User:Bobblewik/monobook.js/unitformatter.js: Difference between revisions

Revision as of 18:40, 30 June 2006

Latest revision as of 13:08, 6 February 2021

(98 intermediate revisions by one other user not shown)

Line 9:

txt.value = txt.value.replace(/°/g, '°');

txt.value = txt.value.replace(/º/g, '°');

txt.value = txt.value.replace(/°\s?([CF])/g, '°$1');

// Celsius spelling errors

txt.value = txt.value.replace(/°\s?(celsius)/gi, '°C');

txt.value = txt.value.replace(/(\d)\s?(°[CF])/g, '$1 $2');

//Fix spelling errors

txt.value = txt.value.replace(/celsius/gi, 'Celsius');

txt.value = txt.value.replace(/celcius/gi, 'Celsius');

Line 18 ⟶ 16:

txt.value = txt.value.replace(/centigrade/gi, 'Celsius');

//Celsius

// Convert &sup into superscript ² symbol

//txt.value = txt.value.replace(/\[\[(celsius)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[celsius\|([^\]]{1,30})\]\]/gi, '$1');

//Fahrenheit

//txt.value = txt.value.replace(/\[\[(Fahrenheit)\]\]/gi, '$1');

// txt.value = txt.value.replace(/\[\[Fahrenheit\|([^\]]{1,30})\]\]/gi, '$1');

//Celsius or Fahrenheit

txt.value = txt.value.replace(/°\s([CF])/g, '°$1');

txt.value = txt.value.replace(/°\s?(celsius)/gi, '°C');

txt.value = txt.value.replace(/(\d)\s?(°[CF])/g, '$1 $2');

txt.value = txt.value.replace(/deg[^\(]([CF])/gi, '°$1');

txt.value = txt.value.replace(/deg\s([CF])/gi, '°$1');

txt.value = txt.value.replace(/deg\.?\s?([CF])/gi, '°$1');

txt.value = txt.value.replace(/degrees?\s([CF])(\W)/gi, '°$1$2');

txt.value = txt.value.replace(/(\d)\s?° ([CF])/g, '$1 °$2');

// Convert &sup to superscript

txt.value = txt.value.replace(/²/g, '²');

txt.value = txt.value.replace(/³/g, '³');

// Convert themicro wordsymbol ohm(s) or the html entity into theto actual Ωmicro symbol (Omega, not the actual ohm symbol Ω) and make sure it is's spaced

txt.value = txt.value.replace(/(\d)\s?(Yμ|Zμ|Eµ)(g|Ps|Tm|GA|MK|kmol|Kcd|hrad|dasr|dHz|cN|mJ|µW|μPa|µlm|nlx|pC|fV|aΩ|zF|y)?\s?(ΩWb|ohmT|OhmH|S|Bq|Gy|Sv|kat|M)s?([\s,.;:\)\(\\/)]W)/g, '$1 µ$2Ω3$4');

//metre

// Convert various micro symbols into the actual micro symbol, make sure it's spaced

//txt.value = txt.value.replace(/(\d)[\s[(metres?(μ|μ|µ)(g|s|m|A|K|mol|cd|rad|sr|Hz|N|J|W|Pa|lm|lx|C|V|Ω|F|Wb|T|H|S|Bq|Gy|Sv|kat|M)([\s,.;:]\)\(\\/)])/ggi, '$1 µ$3$4');

//txt.value = txt.value.replace(/\[\[(meters?)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[metres?\|([^\]]{1,30})\]\]/gi, '$1');

//space before 'm' only when lower case

txt.value = txt.value.replace(/(\d)\s?m(\W)/g, '$1 m$2');

txt.value = txt.value.replace(/(\d)\-m(\W)/g, '$1 m$2');

txt.value = txt.value.replace(/(\d)\s?sq\.?\s?m(\W)/gi, '$1 m²$2');

txt.value = txt.value.replace(/(\d)\-?sq\-?m(\W)/gi, '$1 m²$2');

txt.value = txt.value.replace(/m²\.\)/gi, 'm²)');

