Uses of Interface org.apache.commons.text.similarity.SimilarityInput

Packages that use SimilarityInput
Package Description

org.apache.commons.text.similarity
Provides algorithms for string similarity.

Uses of SimilarityInput in org.apache.commons.text.similarity

Methods in org.apache.commons.text.similarity that return SimilarityInput
Modifier and Type	Method	Description
`static SimilarityInput<java.lang.Character>`	SimilarityInput.`input(java.lang.CharSequence cs)`	Creates a new input for a `CharSequence`.
`static <T> SimilarityInput<T>`	SimilarityInput.`input(java.lang.Object input)`	Creates a new input for a `CharSequence` or `SimilarityInput`.

Methods in org.apache.commons.text.similarity with parameters of type SimilarityInput
Modifier and Type	Method	Description
`<E> java.lang.Integer`	DamerauLevenshteinDistance.`apply(SimilarityInput<E> left, SimilarityInput<E> right)`	Computes the Damerau-Levenshtein distance between two inputs.
`<E> java.lang.Integer`	HammingDistance.`apply(SimilarityInput<E> left, SimilarityInput<E> right)`	Computes the Hamming Distance between two strings with the same length.
`<E> java.lang.Double`	JaccardDistance.`apply(SimilarityInput<E> left, SimilarityInput<E> right)`	Computes the Jaccard distance of two set character sequence passed as input.
`<E> java.lang.Double`	JaccardSimilarity.`apply(SimilarityInput<E> left, SimilarityInput<E> right)`	Computes the Jaccard Similarity of two character sequences passed as input.
`<E> java.lang.Double`	JaroWinklerDistance.`apply(SimilarityInput<E> left, SimilarityInput<E> right)`	Computes the Jaro Winkler Distance between two character sequences.
`<E> java.lang.Double`	JaroWinklerSimilarity.`apply(SimilarityInput<E> left, SimilarityInput<E> right)`	Computes the Jaro Winkler Similarity between two character sequences.
`<E> LevenshteinResults`	LevenshteinDetailedDistance.`apply(SimilarityInput<E> left, SimilarityInput<E> right)`	Computes the Levenshtein distance between two Strings.
`<E> java.lang.Integer`	LevenshteinDistance.`apply(SimilarityInput<E> left, SimilarityInput<E> right)`	Computes the Levenshtein distance between two inputs.
`protected static <E> int[]`	JaroWinklerSimilarity.`matches(SimilarityInput<E> first, SimilarityInput<E> second)`	Computes the Jaro-Winkler string matches, half transpositions, prefix array.