def py2hz(self, pinyin):
result = dag(self.dagparams, (pinyin, ),
path_num=self.limit *
self.page)[(self.page - 1) * self.limit:self.page *
self.limit]
data = [item.path[0] for item in result]
return data
def genarate_word_error(sents):
ans = []
# hmmparams = DefaultHmmParams()
dagparams = DefaultDagParams()
for sent in sents:
seg_sent = list(jieba.cut(sent))
while True:
select_word = random.sample(seg_sent, 1)[0] #随机一个候选词
if len(select_word) > 1:
break
error_word = select_word
pinyin_list = lazy_pinyin(select_word) #获取选定词的拼音
# result1 = viterbi(hmm_params=hmmparams, observations=pinyin_list, path_num=5)
try:
result2 = dag(dagparams, pinyin_list, path_num=5, log=True)
except KeyError:
continue
while len(result2) > 1:
error_word = ''.join(random.choice(result2).path)
if error_word != select_word:
break
word_index = sent.find(select_word) #替换词语中的单字
err_sent = sent[:word_index] + error_word
if word_index + len(select_word) < len(sent):
err_sent += sent[word_index + len(select_word):]
if err_sent != sent:
ans.append((sent, err_sent))
return ans
def pinyin_2_hanzi(pinyinList):
from Pinyin2Hanzi import DefaultDagParams
from Pinyin2Hanzi import dag
dagParams = DefaultDagParams()
# 取第一个值
result = dag(dagParams, pinyinList, path_num=10, log=True)[0].path[0]
return result
def change_word_b(word, path_num=6):
pinyin_list = lazy_pinyin(word)
result = dag(dagParams, pinyin_list, path_num, log=True) # print(len(result)) 10 <class 'list'>
try:
index = randint(0, len(result)-1) # 当result只有一位时（比如'，'），不进行更改，直接返回原word
except:
return word
new_word = result[index].path
return new_word[0] # print(new_word) ['疫情']
def pinyin_2_hanzi(pinyinList):
from Pinyin2Hanzi import DefaultDagParams
from Pinyin2Hanzi import dag
dagParams = DefaultDagParams()
result = dag(dagParams, pinyinList, path_num=10, log=True) # 10 代表后选值个数
for item in result:
socre = item.score
res = item.path # 转换结果
print(socre, ''.join(res))
def pinyin_to_chinese(self, data):
'''get the chinese from the pinyin
:param data: pinyin data
:return:
'''
dagparames = DefaultDagParams()
result = dag(dagparames, data, path_num=10, log=True)
for item in result:
print(str(item.score) + ":", item.path)
def pinyin_2_hanzi(pinyin_str):
pinyin_list = pinyin_str.split()
dagParams = DefaultDagParams()
# 1个候选值
result = dag(dagParams, pinyin_list, path_num=1, log=True)
if result:
res = result[0].path # 转换结果
hanzi_str = ''.join(res)
return hanzi_str
else:
logger.info("转化有误：" + pinyin_str)
def pinyin_to_hanzi(pinyin, Topk=5):
'''
拼音转化为汉字
汉字存在多意性，所以这里没有一一对应的关系，只能选出概率最高的topk
'''
translator = DefaultDagParams()
result = dag(translator, pinyin, path_num=Topk, log=True)
for item in result:
socre = item.score # 得分
res = item.path # 转换结果
print socre, ''.join([one.decode('utf-8') for one in res])
def pinyin_2_hanzi(word): if Pinyin2Hanzi.is_chinese(word): word_pinyin = lazy_pinyin(word) dagParams = DefaultDagParams() word_list = [] result = dag(dagParams, word_pinyin, path_num=3, log=True) for item in result: word_list.append(item.path[0]) return word_list else: return "Null"
def pinyin_2_hanzi(sentences):
from Pinyin2Hanzi import DefaultDagParams
from Pinyin2Hanzi import dag
dagParams = DefaultDagParams()
pinyinList = lazy_pinyin(sentences)
print(pinyinList)
result = dag(dagParams, pinyinList, path_num=3) #10代表侯选值个数
for item in result:
socre = item.score
res = item.path # 转换结果
print(socre, res)
def get(self):
"""get请求"""
word = self.get_argument('word') + " end"
num = self.get_argument('num')
print(tuple(word.split(" ")))
result = dag(dagparams, tuple(word.split(" ")), path_num=num)
list = []
for item in result:
result = {item.score, item.path}
list.append(result)