// millimetre

// Convert capital K to lowercase k in units

//txt.value = txt.value.replace(/(\d)[\s?K[(g|s|m|A|K|mol|cd|rad|sr|Hz|N|J|W|Pa|lm|lx|C|V|Ω|F|Wb|T|H|S|Bq|Gy|Sv|kat|Mmm)([\s,.;:]\)\(\\/)])/ggi, '$1 k$2$3');

//txt.value = txt.value.replace(/(\d)[\-K[(g|s|m|A|K|mol|cd|rad|sr|Hz|N|J|W|Pa|lm|lx|C|V|Ω|F|Wb|T|H|S|Bq|Gy|Sv|kat|Mmillimetres?)([\s,.;:]\)\(\\/)])/ggi, '$1 k$2$3');

//txt.value = txt.value.replace(/(\d) K(g|s|m|A|K|mol|cd|rad|sr|Hz|N|J|W|Pa|lm|lx|C|V|Ω|F|Wb|T|H|S|Bq|Gy|Sv|kat|M)([\s,.;:\[(millimeters?)\(]\\/)])/ggi, '$1 k$2$3');

//txt.value = txt.value.replace(/\[\[millimetres?\|([^\]]{1,30})\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[millimeters?\|([^\]]{1,30})\]\]/gi, '$1');

txt.value = txt.value.replace(/(\d)\s?mm(\W)/g, '$1 mm$2');

txt.value = txt.value.replace(/(\d)\-mm(\W)/g, '$1 mm$2');

// Hertzcentimetre

//txt.value = txt.value.replace(/(\d)[\s?[(Y|Z|E|P|T|G|M|k|K|h|da|d|c|m|µ|μ|µ|n|p|f|a|z|ycm)?hz\]\]/gi, '$1 $2Hz');

//txt.value = txt.value.replace(/(\d)[\-[(Y|Z|E|P|T|G|M|k|K|h|da|d|c|m|µ|μ|µ|n|p|f|a|z|y)centimetres?hz)\]\]/gi, '$1 $2Hz');

//txt.value = txt.value.replace(/\[\[(centimeters?)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[centimetres?\|([^\]]{1,30})\]\]/gi, '$1');

// Fix kilometres

//txt.value = txt.value.replace(/(\d)[\s?kms[centimeters?\|([^\s]]{1,.;:\30})\(]\\/)])/gi, '$1 km$2');

txt.value = txt.value.replace(/(\d)\-kms?([\s,.;:\)\(\\/)])/gi, '$1 km$2');

txt.value = txt.value.replace(/(\d) kms?([\s,.;:\)\(\\/)])/gi, '$1 km$2');

// kilometre

//txt.value = txt.value.replace(/\[\[(km)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[(kilometres?)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[(kilometers?)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[kilometres?\|([^\]]{1,30})\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[kilometers?\|([^\]]{1,30})\]\]/gi, '$1');

txt.value = txt.value.replace(/(\d)\s?kms?(\W)/gi, '$1 km$2');

txt.value = txt.value.replace(/(\d)\-kms?(\W)/gi, '$1 km$2');

txt.value = txt.value.replace(/(\d) kms?(\W)/gi, '$1 km$2');

//square kilometre

//txt.value = txt.value.replace(/\[\[square kilometres?\|([^\]]{1,30})\]\]/gi, '$1');

txt.value = txt.value.replace(/(\d)\s?sq\.?\s?kms?/gi, '$1 km²');

txt.value = txt.value.replace(/sq\.?\s?kms?/gi, 'km²');

txt.value = txt.value.replace(/(\d)\s?sq\.?\s?m([^i])/gi, '$1 m²$2');

txt.value = txt.value.replace(/m²\.\)/gi, 'm²)');

// Standardise kilometreskilometre per hour

txt.value = txt.value.replace(/km\/hr(\W)/gi, 'km/h$1');

txt.value = txt.value.replace(/kph(\W)/gi, 'km/h$1');

txt.value = txt.value.replace(/kmph(\W)/gi, 'km/h$1');

txt.value = txt.value.replace(/(\d)\s?kmh/gi, '$1 km/h');

txt.value = txt.value.replace(/km\/h/gi, 'km/h');

