def word_segment(sent):
'''
Args:
sent: A string. A sentence.
Returns:
A list of words.
'''
global lcode
if lcode in ['ko']:
words = [word for word, _ in kkma.pos(sent)]
elif lcode in ['ja']:
words = mecab.parse(sent.encode('utf8')).split()
elif lcode in ['th']:
words = pythai.split(sent)
elif lcode in ['vi']:
words = ViTokenizer.tokenize(sent).split()
elif lcode in ['zh']:
words = list(jieba.cut(sent, cut_all=False))
# elif lcode in ['ar']:
# words = segmenter.segment(sent).split()
else: # Mostly european languages
words = sent.split()
return words
def word_segment(sent):
'''
Args:
sent: A string. A sentence.
Returns:
A list of words.
'''
global lcode
if lcode in ['ko']:
words = [word for word, _ in kkma.pos(sent)]
elif lcode in ['ja']:
words = mecab.parse(sent.encode('utf8')).split()
elif lcode in ['th']:
words = pythai.split(sent)
elif lcode in ['vi']:
words = ViTokenizer.tokenize(sent).split()
elif lcode in ['zh']:
words = list(jieba.cut(sent, cut_all=False))
# elif lcode in ['ar']:
# words = segmenter.segment(sent).split()
else: # Mostly european languages
words = sent.split()
return words
def analyze_sentence(sentence, is_thai, dictionary):
se = etree.Element(u'se')
if is_thai:
tokens = pythai.split(sentence)
for token in tokens:
if token:
word = etree.Element(u'w')
if token in dictionary:
for analysis_number in dictionary[token]:
analysis = dictionary[token][analysis_number]
ana = etree.Element(u'ana')
ana.attrib[u'lex'] = token
ana.attrib[u'pos'] = u','.join(analysis[1])
ana.attrib[u'trans'] = analysis[0]
ana.attrib[u'translit'] = analysis[2]
word.append(ana)
word.text = token
se.append(word)
else:
sentence = u' '.join(sentence.split())
sentence = sentence.replace(u'\t', u'')
sentence = sentence.replace(u'\r\n', u'')
sentence = sentence.replace(u'\n', u'')
if sentence:
word = etree.Element(u'w')
ana = etree.Element(u'ana')
ana.attrib[u'lex'] = u''
ana.attrib[u'pos'] = u''
ana.attrib[u'trans'] = u''
ana.attrib[u'translit'] = u''
word.append(ana)
word.text = sentence
se.append(word)
return se
def tag_text(text, dictionary): ##hmmm...
#print u"###", text
result = [u"<body>"]
sents = text.split()
for i in sents:
result.append(u"<se>")
for j in pythai.split(i):
result.append(tag_word(j, dictionary))
result.append(u"</se>")
result.append(u"</body>")
return create_xml(result)
def tag_text(text, dictionary): ##hmmm...
#print u"###", text
result = [u"<body>"]
sents = text.split()
for i in sents:
result.append(u"<se>")
for j in pythai.split(i):
result.append(tag_word(j, dictionary))
result.append(u"</se>")
result.append(u"</body>")
return create_xml(result)
def test_split(self):
for sentence in self.test_sentences:
six.print_(sentence.split,
' '.join(pythai.split(sentence.sentence)))
self.assertEqual(' '.join(pythai.split(sentence.sentence)),
sentence.split)
def test_split(self):
for sentence in self.test_sentences:
print sentence.split, ' '.join(pythai.split(sentence.sentence))
self.assertEqual(' '.join(pythai.split(sentence.sentence)), sentence.split)
def pos(string):
tokens = pythai.split(string)
return tokens
#!/usr/bin/env python # -*- coding: utf-8 -*- import pythai print pythai.split(u"การที่ได้ต้องแสดงว่างานดี") print pythai.split(u"ฉันกินข้าว") print pythai.split(u"ฉันwantกินseeข้าว")
import pythai print pythai.split(u"การที่ได้ต้องแสดงว่างานดี")
def textToSegmentedList(sentence):
# change later
#return sentence.split(u' ')
return pythai.split(sentence)
def pythai_split(u, limit=1):
"""
Using PyThai to split thai words
"""
return pythai.split(u)
def token_iterator(sentence):
tokens = pythai.split(sentence)
for token in tokens:
yield token