print(item.score, item.path)
self.write(json.dumps(list))
def pinyin_2_hanzi(self, pinyinList):
dagParams = DefaultDagParams()
result = dag(dagParams, pinyinList, path_num=10, log=True) #10代表侯选值个数
item_result = []
try:
for item in result:
# socre = item.score
# res = item.path # 转换结果
item_result.append([item.score, item.path])
return sorted(item_result, key=itemgetter(0), reverse=True)[0][1]
except Exception as e:
print(e)
print("输入异常，请重新输入拼音")
def pinyin2hanzi(pinyin_list):
'''
:param text_list: 拼音列表
:return: 文本二维列表，且每个一维列表的长度为1
'''
dagParams, entities = DefaultDagParams(), []
for line in pinyin_list:
result = dag(dagParams, line, path_num=5, log=True)
for item in result:
res = item.path # 转换结果
if len(res) > 1:
continue
entities.append(res)
return entities
def _py2hz_dag(self, pinyin_list):
if len(pinyin_list) == 1:
num = 1000
elif len(pinyin_list) == 2:
num = 20
elif len(pinyin_list) == 3:
num = 10
elif len(pinyin_list) <= 5:
num = 5
elif len(pinyin_list) <= 7:
num = 3
else:
num = 1
return dag(self._dagparams, pinyin_list, num, True)
def pinyin_to_hanzi(pinyin,Topk=5,Log=True):
'''
拼音转化为汉字
汉字存在多意性，所以这里没有一一对应的关系，只能选出概率最高的topk
'''
print(pinyin)
translator=DefaultDagParams()
result=dag(translator,pinyin,path_num=Topk,log=Log)
#print(result)
# for item in result:
# socre=item.score # 得分
# res=item.path # 转换结果
# print(socre, ''.join([one.decode('utf-8') for one in res]))
return result
def transfer_pinyin_to_hanzi_by_dag(sets):
"""
DAG模式拼音转汉字
:param sets:
:return:
"""
try:
result = dag(dagparams, sets, path_num=1, log=True)
path = ''
for item in result:
path = item.path
except Exception as error:
raise Exception('error:', error)
else:
return path
def pinyin_2_hanzi(pinyin_str):
'''
zhao qing shi ding hu qu fang di chan xie hui --- 肇庆市鼎湖区房地产协会
'''
pinyin_list = pinyin_str.split()
dagParams = DefaultDagParams()
# 1个候选值
result = dag(dagParams, pinyin_list, path_num=1, log=True)
if result:
res = result[0].path # 转换结果
hanzi_str = ''.join(res)
return hanzi_str
else:
return ''
logger.info("转化有误：" + pinyin_str)
def get_chengyu(word):
bigger_list = []
if Pinyin2Hanzi.is_chinese(word):
word_pinyin = lazy_pinyin(word)
dagParams = DefaultDagParams()
word_list = []
result = dag(dagParams, word_pinyin, path_num=3, log=True)
for item in result:
word_list.append(item.path[0])
for avg_word in word_list:
bigger_list.append(find_chengyu(avg_word))
heiheihei = list((chain(*bigger_list)))
max_len = len(heiheihei) - 1
flag = random.randint(0, max_len)
return heiheihei[flag]
else:
return "Null"
def pinyin_2_hanzi(pinyinList):
from Pinyin2Hanzi import DefaultDagParams
from Pinyin2Hanzi import dag
dagParams = DefaultDagParams()
result = dag(dagParams, pinyinList, path_num=500000, log=True)#10代表侯选值个数
return [''.join(item.path) for item in result]
def get_word_by_pinyin(s0):
rlt = []
l0 = dag(__param, get_pinyin(s0), path_num=PATH_NUM)
for i in l0:
rlt.append(''.join(i.path))
return rlt
# coding: utf-8
from __future__ import (print_function, unicode_literals)
import sys
sys.path.append('..')
from Pinyin2Hanzi import DefaultDagParams
from Pinyin2Hanzi import dag
dagparams = DefaultDagParams()
result = dag(dagparams, ['wo'])
for item in result:
print(item.score, '/'.join(item.path))
print(20 * '*')
result = dag(dagparams, ['ni', 'hao'])
for item in result:
print(item.score, '/'.join(item.path))
print(20 * '*')
result = dag(dagparams, ['ni', 'bu', 'zhi', 'dao', 'de', 'shi'])
for item in result:
print(item.score, '/'.join(item.path))
print(20 * '*')
result = dag(dagparams, ['ni', 'bu', 'zhi', 'dao', 'de', 'shi'],
path_num=2,
# coding: utf-8
from __future__ import (print_function, unicode_literals)
import sys
sys.path.append('..')
