It is essential to highlight that these new user-defined changes have to follow two possible formats, dictionary or List of tuples. Pyleetspeak is prepared to apply substitutions defined by the user. text2leet ( text_in ) print ( leet_result ) # "1 sp34k leetsp3ak" text2leet ( text_in ) print ( leet_result )įor the sake of reproducibility you can set a random seed: from pyleetspeak import LeetSpeaker leeter = LeetSpeaker ( change_prb = 0.8, change_frq = 0.5, mode = "basic", seed = 42, # for reproducibility purposes verbose = False, ) leet_result = leeter. Let's see a simple working example: from pyleetspeak import LeetSpeaker text_in = "I speak leetspeak" leeter = LeetSpeaker ( change_prb = 0.8, change_frq = 0.6, mode = "basic", seed = None, verbose = False ) leet_result = leeter. This is important for languages like Spanish, where the word "melocotón" is preprocessed as "melocoton" and finally transformed to leetspeak. Minor concerns about the package behaviour: accents are deleted using Unidecode. uniform_change determines if the same substitution character should be used in all the positions where the casual text will be modified.get_all_combs to obtain all the possible leetspeak versions of a casual text.verbose controls the verbosity of the proccess.seed controls the reproducibility of the results.mode controls the level of leetspeak transformation.change_frq is affects how frequently a transformation will occur (i.e, if it is equal 1 all the letters of this transformation type will be changed).change_prb determines the probability of a transformation to take place (i.e, if it is equal 1 all the possible transformation will be applied).Nonetheless, there are other optional arguments that control the behaviour of the transformation:` The only required argument that the user has to provide is the text_in argument which represent the casual text to transform to leetspeak. ![]() You can see an example of use in a Heroku App: InstallationĬanonical leetspeak in which standard letters are often replaced by numerals or special characters that resemble the letters in appearance Precisely, this can be achieved by using the Leet_NER_generator method that selects the most semantically relevant words from an input text, applies word camouflage and creates compatible annotations for NER detection. These modules can be combined into a string to generate a leetspeak version of an input text. It works by separating a input text in syllabels, select two syllabels and invert them. InversionCamouflage: This module create new camouflaged version of words by inverting the order of the syllables.The location of the punctuation injections and the symbols used can be selected by the user. It is another version of producing visually similar character strings. PunctuationCamouflage: This module apply punctuation symbol injections in the text.Ranging from basic vowel substitutions to really advanced combinations of various punctuation marks and glyphs. There's many different ways you can use leet speak. LeetSpeaker: This module apply the canonical 'leetspeak' method of producing visually similar character strings by replacing alphabet characters with special symbols or numbers.Pyleetspeak includes three different, but compatible, text modifications word camouflaging methods: LeetSpeaker, PunctuationCamouflage and InversionCamouflage. Therefore, this tool aims to counter new misinformation that emerges in social media platforms by providing a mechanism for simulating and generating leetspeak/word camouflaging data. Word camouflage is currently used to evade content moderation in Social Media. LeetTransformer :one::three::three::seven::robot:.Use Morse Code MIDI & Text Generator to convert Morse Code to MIDI file.LeetTransformer :one::three::three::seven::robot:.To use special characters such as umlauts (e.g., "ö") or tildes ("ñ"), try out Unicode Web Browser Keyboard.Decoding is not always a bijective mapping! For example (if "a" -> "4" and "4" -> "4"): encoded text "44" could be decoded into "a4", "4a", "44" or "aa". ![]() For example, leet spellings of the word leet include 1337 and l33t. Leetspeak (or leet) is an alternate representation of text that replaces letters with numbers or character combinations. Other modes like ASCII/ Unicode ordinal number, Braille, or Morse code are available. Choose mode "customized leet (select)" or "customized leet (enter)" for your own leet transformations. ![]() ![]() Input the text or leetspeak into textarea called "Input". "Universal Leet (元37, 元3T, 1337) Converter" converts text to leetspeak ("encode"), or leetspeak to text ("decode").
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