public WordSimilarityResolverDefault(
ISimilarityResolver <char> characterSimilarityResolverForLevenstein,
IMistakeBasedSimilarityResolver <Word> mistakeBasedResolver)
: base(mistakeBasedResolver,
new WordSimilarityResolverLevenstein(characterSimilarityResolverForLevenstein))
{
}
public PhraseSimilarityResolver(
IMistakeRepository <Phrase>?mistakesRepository = null,
Func <Phrase, Phrase, float?>?mistakeAlgorithm = null,
ISimilarityResolver <Word>?wordSimilarityResolver = null
)
: base(mistakesRepository, mistakeAlgorithm)
{
Algorithm = new LevenshteinAlgorithm <Phrase, Word>(wordSimilarityResolver ?? new WordSimilarityResolver());
}
public WordSimilarityResolver(
IMistakeRepository <Word>?mistakesRepository = null,
Func <Word, Word, float?>?mistakeAlgorithm = null,
ISimilarityResolver <char>?characterSimilarityResolver = null
)
: base(mistakesRepository, mistakeAlgorithm)
{
Algorithm = new LevenshteinAlgorithm <Word, char>(characterSimilarityResolver ?? new CharacterSimilarityResolver());
}
public Simila(float threshold = .6f, ISimilarityResolver <string>?resolver = null)
{
if (resolver == null)
{
var wordSimilarityResolver = new WordSimilarityResolver(
characterSimilarityResolver: new CharacterSimilarityResolver(
mistakesRepository: new BuiltinCharacterMistakesRepository()
)
);
Algorithm = new PhraseSimilarityResolver(wordSimilarityResolver: wordSimilarityResolver);
}
else
{
Algorithm = resolver;
}
Threshold = threshold;
}
public LevensteinAlgorithm(ISimilarityResolver <TElement> elementSimilarityResolver)
{
ElementSimilarityResolver = elementSimilarityResolver;
}
public WordSimilarityResolverLevenstein(ISimilarityResolver <char> elementSimilarityResolver)
: base(elementSimilarityResolver)
{
}
public PhraseSimilarityResolverLevenstein(ISimilarityResolver <Word> wordSimilarityResolver)
: base(wordSimilarityResolver)
{
}
