def test_letter_count(self):
count = textstat.letter_count(self.long_test)
count_spaces = textstat.letter_count(self.long_test,
ignore_spaces=False)
self.assertEqual(1688, count)
self.assertEqual(2061, count_spaces)
def test_letter_count():
textstat.set_lang("en_US")
count = textstat.letter_count(long_test)
count_spaces = textstat.letter_count(long_test, ignore_spaces=False)
assert count == 1688
assert count_spaces == 2061
def test_letter_count():
count = textstat.letter_count(long_test)
count_spaces = textstat.letter_count(
long_test, ignore_spaces=False
)
assert count == 1688
assert count_spaces == 2061
def get_raw_stats(book, text):
return {
'total_words': textstat.lexicon_count(text),
'total_sentences': len(sent_tokenize(text)),
'total_letters': textstat.letter_count(text),
'total_syllables': textstat.syllable_count(text),
# 'total_paragraphs': len(get_paragraphs(text)),
# 'average_word_difficulty': get_average_frequency(book)
}
def words_sentence_syllables(data_list):
words_12_letters = []
words_4_syllables = []
words_12_count = 0
words_4_count = 0
for sentence in data_list:
for word in sentence.split():
count4 = textstat.syllable_count(word)
count12 = textstat.letter_count(word)
if count12 > 12:
words_12_count += 1
words_12_letters.append((count12, word))
if count4 > 4:
words_4_count += 1
words_4_syllables.append((count4, word))
return words_12_letters, words_12_count, words_4_syllables, words_4_count
