This is to create a standard for character sets so that different devices can communicate with each other. They are used for representing text in computers and telecommunications equipment. CLOSEST ASCII REPRESENTATIONĪbbreviated from American Standard Code for Information Interchange, this is a character encoding just like Unicode. This may be the case with many such words, which are included from different languages in English. Notice the ‘u’ has been encoded and we have to convert it into a normal character described by ASCII as the former will not be recognised as an English Language letter and will be discarded. There are different encodings such as UTF-8, UTF-32 and so on. Text having letters encoded with Unicode characters, different Unicode for different letters. Notice that every operation has been carried out, and then we have been provided with the output. Two main methods, as discussed, are shown below, firstly.Ĭleantext.clean("the_text_input_by_you", all= True)Ĭleantext.clean_words('Your s$ample !!!! tExt3% to cleaN566556+2+59*/133 wiLL GO he123re', all=True) This will return the text in string format.Ĭleantext.clean("your_raw_text_here", all= True)Ĭleantext.clean_words("your_raw_text_here", all= True) Application using Examples import nltkĪs mentioned earlier, there are two methods which we can use these are as below. We’ll need to leverage stopwords from the NLTK library to use in our implementation. Code Implementation of CleanText InstallationĬleanText package requires Python3 and NLTK for execution.įor installing using pip, use the following command. For example, eat, eats, eating, eaten belong to the stem word eat and hence be converted to that.Įnough introduction let’s see how to install and use clean text.
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