def test_number_of_syllables(self):
MC = MCMarkov(self.where_the_sidewalk_ends, 1, True)
new_song = MC.create_song(couplet_count=5, syllable_count=10)
for couplet in new_song:
for line in couplet:
sylcount = sum(nsyl(word) for word in line)
self.assertEqual(sylcount, 10)
def create_line(self, startingword, syllable_count): # To be changed to syllable count
line = [startingword]
remaining_syllable_count = syllable_count - nsyl(startingword)
i = 0
while remaining_syllable_count > 0:
if i == 0:
word = self.markovchain.next_word([startingword])
else:
word = self.markovchain.next_word([word])
if word == '\n': # If previous word has no following words, backup and start again
prevword = line.pop()
remaining_syllable_count += nsyl(prevword)
if nsyl(word) <= remaining_syllable_count:
line.append(word)
remaining_syllable_count -= nsyl(word)
i += 1
if self.reverse:
line = line[::-1]
return line
def test_syllable_map(self):
MC = MCMarkov(self.where_the_sidewalk_ends, 1, True)
syllable_map = [[7, 10], [5, 12]]
new_song = MC.create_song(couplet_count=None, syllable_count=None, syllable_map=syllable_map)
for i, couplet in enumerate(new_song):
couplet_map = syllable_map[i]
for j, line in enumerate(couplet):
line_map = couplet_map[j]
sylcount = sum(nsyl(word) for word in line)
self.assertEqual(sylcount, line_map)
def test_lines_in_couplet_have_syllable_length(self):
MC = MCMarkov(self.where_the_sidewalk_ends, 1, True)
song = MC.create_song(4, 10)
for couplet in song:
for line in couplet:
self.assertEqual(sum(nsyl(word) for word in line),10)