def tokenize(self,
sentence,
normalize=True,
is_feature=False,
is_surface=False,
return_list=False,
func_normalizer=text_preprocess.normalize_text):
# type: (text_preprocess, bool, bool, bool, bool, Callable[[str], text_type])->Union[List[text_type], TokenizedSenetence]
"""This method returns tokenized result.
If return_list==True(default), this method returns list whose element is tuple consisted with word_stem and POS.
If return_list==False, this method returns TokenizedSenetence object.
"""
assert isinstance(normalize, bool)
assert isinstance(sentence, text_type)
normalized_sentence = func_normalizer(sentence)
result = self.call_juman_interface(normalized_sentence)
token_objects = [
self.__extract_morphological_information(mrph_object=morph_object,
is_surface=is_surface,
is_feature=is_feature)
for morph_object in result
]
if return_list:
tokenized_objects = TokenizedSenetence(
sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects.convert_list_object()
else:
tokenized_objects = TokenizedSenetence(
sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects
def tokenize(self, sentence,
normalize=True,
is_feature=False,
is_surface=False,
return_list=False,
func_normalizer=text_preprocess.normalize_text):
# type: (str, bool, bool, bool, bool, Callable[[str], str]) -> Union[TokenizedSenetence, List[str]]
"""* What you can do
-
"""
if normalize:
normalized_sentence = func_normalizer(sentence)
else:
normalized_sentence = sentence
ml_token_object = self.call_juman_interface(normalized_sentence)
token_objects = [
juman_utils.extract_morphological_information(
mrph_object=morph_object,
is_surface=is_surface,
is_feature=is_feature
)
for morph_object in ml_token_object]
if return_list:
tokenized_objects = TokenizedSenetence(
sentence=sentence,
tokenized_objects=token_objects)
return tokenized_objects.convert_list_object()
else:
tokenized_objects = TokenizedSenetence(
sentence=sentence,
tokenized_objects=token_objects)
return tokenized_objects
def tokenize(self,
sentence,
normalize=True,
is_feature=False,
is_surface=False,
return_list=False,
func_normalizer=text_preprocess.normalize_text):
# type: (text_type, bool, bool, bool, bool, Callable[[str],str]) -> Union[List[str], TokenizedSenetence]
"""This method returns tokenized result.
If return_list==True(default), this method returns list whose element is tuple consisted with word_stem and POS.
If return_list==False, this method returns TokenizedSenetence object.
"""
assert isinstance(normalize, bool)
assert isinstance(sentence, text_type)
normalized_sentence = func_normalizer(sentence)
if six.PY2:
normalized_sentence = normalized_sentence.encode('utf-8')
result = self.__list_tags(self.kytea.getTags(normalized_sentence))
token_objects = [
self.__extract_morphological_information(
kytea_tags_tuple=kytea_tags, is_feature=is_feature)
for kytea_tags in result
]
if return_list:
tokenized_objects = TokenizedSenetence(
sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects.convert_list_object()
else:
tokenized_objects = TokenizedSenetence(
sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects
def tokenize(self, sentence, normalize=True, is_feature=False, is_surface=False, return_list=True):
# type: (str, bool, bool, bool, bool)->Union[List[str], TokenizedSenetence]
"""This method returns tokenized result.
If return_list==True(default), this method returns list whose element is tuple consisted with word_stem and POS.
If return_list==False, this method returns TokenizedSenetence object.
:param sentence: input sentence. unicode
:param normalize: boolean flag to make string normalization before tokenization
:param is_feature:
:param is_surface:
:param return_list:
:return:
"""
assert isinstance(normalize, bool)
assert isinstance(sentence, string_types)
if normalize:
normalized_sentence = text_preprocess.normalize_text(sentence, dictionary_mode="ipadic")
else:
normalized_sentence = sentence
result = self.juman.analysis(normalized_sentence)
token_objects = [
self.__extract_morphological_information(
mrph_object=morph_object, is_surface=is_surface, is_feature=is_feature
)
for morph_object in result
]
if return_list:
tokenized_objects = TokenizedSenetence(sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects.convert_list_object()
else:
tokenized_objects = TokenizedSenetence(sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects
def tokenize(self, sentence, normalize=True, is_feature=False, return_list=True):
"""This method returns tokenized result.
If return_list==True(default), this method returns list whose element is tuple consisted with word_stem and POS.
If return_list==False, this method returns TokenizedSenetence object.
