def test_entries():
EXPECTED = 135093
e = cmudict.entries()
COUNT = len(e)
if (COUNT != EXPECTED):
raise AssertionError(
'cmudict.entries(): Expected {0} entries, got {1}.'.format(
EXPECTED, COUNT))
def lookup2_word(word_s):
entries = [e[1] for e in cmudict.entries() if e[0] == word_s]
return entries
head = p_word[0]
value = ''
for syllable in p_word[1]:
parts = re.split('(\d+)', syllable) # split off stress
for component in parts:
if component in arpabet.keys():
value = value + arpabet[component]['ipa']
return (head, value)
print('loading words...')
extras = [('hypotenuse', 'HH AH0 P AA1 T AH N Y UW2 Z'.split(' ')),
('quadratical', 'K W AA2 D R AE1 T IH K AH L'.split(' '))]
for thisWord in list(cmudict.entries()) + extras:
if thisWord[0] in pronounceDict.keys():
continue # keep only the first instance
thisWord = encodeWord(thisWord)
pronounceDict[thisWord[0]] = thisWord[1]
print()
#print('finished loading...')
paragraph = 'demand'
print(paragraph)
print()
paragraph = paragraph.lower()
# First we are simply finding words of length 8 with 3 i letters
# -- some preprocessing of the dictionary entries is involved --
for bar in foo:
bar = bar.split("/")[0]
if "\n" in bar:
bar = bar[:-2]
bar = bar.lower()
if len(bar) == 8 and three_i(bar):
# now we look at pronunciation with cmudict...
temp = 0
try:
temp = cmudict.words().index(bar)
except:
temp = -1
if temp >= 0:
temp = cmudict.entries()[temp]
temp = temp[1]
#now check each syllable...
no_i_sound = True
for syl in temp:
if "IH" in syl or "AY" in syl:
no_i_sound = False
break
if no_i_sound:
# finally we want to get rid of names or obscure words by just checking
# to see if PyDictionary recognizes it...
meaning = pydict.meaning(bar, disable_errors=True)
if meaning != {} and type(meaning) != type(None):
print(bar)
foo.close()
#Programmer: Mark Morreale
#Goal: Find probability of whether "ie" or "ei" occurs to make the sound IY (ARPABET) in English words
#Use the CMUDict Pronouncing Dictionary to find when words contain the sound IY
#It has the raw data (and entries data) and the sets will be made from those lines,
#excluding extra info from the set
#TODO: add list of all CMUDict words containing the sound IY @markmorreale
#use more methods to work with all the words in the dictionary
#create initial list of all entries regardless of letters and sounds
import cmudict
init_dict = cmudict.entries()
ie_entries = []
ei_entries = []
IY_entries = []
for entry in init_dict:
if "ie" in entry[0]:
ie_entries.append(entry)
if "ei" in entry[0]:
ei_entries.append(entry)
for sound in entry[1]:
if "IY" in sound:
IY_entries.append(entry)
#We now have three sets of words that contain letters or sounds we are investigating
#Can check statistics on those sets