()
rhymeslist = pronouncing.rhymes(word)
rhymeslist = [x.encode('UTF8') for x in rhymeslist]
rhymeslistends = []
for i in rhymeslist:
rhymeslistends.append(i[-2:])
try:
rhymescheme = max(set(rhymeslistends), key=rhymeslistends.count)
except Exception:
rhymescheme = word[-2:]
rhyme_master_list.append(rhymescheme)
rhyme_master_list = list(set(rhyme_master_list))
reverselist = [x[::-1] for x in rhyme_master_list]
reverselist = sorted(reverselist)
rhymelist = [x[::-1] for x in reverselist]
f = open(str(artist) + ".rhymes", "w")
f.write("\n".join(rhymelist))
f.close()
print rhymelist
return rhymelist
def test_rhymes_for_single_pronunciation(self):
rhymes = pronouncing.rhymes("sleekly")
expected = [
'beakley', 'bi-weekly', 'biweekly', 'bleakley', 'meekly',
'obliquely', 'steakley', 'szekely', 'uniquely', 'weakley',
'weakly', 'weekley', 'weekly', 'yeakley']
self.assertEqual(expected, rhymes)
def count_rhymes(lyrics_string):
n_rhymes = 0,
for index in range(1, len(lyrics_string)):
if lyrics_string[index].split()[-1] in pronouncing.rhymes(
lyrics_string[index - 1].split()[-1]):
n_rhymes += 1
return n_rhymes
def find_nearest(vec, prev_word, method='cosine'):
if method == 'cosine':
nearest_word = ""
max_val = -1
list_vec = []
rhymed_words = pronouncing.rhymes(prev_word)
for word in rhymed_words:
try:
val = np.dot(vec, glove_model[word])
list_vec.insert(0, [val, word])
if max_val < val:
max_val = val
nearest_word = word
except Exception as e:
pass
sorted_list_vec = sorted(list_vec, key=lambda x: x[0])
# if previous_word == sorted_list_vec[0][1]:
# return sorted_list_vec[1][0],sorted_list_vec[1][1]
# else:
# return sorted_list_vec[0][0],sorted_list_vec[0][1]
len_gen = len(rhymed_words)
for y in range(len(sorted_list_vec)):
flag = 0
for x in rhymed_words:
if x == sorted_list_vec[y][1]:
break
flag += 1
if flag == len_gen:
return sorted_list_vec[y][0], sorted_list_vec[y][1]
else:
raise Exception(
'{} is not an excepted method parameter'.format(method))
def get_rhyme_scheme(last_words_per_line):
"""
Convert a list of words to a rhyme scheme represented as a string, such as 'aabb' if the first two
words rhyme, and the last two words rhyme.
"""
alphabet = string.ascii_lowercase
rhyme_scheme = np.empty(len(last_words_per_line), dtype=str)
k = 0
for i in range(len(last_words_per_line)):
if rhyme_scheme[i] == '':
if last_words_per_line[i] is not None:
rhyme_scheme[i] = alphabet[k % 26]
# determine rhyming words
rhyme_list = pronouncing.rhymes(last_words_per_line[i])
# if none of the rhyme words are found in the sentence, try with alternative pronounciations.
if not np.any([x in rhyme_list for x in last_words_per_line]):
rhyme_list = rhymes_all(last_words_per_line[i])
# find the matching rhyme words and edit the rhyme_scheme
if np.any([x in rhyme_list for x in last_words_per_line]):
rhyme_scheme[(np.array(
[x in rhyme_list for x in last_words_per_line]) &
(rhyme_scheme == ''))] = alphabet[k % 26]
k += 1
else:
rhyme_scheme[i] = '?'
