def generate(corpus='./poetry/english_poems.txt',
db='./graphs/small_graph.db',
theme=''):
"""
Generates an English poem.
:param corpus: poetry corpus
:param db: graph database
:param theme: theme of the poem
:return: poem
"""
# The character used in the graph to separate words from tags.
separator = '_'
# The tags used in the graph.
tag_list = ['NN', 'VB', 'JJ', 'NNP']
if db.endswith('lsa.db'):
separator = '\\'
tag_list = ['n', 'v', 'a']
return generate_poem('en',
corpus,
db,
tag_list,
theme,
tag_separator=separator,
newline='&')
def index():
if request.method == 'POST':
sentences_count = 4
poem = ['' for i in range(sentences_count)]
try:
poem_1 = request.form['poem_1']
poem_2 = request.form['poem_2']
poem_3 = request.form['poem_3']
poem_4 = request.form['poem_4']
if poem_1:
topic_id = random.randint(0, 10) #TODO
given_poem = [poem_1, poem_2, poem_3, poem_4]
sentence_len = len(given_poem[0])
while True:
poem = generate_poem.generate_poem_with_poem4(given_poem,\
collocations_v, collocations_h, words, topic_words[topic_id], start_words)
print(poem)
flag = True
for i in range(4):
if len(poem[i]) != sentence_len:
flag = False
break
if flag:
break
else:
topic_id = random.randint(0, 10)
sentence_len = 7
start_word = random.choice(start_words)
print(start_word)
while True:
poem = generate_poem.generate_poem(topic_id, sentence_len, sentences_count, start_word,\
collocations_v, collocations_h, words, topic_words[topic_id], start_words)
print(poem)
flag = True
for i in range(4):
if len(poem[i]) != sentence_len:
flag = False
break
if flag:
break
except Exception as e:
print(e)
return render_template('index.htm',
poem_1=poem[0],
poem_2=poem[1],
poem_3=poem[2],
poem_4=poem[3])
return render_template('index.htm', g = g)
def index():
if request.method == 'POST':
sentences_count = 4
poem = ['' for i in range(sentences_count)]
try:
poem_1 = request.form['poem_1']
poem_2 = request.form['poem_2']
poem_3 = request.form['poem_3']
poem_4 = request.form['poem_4']
if poem_1:
topic_id = random.randint(0, 10) #TODO
given_poem = [poem_1, poem_2, poem_3, poem_4]
sentence_len = len(given_poem[0])
while True:
poem = generate_poem.generate_poem_with_poem4(given_poem,\
collocations_v, collocations_h, words, topic_words[topic_id], start_words)
print(poem)
flag = True
for i in range(4):
if len(poem[i]) != sentence_len:
flag = False
break
if flag:
break
else:
topic_id = random.randint(0, 10)
sentence_len = 7
start_word = random.choice(start_words)
print(start_word)
while True:
poem = generate_poem.generate_poem(topic_id, sentence_len, sentences_count, start_word,\
collocations_v, collocations_h, words, topic_words[topic_id], start_words)
print(poem)
flag = True
for i in range(4):
if len(poem[i]) != sentence_len:
flag = False
break
if flag:
break
except Exception as e:
print(e)
return render_template('index.htm',
poem_1=poem[0],
poem_2=poem[1],
poem_3=poem[2],
poem_4=poem[3])
return render_template('index.htm', g=g)
def generate(corpus='./poesie/poesie_francaise.txt',
db='./graphs/french_pruned.db',
theme=''):
"""
Generates a French poem.
:param corpus: poetry corpus
:param db: graph database
:param theme: theme of the poem
:return: poem
"""
# The tags used in the graph.
tag_list = ['NN', 'NNP', 'VB', 'JJ']
# The character that separates the word and the tag in the graph
tag_separator = '_'
# The character that replaces the newline character in text processing
newline = ';'
return generate_poem('fr', corpus, db, tag_list, theme,
tag_separator, newline)
def generate(corpus='./poetry/english_poems.txt',
db='./graphs/small_graph.db',
theme=''):
"""
Generates an English poem.