from Pinyin2Hanzi import DefaultDagParams
from Pinyin2Hanzi import dag
dagparams = DefaultDagParams()
print(
dag(dagparams, [u'ti', u'chu', u'le', u'jie', u'jve', u'fang', u'an'],
path_num=1))
print(dag(dagparams, [u'ti', u'chu', u'le'], path_num=1))
print(dag(dagparams, ['jie', 'jve', 'fang', 'an'], path_num=1))
print(dag(dagparams, ['jie', 'jve'], path_num=1))
print(dag(dagparams, ['fang', 'an'], path_num=1))
# coding: utf-8
from __future__ import (print_function, unicode_literals)
import sys
sys.path.append('..')
from Pinyin2Hanzi import DefaultDagParams
from Pinyin2Hanzi import dag
dagparams = DefaultDagParams()
result = dag(dagparams, ['wo'])
for item in result:
print(item.score, '/'.join(item.path))
print(20*'*')
result = dag(dagparams, ['ni', 'hao'])
for item in result:
print(item.score, '/'.join(item.path))
print(20*'*')
result = dag(dagparams, ['ni', 'bu', 'zhi', 'dao', 'de', 'shi'])
for item in result:
print(item.score, '/'.join(item.path))
print(20*'*')
result = dag(dagparams, ['ni', 'bu', 'zhi', 'dao', 'de', 'shi'], path_num=2, log=True)
# coding: utf-8
from __future__ import (print_function, unicode_literals)
import sys
sys.path.append('..')
from Pinyin2Hanzi import DefaultDagParams
from Pinyin2Hanzi import dag
dagparams = DefaultDagParams()
print( dag(dagparams, [u'ti', u'chu', u'le', u'jie', u'jve', u'fang', u'an'], path_num=1) )
print( dag(dagparams, [u'ti', u'chu', u'le'], path_num=1) )
print( dag(dagparams, ['jie', 'jve', 'fang', 'an'], path_num=1) )
print( dag(dagparams, ['jie', 'jve'], path_num=1) )
print( dag(dagparams, ['fang', 'an'], path_num=1) )
try:
reload(sys)
sys.setdefaultencoding('utf-8')
except:
pass
if __name__ == '__main__':
data_dir = './original_corpus.txt'
dst_fpath = './pinyin2hanzi_dag.txt'
dagparams = DefaultDagParams()
with open(dst_fpath, 'w') as f_write:
with open(data_dir, 'r') as f_read:
for line in f_read:
line = line.strip('\n')
items = line.split('\t')
hanzi = items[0]
pinyin = items[1]
try:
## 2个候选
result = dag(dagparams, pinyin.split('#'), path_num=2)
for item in result:
line = line + '\t' + ''.join(item.path) + ':' + str(item.score)
except Exception as e:
print(e)
finally:
f_write.write(line + '\n')
from Pinyin2Hanzi import DefaultDagParams
from Pinyin2Hanzi import dag
dagparams = DefaultDagParams()
## 2个候选
result = dag(dagparams, ('pin'), path_num=3)
for item in result:
print(item.score, item.path)
''' 输出
0.08117536840088911 ['你不知道', '的是']
0.04149191639287887 ['你不知道', '的诗']
'''
## 2个候选，使用对数打分
# result = dag(dagparams, ('ni', 'bu', 'zhi', 'dao', 'de', 'shi'), path_num=2, log=True)
# for item in result:
# print(item.score, item.path)
''' 输出
-2.5111434226494866 ['你不知道', '的是']
-3.1822566564324477 ['你不知道', '的诗']
'''
## 1个候选
# print( dag(dagparams, ['ti', 'chu', 'le', 'bu', 'cuo', 'de', 'jie', 'jve', 'fang', 'an'], path_num=1) )
'''输出
[< score=0.0017174549839096384, path=['提出了', '不错', '的', '解决方案'] >]
'''
change_word = raw_word
alpha = 1
beta = 1
for i in range(len(raw_word)):
ch = raw_word[i]
chacha = model.predict(ch, k=2)
if (chacha[0][0] == '__label__辱骂'):
P1 = chacha[1][0]
else:
P1 = chacha[1][1]
pinyin = lazy_pinyin(ch)
max_point = 0
change_ch = ch
result = dag(dagParams, pinyin, path_num=5, log=True)
for j in range(5):
if len(result) > j:
ss = ""
for c in result[j].path:
ss = c
chacha = model.predict(ss, k=2)
if (chacha[0][0] == '__label__辱骂'):
P2 = chacha[1][0]
else:
P2 = chacha[1][1]
if ss == ch: continue
four_dis = distance([ch], [ss])
all_dis = 3.0 / 14 * (
1 - four_dis['normalized_levenshtein'][0]) + 1.0 / 7 * (
1 - four_dis['jaccard_word'][0]) + 3.0 / 14 * (