def song_from_poem(self, text_file):
poem = Poem(text_file) # read the file as a Poem object
# choose a root to our arpeggio
root = 60 + (poem.total_syllables() % 12)
# iterate over each syllable
for line in poem.lines:
chord_root = root + self._scale_intervals[
(self.sum_string(str(line)) % 8)]
for word in line.words:
if chord_root == 1 or chord_root == 3 or chord_root == 5:
chord_type = "major"
else:
chord_type = "minor"
# determine pitch by summing characters
pitch = (self.sum_string(str(word))) % len(
self._arpeggios[chord_type])
# determine duration by length of syllable
duration = (word.syllables % 3) + 1
# add the new note to our local list of notes
self.notes.append(
self.Note(chord_root + self._arpeggios[chord_type][pitch],
duration))
def pogen(syl, time, genre, sBool):
# Initialize Poem class and generate the poem
category = time + '_' + genre
corpus = PoemUtility.tokenize(category + '.csv')
matrix = MarkovMatrix(corpus, 2)
poeminstance = Poem(matrix, syl, category, sBool)
print("\nPlease wait a few seconds, PoGen is thinking...")
poem = poeminstance.generatePoem()
print("\n***********************************************\n")
print(poem)
print("***********************************************\n")
def write_poetry():
"""Writes and evaluates 10 new poems. Returns the best one.
Returns:
poems (list): 10 new poems.
"""
x = 0
new_poems = []
frags = call_fragments()
verbs = get_verbs(frags)
nouns = get_noun_phrases(frags)
print("Writing poems...")
while x < 10:
num_nouns = random.randint(1, 20)
num_verbs = random.randint(1, 20)
# Makes a proto-poem (nouns and verbs in a list).
list_poem = make_list_poem(verbs, nouns, num_nouns, num_verbs)
line_breaks = random.randint(0, 15)
y = 0
while y < line_breaks:
list_poem.insert(random.randint(0, len(list_poem)), "\n]")
y += 1
text = " ".join(list_poem)
new_poem = Poem(text, num_nouns, num_verbs)
new_poems.append(new_poem)
x += 1
return new_poems
def generate_poem(ngrams, all_comments, degree):
'''Creates a poem object with 5 lines of content'''
poem_content = []
for i in range(5):
line = generate_line(ngrams, all_comments, DEGREE)
poem_content.append(line)
poem = Poem(poem_content)
return poem
def make_poems(poem_list):
"""Converts poem strings into poem objects.
Args:
poem_list (list): list of poems (as strings)
Returns:
poems (list): list of poems (as Poem objects)
"""
poems = []
for text in poem_list:
poems.append(Poem(text, num_nouns = None, num_verbs = None))
return poems
def main():
dataset = []
i = 1
with open('poetry_dataset.csv', 'wt') as pcsv:
p_writer = csv.writer(pcsv, delimiter='\t')
p_writer.writerow(
['Order', 'Id', 'Author', 'Url', 'Title', 'Text', 'Word_Count'])
for order in range(1, 84):
print(order)
index_page = 'http://www.chinapoesy.com/XianDaiList_%d.html' % order # 83 index pages at most
peom_link_list = parseIndexPage(index_page)
for poem_link in peom_link_list:
poem = Poem(poem_link)
p_writer.writerow([
i, poem.id, poem.author, poem.poem_url, poem.title,
poem.text, poem.wordCount
])
i += 1
#print(poem.id)
#print(poem.author)
#print(poem.poem_url)
print(poem.title)
#print(poem.text.encode('gbk', 'ignore').decode('gbk').split())
print(i)
CONSUMER_KEY = environ['CONSUMER_KEY']
CONSUMER_SECRET = environ['CONSUMER_SECRET']
ACCESS_KEY = environ['ACCESS_KEY']
ACCESS_SECRET = environ['ACCESS_SECRET']
# Connect to API
auth = tweepy.OAuthHandler(CONSUMER_KEY, CONSUMER_SECRET)
auth.set_access_token(ACCESS_KEY, ACCESS_SECRET)
api = tweepy.API(auth)
# Connect to database
all_non_tweeted_poems = Poem_database.query.filter_by(tweeted=False).all()
random_poem = random.choice(all_non_tweeted_poems)
poem = Poem(author=random_poem.author,
title=random_poem.title,
content=random_poem.content)
now = datetime.now()
current_time = now.strftime("%H:%M:%S")
print(f"Current Time : {current_time}")
print(f"Poem {poem.title} \n {poem.content}")
poem.parse()
print(f"Parsed poem {poem.title}: \n ")
print(*poem.parsed_content, sep="\n + ")
if __name__ == "__main__":
try:
poem.tweet(api)
random_poem.tweeted = True
"la musique, la chevalerie, l’ascétisme, ont pu ajouter à l’amour) découle non d’un idéal de beauté qu’ils ont "
"élu, mais d’une maladie inguérissable ; comme les juifs encore (sauf quelques-uns qui ne veulent fréquenter que "
"\n His many legs, pitifully thin compared with the size of the rest of "
"him, waved about helplessly as he looked. \"What's happened to me? \" he thought. It wasn't a dream. His room, "
"a proper human room although a little too small, ze2o9pDPNRAyH0oGyL8nuQL4uoiVKO4aR1w4ItcN1lEe3WdZcYLNqSkHYzQZi817CcurgjPEbbhkjIGhxr6PjVnq4zXxGF4deTdebx9Cox1YPjd2ND0"
"A4syUxeQjPqoeVosodw98cBmugixPPl3poPeJJMzde9Dp6U0qvp3NLUGCWDFdEyWwyWim7UHoUmcD1dKAt5RRaROZdXdwKjAKcPE913RoktFImpSpTH "
"csuB2RdluJDNds5N8XHZ1YWSswnu2UigQAJRhLs1bUwwsAZttvCjBJn4fjA2 lay peacefully between its four familiar walls."
]
title_tests = [
"Bannières de mai", "Automne", "Emma", "Le fils des armures", "L'abandon",
"Aux Champs Élyséens", "Le confiteor de l'artiste", "La Gitana"
]
for test in title_tests:
random_poem = Poem_database.query.filter_by(title=test).all()[0]
poem = Poem(author=random_poem.author,
title=random_poem.title,
content=random_poem.content)
print(f"Poem {poem.title}")
poem.parse()
print("Parsed poem :")
print(*poem.parsed_content, sep="\n +")
for test in test_poems:
print("\n\n\n")
poem = Poem(content=test)
poem.parse()
print("Parsed poem :")
print(*poem.parsed_content, sep="\n +")