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Implementation of various string similarity and distance algorithms: Levenshtein, Jaro-winkler, n-Gram, Q-Gram, Jaccard index, Longest Common Subsequence edit distance, cosine similarity...

levenshtein-distance cosine-similarity string-distance damerau-levenshtein distance distance-measure jaro-winkler similarity-measures shingles algorithm jvmTextDistance -- python library for comparing distance between two or more sequences by many algorithms. Work in progress. Now all algorithms compare two strings as array of bits.

distance algorithm textdistance hamming-distance levenshtein-distance damerau-levenshtein damerau-levenshtein-distance algorithms distance-calculation jellyfishSpelling correction & Fuzzy search: 1 million times faster through Symmetric Delete spelling correction algorithm The Symmetric Delete spelling correction algorithm reduces the complexity of edit candidate generation and dictionary lookup for a given Damerau-Levenshtein distance. It is six orders of magnitude faster (than the standard approach with deletes + transposes + replaces + inserts) and language independent.

levenshtein fuzzy-search approximate-string-matching edit-distance spellcheck spell-check levenshtein-distance damerau-levenshtein spelling fuzzy-matching word-segmentation chinese-text-segmentation chinese-word-segmentation text-segmentation spelling-correction symspellSwift μ-framework for efficient array diffs, collection observation and data source implementation. Buffer is designed to be very granular and has APIs with very different degrees of abstraction.

edit-distance levenshtein-distance tableview datasource keypath kvo buffer ios diffing swift-3 iglistkitGolang string comparison and edit distance algorithms library featuring : Levenshtein, LCS, Hamming, Damerau levenshtein (OSA and Adjacent transpositions algorithms), Jaro-Winkler, Cosine, etc...

unicode algorithms edit-distance levenshtein jaro-winkler levenshtein-distance similarity-measures string-distance cosine string-matching damerau-levenshtein lcs lcs-distance hamming string-comparison golang-string-comparison edit-distance-algorithmsThe library is fully capable of working with non-ascii strings. But the strings are not normalized. That is left as a user-dependant use case. Please normalize the strings before passing it to the library if you have such a requirement.Words selected are - "levenshtein" and "frankenstein".

levenshtein levenshtein-distance data-structure collections go-collectionVladimir Levenshtein’s edit distance algorithm1 as a C library. There’s also a CLI: levenshtein(1), and a JavaScript version.Or clone the repo.

levenshtein fuzzy-search edit-distance fuzzy-matching string-matching similarity levenshtein-distance vladimir algorithm edit distanceEver wanted to use Math.SQUIRTLE instead of Math.SQRT2? Think Function.prototype.apple looks shinier than apply? Or do you prefer Array.prototype.faReech over forEach? Look no further — tpyo’s got your back.tpyo (pronounced ‘typo’) is the result of combining the power of ES6 proxies with Levenshtein string distance. It’s a small script that enables you to make typos in JavaScript property names.

es6 proxy proxies levenshtein levenshtein-distance string property property-names properties typo typosEnable git-like did-you-mean feature in click.

click didyoumean levenshtein-distance plugin cli consolepybktree is a generic, pure Python implementation of a BK-tree data structure, which allows fast querying of "close" matches (for example, matches with small hamming distance or Levenshtein distance). This module is based on the algorithm by Nick Johnson in his blog article on BK-trees. For large trees and fairly small N when calling find(), using a BKTree is much faster than doing a linear search. This is especially good when you're de-duping a few hundred thousand photos -- with a linear search that would become a very slow, O(N²) operation. With a BKTree, it's more like O(N log N).

data-structures tree levenshtein-distanceMore will be added in the future. The module is available in PyPI, just use pip install pyphonetics.

phonetic-algorithms soundex levenshtein-distance nlp metaphone text-miningThis library contains implementations of the Levenshtein distance, Jaro-Winkler and Soundex algorithms written in Go (golang). Other algorithms related with string metrics (or string similarity, whatever) are welcome. The Wagner-Fischer algorithm for calculating the Levenshtein distance. It runs on O(mn) and needs O(2m) space where m is the size of the smallest string. This is kinda optimized so it should be used in most cases.

levenshtein-distance distance jaro soundex winkler jarowinkler ukkonen string-metrics algorithmThe function compare returns a similarity score between two strings. The function always returns a score between 0 and 1, with a value of 0 being completely different and a value of 1 being completely similar. Q-gram distances compare the set of all substrings of length q in each string.

string-distance levenshtein-distance similarity-score edit-distances winkler qgram-distance fuzzywuzzyThe library provides efficient implementations of various strings metric algorithms. It works with strict Text values. edit-distance allows to specify costs for every operation when calculating Levenshtein distance (insertion, deletion, substitution, and transposition). This is rarely needed though in real-world applications, IMO.

string-metrics haskell levenshtein-distance hamming-distance jaro-distance jaro-winkler-distance jaccard-similarityString metric functions implemented in Swift.

levenshtein-distance string-metricsstopwords is a go package that removes stop words from a text content. If instructed to do so, it will remove HTML tags and parse HTML entities. The objective is to prepare a text in view to be used by natural processing algos or text comparison algorithms such as SimHash. If the function is used with an unsupported language, it doesn't fail, but will apply english filter to the content.

stopwords simhash distance levenshtein-distance levenshtein golang-library golang-packageThis is a port of SeatGeek's fuzzywuzzy, a fuzzy string matching library. Also included is a port of python-levenshtein, a wicked-fast implementation of Levenshtein edit distance.

levenshtein-distance text-matching fuzzywuzzy fuzzy-string-matchingHelp us fix the problem as quickly as possible by following Mozilla's guidelines for reporting bugs. Copyright (c) 2016 Forest Gregg and Dedupeio. Released under the MIT License.

string-distance levenshtein-distance cythonThe LinSpell spelling correction algorithm does not require edit candidate generation or specialized data structures like BK-tree or Norvig's algorithm. In most cases LinSpell is faster and requires less memory compared to BK-tree or Norvig's algorithm. LinSpell is language and character set independent. The word frequency list was created by intersecting the two lists mentioned below. By reciprocally filtering only those words which appear in both lists are used. Additional filters were applied and the resulting list truncated to ≈ 80,000 most frequent words.

spelling-correction levenshtein fuzzy-search approximate-string-matching edit-distance spellcheck spell-check levenshtein-distance damerau-levenshtein spellingSymSpellCompound supports compound aware automatic spelling correction of multi-word input strings. It is built on top of SymSpell's 1 million times faster spelling correction algorithm. Splitting errors, concatenation errors, substitution errors, transposition errors, deletion errors and insertion errors can by mixed within the same word.

spelling-correction levenshtein levenshtein-distance fuzzy-search approximate-string-matching edit-distance spellcheck spell-check spelling damerau-levenshtein compound compounds
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