return ''.join(rhyme_scheme)
def rhyme_scheme(lines):
scheme = '0'
i = 1
r_words = {}
words = word_tokenize(lines[0])
if words[-1] in string.punctuation or words[-1] == '...':
r_word = words[-2]
else:
r_word = words[-1]
r_words[r_word] = 0
while i < len(lines):
words = word_tokenize(lines[i])
if words[-1] in string.punctuation or words[-1] == '...':
r_word = words[-2]
else:
r_word = words[-1]
rhymes = pronouncing.rhymes(r_word)
new_rhyme = True
for j in r_words.keys():
if j in rhymes:
scheme = scheme + str(r_words[j])
new_rhyme = False
if new_rhyme:
r_words[r_word] = len(r_words)
scheme = scheme + str(r_words[r_word])
i += 1
return scheme
def findRhymingWord(self, inputWord): rhymingWords = pronouncing.rhymes(inputWord) maxWords = min(5, len(rhymingWords)) if(maxWords == 0): return "hello" randomNum = (random.randrange(0,maxWords)) return rhymingWords[randomNum]
def check_tweet(text, exclusions=[]):
lower = text.lower()
# remove newline
lower = lower.replace('\n', ' ')
# dont include retweets or @ mentions
if (starts_with(lower, 'rt') or starts_with(lower, '@')
or starts_with(lower, '.')):
return False
# throw out tweets with links
if ('http' in lower):
return False
lower = cleanup_text(lower, exclusions)
# make sure things stay reasonably short
if num_syllables(lower) > 16:
return False
# check to be sure that the last word can be rhymed to
last_word = lower.split()[-1].split('-')[-1]
if len(pronouncing.rhymes(last_word)) == 0:
return False
return True
def list_phonetic_rhymes(word):
list_phonetic = []
for word in pronouncing.rhymes(word):
phonetic = p.convert(word)
if "*" not in phonetic:
list_phonetic.append(phonetic)
return list_phonetic
def phonetic_weight(name_to_remember, current_trigger_word,pw):
#create metaphone codes without the first unnecessary letters
if name_to_remember[0] == ('w' or 'q'):
w1_without_fl = phonetics.metaphone(name_to_remember[2:])
else:
w1_without_fl = phonetics.metaphone(name_to_remember[1:])
if current_trigger_word[0] == ('w' or 'q'):
w2_without_fl = phonetics.metaphone(current_trigger_word[2:])
else:
w2_without_fl = phonetics.metaphone(current_trigger_word[1:])
#calculate the levenshtein distance between the two metaphone codes
score_without_fl = enchant.utils.levenshtein(w1_without_fl, w2_without_fl)
#create a list of all known rhyming words from the pronouncing library
checklist = pronouncing.rhymes(name_to_remember)
#check if the candidate trigger word is in the list of know rhyming words
if current_trigger_word in checklist:
return pw
#otherwise calculate its phonetic similarity using the users pw(phonetic weight) and ..
#..the levenshtein/metaphone score
elif score_without_fl == 0:
return pw/1.5
else:
return pw/(score_without_fl+1)
#the_list = create_output_list_v3(doc,start_word, pw, slw, flw, pwsw)
def rhyme(self, inp, level, exact=True):
inp = inp.lower()
entries = nltk.corpus.cmudict.entries()
syllables = [(word, syl) for word, syl in entries if word == inp]
strip_stress = lambda syl: [s[0:2] if len(s) > 2 else s for s in syl]
strip = lambda syl: [
strip_stress(s) for s in syl if s == 'L' or s[0:2] in self.VOWELS
]
rhyme_check = lambda test, syl, f: all([
len(f(test)) >= i and f(test)[-i] == f(syl)[-i]
for i in range(1,
min(level, len(f(syl)),
len(f(test)) + 1) + 1)
])
vowel_end = lambda pron: len(pron[-2]) > 2 and pron[-1] == 'Z' or len(
pron[-1]) > 2 if len(pron) > 2 else len(pron[-1])
vowel_check = lambda test, syl: vowel_end(test) if vowel_end(
syl) else True
rhymes = []
for (word, syllable) in syllables:
rhymes += [
word for word, pron in entries if vowel_check(pron, syllable)
and rhyme_check(pron, syllable, strip)
]
rhymes.append(inp)
return set(rhymes) | set(pronouncing.rhymes(inp))
def make_poem_lines(questions, num_of_couplets):
"""take in questions, make poem"""
keys = list(questions.keys())
#print(keys)
poem = []
found = False
for index in range(0, len(keys)):
#print("-----------------" + str(keys[index])+ "----------------------")
same_length_poem = []
if keys[index] > 3 and keys[index] < 12:
same_length_questions = list(set(questions[keys[index]]))
used = set()
for i in range(0, len(same_length_questions)):
a_question = same_length_questions[i]
for j in range(i + 1, len(same_length_questions)):
another_question = same_length_questions[j]
if a_question in used or another_question in used:
continue
if a_question.split()[-1] in pronouncing.rhymes(
another_question.split()[-1]):
same_length_poem.append([a_question, another_question])
used.add(a_question)
used.add(another_question)
if len(same_length_poem) > num_of_couplets:
poem.append(same_length_poem)
return poem
def get_rhyme(rhyme_word, syllables_required, rhyming_model, syllable_count, syllable_pronounciation, rhyming_dictionary):
rhyme_word_alt = remove_extension(rhyme_word)
if rhyme_word_alt.upper() in syllable_pronounciation:
pronounciation = syllable_pronounciation[rhyme_word_alt.upper()]
last_occurence_syllable_unstressed = pronounciation.rfind("0")
last_occurence_syllable_stressed = pronounciation.rfind("1")
if last_occurence_syllable_stressed > last_occurence_syllable_unstressed:
sub_pronounciation = pronounciation[:last_occurence_syllable_stressed]
else:
sub_pronounciation = pronounciation[:last_occurence_syllable_unstressed]
space_index = sub_pronounciation.rfind(" ")
last_syllable = pronounciation[space_index + 1:]
rhymes = rhyming_model.rhyme_pick(last_syllable, rhyming_dictionary, syllables_required, syllable_count, syllable_pronounciation)
for rhyme in rhymes:
if rhyme in banned_end_words or rhyme == rhyme_word:
rhymes.remove(rhyme)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
else:
# No rhymes can be found from the rhyming dictionary, use RhymeBrain
rhymes = rhyming_model.rhyme_brain(rhyme_word, syllables_required, syllable_pronounciation)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
# No rhymes can be found from RhymeBrain, use pronouncing
else:
rhymes = pronouncing.rhymes(rhyme_word)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
else:
raise NoRhymeError("Cannot find a rhyming word.")
