similarity-check 0.0.8

package for measuring the similarity of two texts

similarity_check

similarity_check is a Python package for measuring the similarity of two texts.

Installation

Use the package manager pip to install similarity_check.

pip install similarity_check 

Usage

sentence tranformer

from similarity_check.checkers import sentence_tranformer

X = ['test', 'remove test']
y =  ['tests', 'stop the test']

st = sentence_tranformer(X, y)
st.clean_data()
match_df = st.match(topn=2)

• sentence_tranformer(source_names, target_names, model=None):
  • source_names: a list of input texts to find closest match for.
  • target_names: a list of targets text to compare with.
  • model (optional): a sentence tranformer model to use instead of the default one for more details.
• sentence_tranformer.clean_data(remove_punct=True, remove_stop_words=True, stemm=False, lang='en'):
  • remove_punct: boolean flag to indicate whatever to remove punctuations.
  • remove_stop_words: boolean flag to indicate whatever to remove stop words.
  • stemm: boolean flag to indicate whatever to do stemming.
  • lang: language of the text to clean ('en', 'ar').
• sentence_tranformer.match(topn=1):
  • topn: number of matches to return.
  • returns: a data frame with 3 columns (source, target, score), and two extra columns for each extra match (target_2, score_2 ...)

word mover distance

english

# for medical use #
# from gensim.models import KeyedVectors
# download the model from here: https://github.com/ncbi-nlp/BioSentVec
# model = KeyedVectors.load_word2vec_format('BioWordVec_PubMed_MIMICIII_d200.vec.bin', binary=True)

# for general usage #
import gensim.downloader as api

info = api.info() 
model = api.load('glove-wiki-gigaword-300')

X = ['test now', 'remove test']
y =  ['tests', 'stop the test']

wmd = word_mover_distance(X, y, model)
wmd.clean_data()
match_df = wmd.match(topn=3)

arabic

from gensim.models import Word2Vec
model = Word2Vec.load('full_grams_sg_300_wiki/full_grams_sg_300_wiki.mdl')
# take the keydvectors as the model
model = model.wv

X = ['حذف الاختبار', 'اختبار']
y =  ['اختبارات', 'ايقاف الاختبار']

wmd = word_mover_distance(X, y, model)
wmd.clean_data()
match_df = wmd.match(topn=3)
match_df

• word_mover_distance(source_names, target_names, model):
  • source_names: a list of input texts to find closest match for.
  • target_names: a list of targets text to compare with.
  • model (optional): a keyed vectors model (embeddings) to use for more details.
• word_mover_distance.clean_data(remove_punct=True, remove_stop_words=True, stemm=False, lang='en'):
  • remove_punct: boolean flag to indicate whatever to remove punctuations.
  • remove_stop_words: boolean flag to indicate whatever to remove stop words.
  • stemm: boolean flag to indicate whatever to do stemming.
  • lang: language of the text to clean ('en', 'ar').
• sentence_tranformer.match(topn=1):
  • topn: number of matches to return.
  • returns: a data frame with 3 columns (source, target, score), and two extra columns for each extra match (target_2, score_2 ...)

Contributing

Pull requests are welcome. For major changes, please open an issue first to discuss what you would like to change.

Please make sure to update tests as appropriate.

License

MIT