neattext 0.0.6

Neattext - a simple NLP package for cleaning text

neattext

NeatText:a simple NLP package for cleaning textual data and text preprocessing

Problem

• Cleaning of unstructured text data
• Reduce noise [special characters,stopwords]
• Reducing repetition of using the same code for text preprocessing

Solution

• convert the already known solution for cleaning text into a reuseable package

Installation

pip install neattext

Usage

• The OOP Way(Object Oriented Way)
• NeatText offers 4 main classes for working with text data
  • TextFrame : a frame-like object for cleaning text
  • TextCleaner: remove or replace specifics
  • TextExtractor: extract unwanted text data
  • TextMetrics: word stats and metrics

Using TextFrame

• Keeps the text as TextFrame object. This allows us to do more with our text.
• It inherits the benefits of the TextCleaner and the TextMetrics out of the box with some additional features for handling text data.
• This is the simplest way for text preprocessing with this library alternatively you can utilize the other classes too.

>>> import neattext as nt 
>> mytext = "This is the mail [e-mail] ,our WEBSITE is https://example.com 😊."
>>> docx = nt.TextFrame(text=mytext)
>>> docx.text 
"This is the mail [e-mail] ,our WEBSITE is https://example.com 😊."
>>>
>>> docx.describe()
Key      Value          
Length  : 73             
vowels  : 21             
consonants: 34             
stopwords: 4              
punctuations: 8              
special_char: 8              
tokens(whitespace): 10             
tokens(words): 14             
>>> 
>>> docx.length
73
>>> # Scan Percentage of Noise(Unclean data) in text
>>> d.noise_scan()
{'text_noise': 19.17808219178082, 'text_length': 73, 'noise_count': 14}
>>> 
>>> docs.head(16)
'This is the mail'
>>> docx.tail()
>>> docx.count_vowels()
>>> docx.count_stopwords()
>>> docx.count_consonants()
>>> docx.nlongest()
>>> docx.nshortest()
>>> docx.readability()

Basic NLP Task (Tokenization,Ngram,Text Generation)

>>> docx.word_tokens()
>>>
>>> docx.sent_tokens()
>>>
>>> docx.term_freq()
>>>
>>> docx.bow()

Basic Text Preprocessing

>>> docx.normalize()
'this is the mail [e-mail] ,our website is https://example.com 😊.'
>>> docx.normalize(level='deep')
'this is the mail examplegmailcom our website is httpsexamplecom '

>>> docx.remove_puncts()
>>> docx.remove_html_tags()
>>> docx.remove_special_characters()
>>> docx.remove_emojis()
>>> docx.fix_contractions()

Handling Files with NeatText

• Read txt file directly into TextFrame

>>> import neattext as nt 
>>> docx_df = nt.read_txt('file.txt')

• Alternatively you can instantiate a TextFrame and read a text file into it

>>> import neattext as nt 
>>> docx_df = nt.TextFrame().read_txt('file.txt')

Chaining Methods on TextFrame

>>> t1 = "This is the mail [e-mail] ,our WEBSITE is https://example.com 😊 and it will cost $100 to subscribe."
>>> docx = TextFrame(t1)
>>> result = docx.remove_emails().remove_urls().remove_emojis()
>>> print(result)
'This is the mail  ,our WEBSITE is   and it will cost $100 to subscribe.'

Clean Text

• Clean text by removing emails,numbers,stopwords,emojis,etc

>>> from neattext import TextCleaner
>>> docx = TextCleaner()
>>> docx.text = "This is the mail [e-mail] ,our WEBSITE is https://example.com 😊."
>>> docx.clean_text()

Remove Emails,Numbers,Phone Numbers

>>> print(docx.remove_emails())
>>> 'This is the mail  ,our WEBSITE is https://example.com 😊.'
>>>
>>> print(docx.remove_stopwords())
>>> 'This mail [e-mail] ,our WEBSITE https://example.com 😊.'
>>>
>>> print(docx.remove_numbers())
>>> docx.remove_phone_numbers()

Remove Special Characters

>>> docx.remove_special_characters()

Remove Emojis

>>> print(docx.remove_emojis())
>>> 'This is the mail [e-mail] ,our WEBSITE is https://example.com .'

Replace Emails,Numbers,Phone Numbers

>>> docx.replace_emails()
>>> docx.replace_numbers()
>>> docx.replace_phone_numbers()

Chain Multiple Methods

>>> t1 = "This is the mail [e-mail] ,our WEBSITE is https://example.com 😊 and it will cost $100 to subscribe."
>>> docx = TextCleaner(t1)
>>> result = docx.remove_emails().remove_urls().remove_emojis()
>>> print(result)
'This is the mail  ,our WEBSITE is   and it will cost $100 to subscribe.'

Using TextExtractor

• To Extract emails,phone numbers,numbers,urls,emojis from text

>>> from neattext import TextExtractor
>>> docx = TextExtractor()
>>> docx.text = "This is the mail [e-mail] ,our WEBSITE is https://example.com 😊."
>>> docx.extract_emails()
>>> ['[e-mail]']
>>>
>>> docx.extract_emojis()
>>> ['😊']

Using TextMetrics

• To Find the Words Stats such as counts of vowels,consonants,stopwords,word-stats

>>> from neattext import TextMetrics
>>> docx = TextMetrics()
>>> docx.text = "This is the mail [e-mail] ,our WEBSITE is https://example.com 😊."
>>> docx.count_vowels()
>>> docx.count_consonants()
>>> docx.count_stopwords()
>>> docx.word_stats()

Usage

• The MOP(method/function oriented way) Way

>>> from neattext.functions import clean_text,extract_emails
>>> t1 = "This is the mail [e-mail] ,our WEBSITE is https://example.com ."
>>> clean_text(t1,puncts=True,stopwords=True)
>>>'this mail examplegmailcom website httpsexamplecom'
>>> extract_emails(t1)
>>> ['[e-mail]']

Explainer

• Explain an emoji or unicode for emoji
  • emoji_explainer()
  • emojify()
  • unicode_2_emoji()

>>> from neattext.explainer import emojify
>>> emojify('Smiley')
>>> '😃'

>>> from neattext.explainer import emoji_explainer
>>> emoji_explainer('😃')
>>> 'SMILING FACE WITH OPEN MOUTH'

>>> from neattext.explainer import unicode_2_emoji
>>> unicode_2_emoji('0x1f49b')
	'FLUSHED FACE'

Documentation

Please read the documentation for more information on what neattext does and how to use is for your needs.

More Features To Add

• basic nlp task
• currency normalizer

Acknowledgements

• Inspired by packages like clean-text from Johannes Fillter and textify by JCharisTech

NB

• Contributions Are Welcomed
• Notice a bug, please let us know.
• Thanks A lot

By

• Jesse E.Agbe(JCharis)
• Jesus Saves @JCharisTech