stringdistance
A marker interface for the cosine similarity algorithm.
Jave Wrapper for cosine similarity.
A marker interface for the dice coefficient algorithm.
Jave Wrapper for dice coefficient similarity.
A type class to extend a distance method to StringMetricAlgorithm.
A marker interface for the hamming distance algorithm.
Jave Wrapper for hamming distance.
A marker interface for a jaccard similarity algorithm.
Jave Wrapper for jaccard similarity.
A marker interface for the jaro similarity algorithm.
Jave Wrapper for jaro and jaro winkler similarity.
A marker interface for the jaro winkler algorithm.
A marker interface for the levenshtein distance algorithm.
Jave Wrapper for levenshtein distance.
A marker interface for the longest common subsequence algorithm.
Jave Wrapper for longest comment sequence.
A marker interface for the metaphone algorithm.
Jave Wrapper for metaphone similarity.
A marker interface for the n-gram similarity algorithm.
Jave Wrapper for n-gram similarity.
A marker interface for the overlap similarity algorithm.
Jave Wrapper for overlap similarity.
A mix-in trait to extend a score method using the distance method to StringMetricAlgorithm.
A type class to extend a score method to StringMetricAlgorithm.
A type class to extend a sound score method to StringMetricAlgorithm.
A marker interface for the soundex similarity algorithm.
Jave Wrapper for soundex similarity.
Defines implementation for StringMetricAlgorithm by adding implicit definitions from DistanceAlgorithm, ScoringAlgorithm, WeightedDistanceAlgorithm, or WeightedScoringAlgorithm
A marker interface for the string metric algorithm.
A type class to extend a distance method with a 2nd typed parameter to StringMetricAlgorithm.
A type class to extend a score method with a 2nd typed parameter to StringMetricAlgorithm.
The Strategy object has two strategies(reg ex) expressions on which to split input.
The Strategy object has two strategies(reg ex) expressions on which to split input. Strategy.splitWord splits a word into a sequence of characters. Strategy.splitSentence splits a sentence into a sequence of words.
Object to extend operations to the String class.
Object to extend operations to the String class.
import com.github.vickumar1981.stringdistance.StringConverter._ // Scores between two strings val cosSimilarity: Double = "hello".cosine("chello") val diceCoefficient: Double = "martha".diceCoefficient("marhta") val hamming: Double = "martha".hamming("marhta") val jaccard: Double = "karolin".jaccard("kathrin") val jaro: Double = "martha".jaro("marhta") val jaroWinkler: Double = "martha".jaroWinkler("marhta") val levenshtein: Double = "martha".levenshtein("marhta") val ngramSimilarity: Double = "karolin".nGram("kathrin") val bigramSimilarity: Double = "karolin".nGram("kathrin", 2) val overlap: Double = "karolin".overlap("kathrin") // Distances between two strings val hammingDist: Int = "martha".hammingDist("marhta") val levenshteinDist: Int = "martha".levenshteinDist("marhta") val longestCommonSeq: Int = "martha".longestCommonSeq("marhta") val ngramDist: Int = "karolin".nGramDist("kathrin") val bigramDist: Int = "karolin".nGramDist("kathrin", 2) // Phonetic similarity of two strings val metaphone: Boolean = "merci".metaphone("mercy") val soundex: Boolean = "merci".soundex("mercy")
Main class to organize functionality of different string distance algorithms
Main class to organize functionality of different string distance algorithms
import com.github.vickumar1981.stringdistance.StringDistance._ // Scores between strings val cosSimilarity: Double = Cosine.score("hello", "chello") val diceCoefficient: Double = DiceCoefficient.score("martha", "marhta") val hamming: Double = Hamming.score("martha", "marhta") val jaccard: Double = Jaccard.score("karolin", "kathrin") val jaro: Double = Jaro.score("martha", "marhta") val jaroWinkler: Double = JaroWinkler.score("martha", "marhta") val levenshtein: Double = Levenshtein.score("martha", "marhta") val ngramSimilarity: Double = NGram.score("karolin", "kathrin") val bigramSimilarity: Double = NGram.score("karolin", "kathrin", 2) val overlap: Double = Overlap.score("karolin", "kathrin") // Distances between strings val hammingDist: Int = Hamming.distance("martha", "marhta") val levenshteinDist: Int = Levenshtein.distance("martha", "marhta") val longestCommonSubSeq: Int = LongestCommonSeq.distance("martha", "marhta") val ngramDist: Int = NGram.distance("karolin", "kathrin") val bigramDist: Int = NGram.distance("karolin", "kathrin", 2)
Main class to organize functionality of different string distance algorithms
Main class to organize functionality of different string distance algorithms
import com.github.vickumar1981.stringdistance.StringSound._ // Phonetic similarity between strings val metaphone: Boolean = Metaphone.score("merci", "mercy") val soundex: Boolean = Soundex.score("merci", "mercy")