Line 57 ⟶ 93:

txt.value = txt.value.replace(/(\d) km\/h/gi, '$1 km/h');

// Standardisecubic 'per second'centimetre

txt.value = txt.value.replace(/(\d)\s?cm(\W)/gi, '$1 cm$2');

txt.value = txt.value.replace(/(\d)\s?cc(\W)/gi, '$1 cc$2');

txt.value = txt.value.replace(/(\d)\-cc(\W)/gi, '$1 cc$2');

// millilitre

txt.value = txt.value.replace(/(\d)\s?ml(\W)/g, '$1 ml$2');

txt.value = txt.value.replace(/(\d)\-ml(\W)/g, '$1 ml$2');

// second

txt.value = txt.value.replace(/\[\[(s)\]\]/gi, '$1');

txt.value = txt.value.replace(/\[\[(seconds?)\]\]/gi, '$1');

txt.value = txt.value.replace(/\[\[seconds?\|([^\]]{1,30})\]\]/gi, '$1');

txt.value = txt.value.replace(/\/sec(\W)/gi, '/s$1');

txt.value = txt.value.replace(/\/sec\)/gi, '/s)$1');

txt.value = txt.value.replace(/(\d)\s?ft\/second/gi, '$1 ft/s');

txt.value = txt.value.replace(/(\d)\s?ft\/sec/gi, '$1 ft/s');

txt.value = txt.value.replace(/(\d)\s?m\/second/gi, '$1 m/s');

txt.value = txt.value.replace(/(\d)\s?mkm\/sec(\W)/gi, '$1 mkm/s$2');

txt.value = txt.value.replace(/frames\/s(\dW)\s?km\/sec/gi, 'frame/s$1 km/s');

//minute

// Space before horsepower symbol

txt.value = txt.value.replace(/(\d)[\s?hp[(min)\W)]\]/gi, '$1 hp$2');

txt.value = txt.value.replace(/(\d)[\s[(minutes?bhp)\]\]/gi, '$1 bhp');

txt.value = txt.value.replace(/\[\[minutes?\|([^\d]]{1,30})\s?shp]\]/gi, '$1 shp');

// Space before unitshour

txt.value = txt.value.replace(/(\d)[\s?cc[([\s,.;:\h)\(]\\/)])/gi, '$1 cc$2');

txt.value = txt.value.replace(/(\d)[\-cc[([\s,.;:\hours?)\(]\\/)])/gi, '$1 cc$2');

txt.value = txt.value.replace(/(\d)[\s[hours?ft\|([^\s]]{1,.;:\30})\(]\\/)])/gi, '$1 ft$2');

txt.value = txt.value.replace(/(\d)\-ft/hr([\s,.;:\)\(\\/)]W)/gi, '/h$1 ft$2');

txt.value = txt.value.replace(/(\d)\s?rpm/gi, '$1 rpm');

txt.value = txt.value.replace(/(\d)\-rpm/gi, '$1 rpm');

txt.value = txt.value.replace(/(\d)\s?kg([\s,.;:\)\(\\/)])/gi, '$1 kg$2');

txt.value = txt.value.replace(/(\d)\-kg([\s,.;:\)\(\\/)])/gi, '$1 kg$2');

//space before 'm' only when lower case

txt.value = txt.value.replace(/(\d)\s?m([\s,.;:\)\(\\/)])/g, '$1 m$2');

txt.value = txt.value.replace(/(\d)\-m([\s,.;:\)\(\\/)])/g, '$1 m$2');

//txt.value = txt.value.replace(/(\d)\s?ml([\s,.;:\)\(\\/)])/g, '$1 ml$2');

//txt.value = txt.value.replace(/(\d)\-ml([\s,.;:\)\(\\/)])/g, '$1 ml$2');

txt.value = txt.value.replace(/(\d)\s?m(\W)/g, '$1 m$2');

txt.value = txt.value.replace(/(\d)\s?m(\w?\W)/g, '$1 m$2');