:param sentence: input sentence. str
:param normalize: boolean flag to make string normalization before tokenization
:param is_feature:
:param is_surface:
:param return_list:
:return:
"""
assert isinstance(normalize, bool)
assert isinstance(sentence, str)
if normalize:
normalized_sentence = text_preprocess.normalize_text(sentence, dictionary_mode="ipadic")
else:
normalized_sentence = sentence
result = self.__list_tags(self.kytea.getTags(normalized_sentence))
token_objects = [
self.__extract_morphological_information(kytea_tags_tuple=kytea_tags, is_feature=is_feature)
for kytea_tags in result
]
if return_list:
tokenized_objects = TokenizedSenetence(sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects.convert_list_object()
else:
tokenized_objects = TokenizedSenetence(sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects
def filter(self,
parsed_sentence: TokenizedSenetence,
pos_condition: List[Tuple[str, ...]] = None,
stopwords: List[str] = None) -> FilteredObject:
assert isinstance(parsed_sentence, TokenizedSenetence)
assert isinstance(pos_condition, (type(None), list))
assert isinstance(stopwords, (type(None), list))
return parsed_sentence.filter(pos_condition, stopwords)
def tokenize(
self,
sentence: str,
normalize: bool = True,
is_feature: bool = False,
is_surface: bool = False,
return_list: bool = False,
func_normalizer: Callable[[str], str] = None
) -> Union[TokenizedSenetence, List[ContentsTypes]]:
"""* What you can do
-
"""
assert isinstance(sentence, str)
### decide normalization function depending on dictType
if func_normalizer is None and self._dictType == 'neologd':
normalized_sentence = normalize_text(sentence,
dictionary_mode='neologd')
normalized_sentence = normalized_sentence.replace(' ', '')
elif func_normalizer is None:
normalized_sentence = normalize_text(sentence)
normalized_sentence = normalized_sentence.replace(' ', '')
else:
normalized_sentence = func_normalizer(sentence)
# don't delete this variable. encoded_text protects sentence from deleting
encoded_text = normalized_sentence
parsed_result = self.mecabObj.parse(encoded_text)
tokenized_objects = self.__postprocess_analyzed_result(
string_mecab_parsed_result=parsed_result,
is_feature=is_feature,
is_surface=is_surface)
tokenized_sentence = TokenizedSenetence(
sentence=sentence,
tokenized_objects=tokenized_objects) # type: TokenizedSenetence
if return_list:
return tokenized_sentence.convert_list_object()
else:
return tokenized_sentence
def tokenize(self,
sentence,
normalize=True,
is_feature=False,
is_surface=False,
return_list=False,
func_normalizer=text_preprocess.normalize_text):
# type: (str, bool, bool, bool, bool, Callable[[str], str]) -> Union[TokenizedSenetence, List[str]]
"""
:param sentence:
:param ins_mecab:
:param list_stopword:
:param list_pos_candidate:
:return: list [tuple (unicode, unicode)]
"""
assert isinstance(normalize, bool)
assert isinstance(sentence, str)
if normalize:
normalized_sentence = func_normalizer(sentence)
else:
normalized_sentence = sentence
result = self.call_juman_interface(normalized_sentence)
token_objects = [
juman_utils.extract_morphological_information(
mrph_object=morph_object,
is_surface=is_surface,
is_feature=is_feature) for morph_object in result
]
if return_list:
tokenized_objects = TokenizedSenetence(
sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects.convert_list_object()
else:
tokenized_objects = TokenizedSenetence(
sentence=sentence, tokenized_objects=token_objects)
return tokenized_objects
def tokenize(self, sentence:str, normalize:bool=True,
is_feature:bool=False,
is_surface:bool=False,
return_list:bool=True)->Union[List[ContentsTypes], TokenizedSenetence]:
"""
:param sentence:
:param ins_mecab:
:param list_stopword:
:param list_pos_candidate:
:return: list [tuple (unicode, unicode)]
"""
assert isinstance(normalize, bool)
assert isinstance(sentence, str)
if normalize:
normalized_sentence = text_preprocess.normalize_text(sentence, dictionary_mode='ipadic')
else:
normalized_sentence = sentence
result = self.juman.analysis(normalized_sentence)
token_objects = [
self.__extract_morphological_information(
mrph_object=morph_object,
is_surface=is_surface,
is_feature=is_feature
)
for morph_object in result]
if return_list:
tokenized_objects = TokenizedSenetence(
sentence=sentence,
tokenized_objects=token_objects
)
return tokenized_objects.convert_list_object()
else:
tokenized_objects = TokenizedSenetence(
sentence=sentence,
tokenized_objects=token_objects)
return tokenized_objects
def tokenize(self, sentence,
normalized=True,
is_feature=False,
is_surface=False,
return_list=False,
func_normalizer=normalize_text):
"""* What you can do
- Call mecab tokenizer, and return tokenized objects
"""
# type: (text_type, bool, bool, bool, bool, Callable[[str], str])->Union[List[str], TokenizedSenetence]
if six.PY2 and isinstance(sentence, str):
sentence = sentence.decode(self.string_encoding)
else:
pass
### decide normalization function depending on dictType
if func_normalizer is None and self._dictType == 'neologd':
normalized_sentence = neologdn.normalize(sentence)
elif func_normalizer == normalize_text:
normalized_sentence = normalize_text(sentence, dictionary_mode=self._dictType)
elif func_normalizer is None:
normalized_sentence = sentence
else:
normalized_sentence = func_normalizer(sentence)
# don't delete this variable. The variable "encoded_text" protects sentence from deleting
if six.PY2:
encoded_text = normalized_sentence.encode(self.string_encoding)
else:
encoded_text = normalized_sentence
if six.PY2:
tokenized_objects = []
node = self.mecabObj.parseToNode(encoded_text)
node = node.next
while node.next is not None:
word_surface = node.surface.decode(self.string_encoding)
tuple_pos, word_stem = self.__feature_parser(node.feature.decode(self.string_encoding), word_surface)
tokenized_obj = TokenizedResult(
node_obj=node,
tuple_pos=tuple_pos,
word_stem=word_stem,
word_surface=word_surface,
is_feature=is_feature,
is_surface=is_surface
)
tokenized_objects.append(tokenized_obj)
node = node.next
tokenized_sentence = TokenizedSenetence(
sentence=sentence,
tokenized_objects=tokenized_objects)
else:
parsed_result = self.mecabObj.parse(encoded_text)
tokenized_objects = self.__postprocess_analyzed_result(
string_mecab_parsed_result=parsed_result,
is_feature=is_feature,
is_surface=is_surface
)
tokenized_sentence = TokenizedSenetence(
sentence=sentence,
tokenized_objects=tokenized_objects
) # type: TokenizedSenetence
if return_list:
return tokenized_sentence.convert_list_object()
else:
return tokenized_sentence
