| Levenshtein | Double Levenshtein | SoundEx | MetaPhone | Manually curated |
|---|---|---|---|---|
| what-wey (0) - 4 freq whitwey (2) - 21 freq whirwey (3) - 1 freq whateer (3) - 2 freq whatever (3) - 57 freq road-wey (3) - 1 freq what've (3) - 1 freq whitley (3) - 1 freq that-wis (3) - 1 freq whatten (3) - 1 freq hauf-wey (3) - 4 freq whitey (3) - 4 freq pathwey (3) - 6 freq whativer (3) - 15 freq haufwey (3) - 14 freq hallwey (3) - 7 freq half-wey (3) - 1 freq whather (3) - 15 freq twa-wey (3) - 6 freq whut-wye (3) - 1 freq aw-wey (3) - 2 freq whate'er (3) - 3 freq whytey (3) - 3 freq whase (4) - 142 freq halfway (4) - 7 freq |
what-wey (0) - 4 freq whut-wye (3) - 1 freq whitwey (3) - 21 freq whirwey (5) - 1 freq whather (5) - 15 freq whativer (5) - 15 freq whate'er (5) - 3 freq whytey (5) - 3 freq woot-woo (5) - 2 freq white-ies (5) - 1 freq whitey (5) - 4 freq aw-wey (5) - 2 freq whitley (5) - 1 freq what've (5) - 1 freq whateer (5) - 2 freq whatever (5) - 57 freq whatten (5) - 1 freq that-wis (5) - 1 freq hauf-wey (5) - 4 freq whither (6) - 134 freq whiteen (6) - 7 freq wa-t-er (6) - 2 freq shut-eye (6) - 1 freq whit've (6) - 5 freq whitelet (6) - 1 freq |
SoundEx code - W300 'whit - 287 freq whit - 7082 freq wid - 3772 freq white - 961 freq with - 880 freq weet - 290 freq what - 1755 freq we'd - 272 freq wait - 481 freq wioot - 208 freq wha'd - 51 freq wide - 249 freq widd - 69 freq 'wid - 9 freq wi't - 59 freq wad - 2263 freq wyde - 11 freq widdae - 1 freq wet - 107 freq who'd - 17 freq wid- - 2 freq whit'd - 2 freq 'whit' - 3 freq wheet - 3 freq woud - 5 freq wit - 210 freq wuid - 454 freq wed - 22 freq wade - 9 freq wida - 5 freq 'wit - 18 freq 'what - 26 freq widae - 2 freq wi't' - 1 freq wede - 10 freq wyte - 84 freq 'wad - 5 freq widdie - 20 freq 'we'd - 8 freq weed - 21 freq wat - 52 freq whyte - 24 freq wood - 67 freq whytey - 3 freq why'd - 1 freq 'wait - 6 freq wi'oot - 125 freq wud - 576 freq whau'd - 1 freq widaa - 1 freq whit' - 4 freq whitwey - 21 freq wyt - 2 freq what-wey - 4 freq widda - 36 freq wheat - 30 freq wyed'ye - 1 freq whae'd - 9 freq woad - 1 freq wite - 3 freq whaut - 12 freq wat' - 1 freq «wat - 1 freq weedow - 2 freq waut - 1 freq wete - 1 freq weat - 1 freq widow - 13 freq wut - 26 freq woot - 1 freq 'widow - 1 freq wuddie - 1 freq wittie - 1 freq wooit - 1 freq wuttie - 2 freq 'wioot - 2 freq wuty - 14 freq weid - 7 freq waad - 1 freq weyt - 3 freq wi'it - 2 freq wety - 4 freq widdy - 3 freq we'dda - 1 freq weedy - 3 freq wi-oot - 4 freq whitey - 4 freq wt - 5 freq witt - 2 freq whut - 530 freq weeda - 25 freq wud'a - 1 freq waa'd - 2 freq wattie - 24 freq w'it - 1 freq waeoot - 30 freq wu'd - 1 freq white' - 1 freq wi'd - 37 freq wutty - 1 freq woth - 1 freq wood- - 2 freq wada - 1 freq waid - 1 freq 'wot - 1 freq wot - 4 freq widyi - 21 freq wootwooo - 3 freq woot-woo - 2 freq widy - 6 freq widdyi - 1 freq wee-et - 1 freq wide-o - 3 freq widyou - 1 freq whad - 3 freq 'whut - 5 freq 'wud - 3 freq °whut - 1 freq wae'd - 2 freq wi'the - 1 freq we'ed - 1 freq wi''t - 1 freq wide-oh - 2 freq witty - 6 freq wheat' - 1 freq watt - 27 freq whet - 13 freq weedoo - 1 freq wad'a - 4 freq 'with - 1 freq wd - 6 freq wi''oot - 2 freq wéit - 1 freq wudd - 3 freq whyt - 12 freq whid - 1 freq wiout - 16 freq waith - 2 freq wait' - 1 freq witd - 1 freq wie'it - 1 freq waet - 3 freq whiteha - 1 freq width - 6 freq woodie - 1 freq wt' - 1 freq wit' - 2 freq wiet - 2 freq whyde - 1 freq wee'd - 2 freq '---what - 1 freq weidae - 2 freq whiet - 1 freq 'white - 2 freq waithe - 1 freq weetie - 1 freq watty - 1 freq weht - 1 freq weedae - 10 freq wuidie - 2 freq whit - 82 freq wad - 1 freq wyth - 1 freq what - 16 freq 'wood' - 1 freq wido - 2 freq what - 35 freq whit - 90 freq wad - 1 freq whitwey - 2 freq wuid - 4 freq whitwey - 6 freq wyed - 2 freq weety - 2 freq weit - 6 freq weitie - 1 freq wutt - 1 freq waw-heid - 1 freq wid - 5 freq wod - 2 freq wad - 6 freq white - 1 freq whit - 1 freq with - 1 freq wit'd - 1 freq wit - 3 freq wid - 3 freq wiida - 1 freq whoat - 6 freq wud - 1 freq wode - 4 freq woody - 1 freq what - 1 freq wedd - 1 freq wit - 1 freq whiiiiit - 1 freq wait - 2 freq waeout - 1 freq whitey - 1 freq whoot - 1 freq whut-wye - 1 freq 'what-d'you - 1 freq with - 2 freq wid - 1 freq what'd - 1 freq w't - 1 freq wawed - 1 freq watt - 1 freq wut - 1 freq wait - 5 freq wahidu - 2 freq wahidu - 4 freq we'd - 1 freq wuidy - 1 freq wit - 1 freq wuddy - 1 freq wud - 1 freq wudda - 2 freq what - 2 freq wowed - 1 freq what - 11 freq wait - 1 freq watew - 2 freq wwdh - 1 freq wdyou - 1 freq wodw - 1 freq what - 1 freq weeit - 1 freq weeet - 1 freq wed - 3 freq wtt - 1 freq whit - 3 freq wth - 1 freq waowdy - 1 freq whit - 1 freq wouddae - 1 freq whot - 1 freq waa-heid - 1 freq weawt - 1 freq wdho - 1 freq waty - 1 freq wooda - 10 freq waeoot - 1 freq whit - 1 freq weoot - 1 freq whaaaaaaat - 1 freq whod - 1 freq |
MetaPhone code - WTW whitwey - 21 freq what-wey - 4 freq wootwooo - 3 freq woot-woo - 2 freq whitwey - 2 freq whitwey - 6 freq |
WHAT-WEY |
| Time to execute Levenshtein function - 0.261718 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 - 0.456091 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 - 0.028210 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 - 0.037442 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 - 0.000907 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. |