:param corpus: poetry corpus
:param db: graph database
:param theme: theme of the poem
:return: poem
"""
# The character used in the graph to separate words from tags.
separator = '_'
# The tags used in the graph.
tag_list = ['NN', 'VB', 'JJ', 'NNP']
if db.endswith('lsa.db'):
separator = '\\'
tag_list = ['n', 'v', 'a']
return generate_poem('en', corpus, db, tag_list, theme,
tag_separator=separator, newline='&')
def generate(corpus='./runoutta/runoutta_aakkosellinen.txt',
db='./graphs/verkko.db',
theme=''):
"""
Generates a Finnish poem.
:param corpus: poetry corpus
:param db: graph database
:param theme: theme of the poem
:return: poem
"""
# The character used in the graph to separate words from tags.
separator = '_'
# The tags used in the graph.
tag_list = ['POS=NOUN', 'POS=VERB', 'POS=ADJECTIVE', 'POS=ADVERB']
return generate_poem('fi',
corpus,
db,
tag_list,
theme,
tag_separator=separator,
newline='*')
def again_train(self, event):
#再次训练新的诗歌
generate_poem.generate_poem()
kl = []
ml = []
flag2 = 1
nm_dic = {self.vv1: 1}
transitory = {}
for item in [self.vv2, self.vv3]:
if item != '':
flag2 += 1
nm_dic[item] = 1
for key in nm_dic.keys():
nm1_similar = w2v_model.most_similar(positive=[key], topn=10)
for j in range(0, len(nm1_similar)):
transitory[nm1_similar[j][0]] = nm1_similar[j][1]
nm1_dic = {**nm_dic, **transitory}
poems = {}
with open('./poem_output.txt', 'r') as f1:
for line in f1.readlines():
line = zhconv.convert(line.strip('\n'), 'zh-cn')
kl.append(line)
while '' in kl:
kl.remove('')
i = 0
while (i >= 0) & ((2 * i + 1) < len(kl)):
ml.append(kl[2 * i] + '\n' + kl[2 * i + 1])
i += 1
cl = ml[:]
# 判断输入不同关键字个数的阈值
for i in ml:
score = 0
for item in nm1_dic.keys():
if item in i:
score += nm1_dic[item]
if score == 0:
cl.remove(i)
elif (flag2 == 1) & (score >= 1.7):
poems[i] = score
elif (flag2 == 2) & (score >= 2.7):
poems[i] = score
elif (flag2 == 3) & (score >= 3.7):
poems[i] = score
# 输出要排序
with open('./similar_output.txt', 'w') as fileObject:
for k in sorted(poems, key=poems.__getitem__, reverse=True):
fileObject.write(k)
fileObject.write('\n\n\n')
# with open('./poem_output.txt', 'r') as f1:
# for line in f1.readlines():
# line = line.strip('\n')
# kl.append(line)
# while '' in kl:
# kl.remove('')
# i = 0
# while (i >= 0) & ((2 * i + 1) < len(kl)):
# ml.append(kl[2 * i] + '\n' + kl[2 * i + 1])
# i += 1
# cl = ml[:]
#
# for i in ml:
# if (self.vv1) not in i:
# cl.remove(i)
# elif (self.vv2) not in i:
# cl.remove(i)
# elif (self.vv3) not in i:
# cl.remove(i)
# ml = cl
# with open('./similar_output.txt', 'w') as fileObject:
# for p in ml:
# fileObject.write(p)
# fileObject.write('\n\n\n')
self.again_button.Bind(wx.EVT_BUTTON, MyDialog5(None).OnClick)
def find(self, event):
v1 = self.nm1.GetValue()
v2 = self.nm2.GetValue()
v3 = self.nm3.GetValue()
MyDialog3(self).vv1 = MyDialog3(self).vv1.replace(
MyDialog3(self).vv1, v1)
MyDialog3(self).vv2 = MyDialog3(self).vv2.replace(
MyDialog3(self).vv2, v2)
MyDialog3(self).vv3 = MyDialog3(self).vv3.replace(
MyDialog3(self).vv3, v3)
if (self.nm1.GetValue() == '') & (self.nm2.GetValue()
== '') & (self.nm3.GetValue() == ''):
wx.MessageBox('请输入关键字！', '提示')
elif (len(self.nm1.GetValue()) > 1) | (len(
self.nm2.GetValue()) > 1) | (len(self.nm3.GetValue()) > 1):
wx.MessageBox('请输入一个关键字!', '提示')
else:
#处理关键字和输出的相似
generate_poem.generate_poem()
kl = []
ml = []