else:
# No rhymes can be found from the rhyming dictionary, use RhymeBrain
rhymes = rhyming_model.rhyme_brain(rhyme_word, syllables_required, syllable_pronounciation)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
else:
# No rhymes can be found from RhymeBrain, use pronouncing
rhymes = pronouncing.rhymes(rhyme_word)
if len(rhymes) >= 1:
rhyme = random.choice(rhymes)
else:
raise NoRhymeError("Cannot find a rhyming word.")
return rhyme.lower()
def test_rhymes_for_multi_pronunciation(self):
# ensure correct behavior for words that have multiple pronunciations
rhymes = pronouncing.rhymes("dove")
expected = [
"above", "belove", "boeve", "bove", "clove", "cove",
"deneuve", "drove", "glove", "gov", "gove", "grove",
"hove", "labauve", "labov", "labove", "love", "nov",
"o'glove", "of", "rove", "shove", "soave", "stove",
"strove", "thereof", "throve", "tov", "trove", "vanhove",
"wove"]
self.assertEqual(expected, rhymes)
def rhyme(line, rhyme_list):
word = re.sub(r"\W+", '', line.split(" ")[-1]).lower()
rhymeslist = pronouncing.rhymes(word)
rhymeslist = [x.encode('UTF8') for x in rhymeslist]
rhymeslistends = []
for i in rhymeslist:
rhymeslistends.append(i[-2:])
try:
rhymescheme = max(set(rhymeslistends), key=rhymeslistends.count)
except Exception:
rhymescheme = word[-2:]
try:
float_rhyme = rhyme_list.index(rhymescheme)
float_rhyme = float_rhyme / float(len(rhyme_list))
return float_rhyme
except Exception:
return None
def test_rhymes(self):
rhymes = pronouncing.rhymes("sleekly")
expected = [
"beakley",
"biweekly",
"bleakley",
"meekly",
"obliquely",
"steakley",
"szekely",
"uniquely",
"weakley",
"weakly",
"weekley",
"weekly",
"yeakley",
]
self.assertEqual(expected, rhymes)
def findRhymes(word): return pronouncing.rhymes(word)
def is_negated(word1, word2): # check to see if the rhyme is just the other word with a negative # prefix stuck on. stuff like "too unhappy to be happy" is crappy for prefix in prefixes: if word1 == prefix + word2 or word2 == prefix + word1: return True return False while not word2: rhymes = [] # pick random words until we find one with at least one rhyme while len(rhymes) < 1: word1 = str(random.choice(adjectives)) print word1 rhymes = pronouncing.rhymes(word1) print rhymes print len(rhymes) # we're about to iterate through the rhyme list and post the # first suitable rhyme we find. thus, we need to randomize the # order of the list; otherwise the same word will always end up # with the same rhyme. random.shuffle(rhymes) # try each rhyme in the list until we find one that is an # adjective but is not just our first word with a prefix that # negates it for attempt in rhymes: attempt = str(attempt) print "Trying %s." % attempt
import double_metaphone
import collections
import pronouncing
import editdistance
WORD = 'nakedness'
WORD = "untrimmed"
WORD = 'factorize'
WORD = 'obscurantism'
WORD = 'polyhedral'
print pronouncing.rhymes(WORD)
metaphone_to_word = collections.defaultdict(set)
for word in pronouncing.pronunciations:
encoded = word.encode('utf8')
for dm in double_metaphone.dm(encoded):
if dm:
metaphone_to_word[dm].add(word)
by_distance = []
for word in pronouncing.pronunciations:
distance = editdistance.eval(word, WORD)
if word.startswith(WORD[0]):
distance -= 1
if word.endswith(WORD[-1]):
distance -= 1
character_difference = abs(len(word) - len(WORD))
by_distance.append((distance, character_difference, word))
by_distance.sort()
def test_rhymes_for_non_rhyming(self):
# ensure correct behavior for words that don't rhyme
rhymes = pronouncing.rhymes("orange")
self.assertEqual([], rhymes)
import sys
import pymongo
from models import Poem
import pprint
import utils
import pronouncing
print pronouncing.rhymes('a')
print pronouncing.rhymes('the')
raise 'STOp'
db = pymongo.MongoClient().poetry
document = db.poems.find_one({'_id': '10'})
poem = Poem(document, db)
pprint.pprint(poem.get_rhymes())
poem.set_rhymes()
def test_rhymes_for_out_of_vocab(self):
# ensure correct behavior for OOV words
rhymes = pronouncing.rhymes("qwerasdfzxcv")
self.assertEqual([], rhymes)