![]() And with the "Remove Punctuation" option, you can remove unneeded punctuation marks and other characters that you don't want to have in the output by listing them in the cleanup option. Additionally, you can use the "Get Unique Letters Only" option, which removes repeated letters and shuffles only unique letters. It'll make all the letters in the output lowercase and hide the positions of the original uppercase letters. Our experiments are still ongoing, and our aim is to analyze. ![]() Our AI text detector tool uses DeepAnalyse Technology to identify the origin of your text. For convenience, you can also turn on the "Make Letters Lowercase" option. After analyzing more than 10M articles and text, some generated by AI and others written by humans, we developed ZeroGPT's algorithm with an accuracy rate of text detection higher than 98. The last mode is "Shuffle Letters Everywhere" and it shuffles absolutely all letters and symbols of the input data, along its entire length. The "Shuffle Letters In Paragraphs" mode works with paragraphs of text (which are separated by one or more empty lines) and shuffles the characters within each paragraph individually. In this mode, the sentence structure doesn't change. The "Shuffle Letters In Sentences" mode splits the given text into sentences and shuffles the letters in each of them. The "Shuffle Letters In Lines" mode works with multiline texts and allows you to mix characters in each line separately. The Rewriter AI TIPS plugin will do this task effortlessly for you. There's the "Shuffle Letters In Words" mode, which finds individual words in the text and randomizes the letter order in them (spaces and punctuation symbols don't move in this mode). It's equipped with five radio options that define the areas where letter mixing should occur. A JavaScript will mix the letters of each word in random order, except the first and the last letter. The program allows you to shuffle letters in any text of any format, shape, size, and type. ![]() For these units, there are 6 (1×2×3 = 3 factorial) possible permutations and they are: "or-an-ge", "or-ge-an", "an-or-ge", "an-ge-or", "ge-an-or", "ge-or-an". For example, if the input text is "orange" and you enter a group size of 2, then you'll get three double-letter units: "or", "an", "ge". With the letter grouping option, you can combine several letters into a group and move them as a whole unit. The Fisher and Yates' method rearranges each letter individually but you can also move more than one letter at a time. For a string of "n" letters, there are 1×2×3×…×(n-1)×n (n factorial) possible unique letter permutations. You can even provide a list of letters where you want to build off of only one letter (for a scramble game like Scrabble). You can identify scrambled letters that must be at the beginning or end of a word. This algorithm generates random permutations of finite sets of characters with the same probability distribution. The word scramble solver can also help with unscrambling fragments of an existing word. It uses the Fisher-Yates-Knuth shuffling algorithm to do the job. This tool rearranges all letters in the given string, word, sentence, or text.
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