flag = 1
# 读取用户所有的输入，构建关键字以及语义相似字字典
nm_dict = {self.nm1.GetValue(): 1}
transitory = {}
for item in [self.nm2.GetValue(), self.nm3.GetValue()]:
if item != '':
flag += 1
nm_dict[item] = 1
for key in nm_dict.keys():
nm1_similar = w2v_model.most_similar(positive=[key], topn=10)
for j in range(0, len(nm1_similar)):
transitory[nm1_similar[j][0]] = nm1_similar[j][1]
nm1_dict = {**nm_dict, **transitory}
#构建诗歌列表
poems = {}
with open('./poem_output.txt', 'r') as f1:
for line in f1.readlines():
line = zhconv.convert(line.strip('\n'), 'zh-cn')
kl.append(line)
while '' in kl:
kl.remove('')
i = 0
while (i >= 0) & ((2 * i + 1) < len(kl)):
ml.append(kl[2 * i] + '\n' + kl[2 * i + 1])
i += 1
cl = ml[:]
#判断输入不同关键字个数的阈值
for i in ml:
score = 0
for item in nm1_dict.keys():
if item in i:
score += nm1_dict[item]
if score == 0:
cl.remove(i)
elif (flag == 1) & (score >= 1.7):
poems[i] = score
elif (flag == 2) & (score >= 2.7):
poems[i] = score
elif (flag == 3) & (score >= 3.7):
poems[i] = score
#输出要排序
with open('./similar_output.txt', 'w') as fileObject:
for k in sorted(poems, key=poems.__getitem__, reverse=True):
fileObject.write(k)
fileObject.write('\n\n\n')
wx.MessageBox('诗歌已生成！请再次点击确定输入', '提示')
self.okButton.Bind(wx.EVT_BUTTON, MyDialog3(None).OnClick)
def index():
if request.method == 'POST':
sentences_count = 4
poem = ['' for i in range(sentences_count)]
poem_1 = request.form['poem_1']
poem_2 = request.form['poem_2']
poem_3 = request.form['poem_3']
poem_4 = request.form['poem_4']
if poem_1: # 用户给了诗句
###
# poem.append(poem_1)
# duilian_file = "data/对联-唐诗-5言或7言.txt"
# shi_file = "data/对联-唐诗.txt"
# all_shi_file = "data/唐诗句子.txt"
# coup = ChineseCouplet(duilian_file, shi_file, all_shi_file)
#
# coup.set_up(poem_1)
# coup.train()
# poem.append(coup.down)
# print coup.down
# topic_id = random.randint(0, 9)
# sentence_len = len(poem_1)
# start_word = random.choice(start_words)
# up2 = generate_poem.generate_first_sentence(start_word, sentence_len, topic_words[topic_id], words,collocations_h)
# up2 = ''.join(up2)
# print up2
# poem.append(up2)
# coup.set_up(up2)
# coup.train()
# poem.append(coup.down)
# print coup.down
###
topic_id = random.randint(0, 9) #TODO
given_poem = [poem_1, poem_2, poem_3, poem_4]
sentence_len = len(given_poem[0])
flag = False
for tried_count in range(3):
poem = generate_poem.generate_poem_with_poem4(
given_poem, collocations_v, collocations_h, words,
topic_words[topic_id])
print '\n'.join(poem)
flag = True
for i in range(4):
if len(poem[i]) != sentence_len:
flag = False
break
if flag:
break
if not flag:
poem = [u'系统暂无法生成', u'请您稍候再尝试', u'很抱歉带来困扰', u'感谢您的使用啦']
else:
topic_id = random.randint(0, 9)
sentence_len = 7
start_word = random.choice(start_words)
flag = False
for tried_count in range(3):
poem = generate_poem.generate_poem(sentence_len, sentences_count, start_word,\
collocations_v, collocations_h, words, topic_words[topic_id])
print(poem)
flag = True
for i in range(4):
if len(poem[i]) != sentence_len:
flag = False
break
if flag:
break
if not flag:
poem = [u'系统暂无法生成', u'请您稍候再尝试', u'很抱歉带来困扰', u'感谢您的使用啦']
return render_template('index.htm',
poem_1=poem[0],
poem_2=poem[1],
poem_3=poem[2],
poem_4=poem[3])
return render_template('index.htm', g=g)
def get_poem(image_file,reludir):
img_feature = extract_feature.extract_feature(image_file,reludir)
return generate_poem.generate_poem(img_feature)