| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| wines (0) - 8 freq tines (1) - 7 freq wings (1) - 130 freq sines (1) - 1 freq wine's (1) - 2 freq win's (1) - 9 freq wine' (1) - 1 freq wints (1) - 49 freq twines (1) - 2 freq wined (1) - 3 freq wises (1) - 1 freq wones (1) - 1 freq vines (1) - 6 freq dwines (1) - 6 freq nines (1) - 12 freq winos (1) - 2 freq wies (1) - 17 freq mines (1) - 63 freq wenes (1) - 1 freq wins (1) - 78 freq wires (1) - 27 freq wanes (1) - 2 freq pines (1) - 9 freq aines (1) - 2 freq wives (1) - 42 freq |
wines (0) - 8 freq wenes (1) - 1 freq wanes (1) - 2 freq wones (1) - 1 freq winos (1) - 2 freq wins (1) - 78 freq kines (2) - 21 freq wipes (2) - 4 freq jines (2) - 2 freq lines (2) - 216 freq swines (2) - 4 freq eines (2) - 3 freq winks (2) - 11 freq wifes (2) - 7 freq wiles (2) - 11 freq wains (2) - 13 freq wuins (2) - 1 freq wuns (2) - 3 freq wanis (2) - 3 freq wans (2) - 167 freq winsy (2) - 1 freq windes (2) - 1 freq whines (2) - 1 freq winces (2) - 2 freq fines (2) - 7 freq |
SoundEx code - W520 winnocks - 4 freq weans - 615 freq whuns - 5 freq wans - 167 freq winnock - 23 freq whimsy - 3 freq wance - 320 freq wink - 117 freq wings - 130 freq wean's - 31 freq wancee - 1 freq weengs - 9 freq wheems - 1 freq wing - 37 freq wins - 78 freq win's - 9 freq wang - 6 freq whines - 1 freq winks - 11 freq wans' - 1 freq waen's - 1 freq whangs - 5 freq wine's - 2 freq winkie - 3 freq wean''s - 1 freq wank - 7 freq whins - 12 freq wincey - 1 freq wheens - 2 freq wheenge - 7 freq wines - 8 freq whims - 5 freq winch - 6 freq whence - 5 freq weems - 1 freq wemyss - 3 freq when's - 6 freq wanes - 2 freq wains - 13 freq wench - 1 freq weang - 1 freq wonky - 1 freq wonka - 297 freq 'weans - 1 freq weans' - 9 freq wunnocks - 1 freq wunnock - 2 freq wuns - 3 freq winnie's - 1 freq 'winky - 1 freq winky - 7 freq winky-' - 1 freq winky- - 1 freq whinge - 2 freq wanks - 1 freq wan's - 13 freq weeyinish - 2 freq weeyins - 22 freq wungs - 1 freq wansce - 1 freq wanis - 3 freq weans's - 2 freq wunce - 1 freq wïngs - 1 freq whan's - 3 freq wames - 6 freq wino's - 1 freq wayne's - 1 freq weyans - 1 freq wymes - 1 freq whang - 6 freq 'wance - 1 freq whenk - 4 freq wheen's - 3 freq whaanious - 2 freq winsy - 1 freq wincy - 2 freq wheenks - 1 freq wanice - 1 freq wince - 4 freq wings' - 1 freq winniks - 2 freq weeng - 3 freq woons - 1 freq winnock's - 1 freq winos - 2 freq winnok - 9 freq whangie - 1 freq wee-ness - 1 freq wanease - 1 freq wenes - 1 freq weings - 1 freq wee-mawks - 1 freq winnoks - 2 freq winze - 1 freq wones - 1 freq waymes - 1 freq wuins - 1 freq weyms - 2 freq wÃngs - 1 freq wanc - 1 freq €œwance - 2 freq wonwc - 1 freq whaunÂ’s - 1 freq wmc - 1 freq wooing - 1 freq ‘weansÂ’ - 1 freq wayneg - 2 freq “weans” - 2 freq wansie - 1 freq wanÂ’s - 1 freq weymss - 1 freq weansÂ’ - 1 freq whens - 2 freq |
MetaPhone code - WNS weans - 615 freq whuns - 5 freq wans - 167 freq wance - 320 freq wean's - 31 freq wancee - 1 freq wins - 78 freq win's - 9 freq whines - 1 freq wans' - 1 freq waen's - 1 freq wine's - 2 freq wean''s - 1 freq whins - 12 freq wincey - 1 freq wheens - 2 freq wines - 8 freq whence - 5 freq when's - 6 freq wanes - 2 freq wains - 13 freq 'weans - 1 freq weans' - 9 freq wuns - 3 freq winnie's - 1 freq wan's - 13 freq wansce - 1 freq wanis - 3 freq wunce - 1 freq whan's - 3 freq wino's - 1 freq wayne's - 1 freq 'wance - 1 freq wheen's - 3 freq whaanious - 2 freq winsy - 1 freq wincy - 2 freq wanice - 1 freq wince - 4 freq woons - 1 freq winos - 2 freq wee-ness - 1 freq wanease - 1 freq wenes - 1 freq winze - 1 freq wones - 1 freq wuins - 1 freq €œwance - 2 freq whaunÂ’s - 1 freq ‘weansÂ’ - 1 freq “weans” - 2 freq wansie - 1 freq wanÂ’s - 1 freq weansÂ’ - 1 freq whens - 2 freq |
WINES |
| Time to execute Levenshtein function - 0.211665 milliseconds The Levenshtein distance is the number of characters you have to replace, insert or delete to transform one word into another, its useful for detecting typos and alternative spellings |
Time to execute Double Levenshtein function - 0.368868 milliseconds In a stroke of genius, this runs the Levenshtein function twice, once without vowels and adds the distance together, giving double weight to consonants. |
Time to execute SoundEx function - 0.027520 milliseconds Soundex is a phonetic algorithm for indexing names by sound, as pronounced in English. The goal is for homophones to be encoded to the same representation so that they can be matched despite minor differences in spelling. |
Time to execute MetaPhone function - 0.037274 milliseconds Metaphone is a phonetic algorithm, published by Lawrence Philips in 1990, for indexing words by their English pronunciation.[1] It fundamentally improves on the Soundex algorithm by using information about variations and inconsistencies in English spelling and pronunciation to produce a more accurate encoding, which does a better job of matching words and names which sound similar. |
Time to execute Manually curated function - 0.000849 milliseconds Manual Curation uses a lookup table / lexicon which has been created by hand which links words to their lemmas, and includes obvious typos and spelling variations. Not all words are covered. |