// miles per hourday

txt.value = txt.value.replace(/m\.p[\.h[(d)\.]\]/gi, 'mph$1');

txt.value = txt.value.replace(/mph(\[\s,.;:\[(days?)\(]\\/)])/gi, 'mph$1');

txt.value = txt.value.replace(/\[\[days?\|([^\d]]{1,30})\s?mph]\]/gi, '$1 mph');

txt.value = txt.value.replace(/(\d)\-mph/gi, '$1 mph');

// kilogram

// Standardise symbol for pounds

txt.value = txt.value.replace(/(kilogram)me/gi, '$1');

txt.value = txt.value.replace(/(\W)(gram)mes?(\W)/gi, '$1$2$3');

//txt.value = txt.value.replace(/\[\[(grams?)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[grams?\|([^\]]{1,30})\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[(kg)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[(kilograms?)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[kilograms?\|([^\]]{1,30})\]\]/gi, '$1');

txt.value = txt.value.replace(/(\d)\s?kg(\W)/gi, '$1 kg$2');

txt.value = txt.value.replace(/(\d)\-kg(\W)/gi, '$1 kg$2');

// newton metre

//txt.value = txt.value.replace(/(\W)N[-.·•\/]m(\W)/gi, '$1N·m$2');

// kilowatt

txt.value = txt.value.replace(/(\d)\s?kW(\W)/gi, '$1 kW$2');

txt.value = txt.value.replace(/(\d)\-kW(\W)/gi, '$1 kW$2');

// Hertz

txt.value = txt.value.replace(/(\d)\s?(G|M|k)?hz/gi, '$1 $2Hz');

txt.value = txt.value.replace(/(\d)\-(G|M|k)?hz/gi, '$1 $2Hz');

txt.value = txt.value.replace(/khz/gi, 'kHz');

// ohm

txt.value = txt.value.replace(/(\d)\s?(Y|Z|E|P|T|G|M|k|K|h|da|d|c|m|µ|μ|µ|n|p|f|a|z|y)?\s?(Ω|ohm|Ohm)s?(\W)/g, '$1 $2Ω$4');

// pound weight

//txt.value = txt.value.replace(/(\d)\s?(\[\[lbs?\]\])/gi, '$1 lb');

//txt.value = txt.value.replace(/\[\[\pound\s\(mass\)\|([^\]]{1,30})\]\]/gi, '$1');

txt.value = txt.value.replace(/(\d)\s?lbs?/gi, '$1 lb');

txt.value = txt.value.replace(/(\d\+?)\s?lbs?/gi, '$1 lb');

txt.value = txt.value.replace(/(\d) lbs?/gi, '$1 lb');

txt.value = txt.value.replace(/(\d)\s?(slb.\[\[lbs\]\])/gi, '$1 \[\[Pound (masslb)|lb\]\]');

//inch

// Standardise symbol for yards

//txt.value = txt.value.replace(/\[\[(inch)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[(inches)\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[inch\|([^\]]{1,30})\]\]/gi, '$1');

//txt.value = txt.value.replace(/\[\[inches\|([^\]]{1,30})\]\]/gi, '$1');

//foot

//txt.value = txt.value.replace(/\[\[foot\s\(unit\sof\slength\)\|([^\]]{1,30})\]\]/gi, '$1');

txt.value = txt.value.replace(/(\d)\s?ft(\W)/gi, '$1 ft$2');

txt.value = txt.value.replace(/(\d)\-ft(\W)/gi, '$1 ft$2');

txt.value = txt.value.replace(/(\W)ft\.\)/gi, '$1ft)');

// square foot

txt.value = txt.value.replace(/sq\.?\s?ft/gi, 'sq ft');

// foot and inch

//txt.value = txt.value.replace(/([^;°h]{1,4})(\d{1,4})\s?['’]\s?(\d{1,3})\s?["”]([^NESW])/g, '$1$2 ft $3 in$4');

txt.value = txt.value.replace(/(ength[.]{1,3})(\d{1,4})\s?['’]\s?(\d{1,3})\s?["”]/gi, '$1$2 ft $3 in');

txt.value = txt.value.replace(/(idth[.]{1,3})(\d{1,4})\s?['’]\s?(\d{1,3})\s?["”]/gi, '$1$2 ft $3 in');

txt.value = txt.value.replace(/([\(\|:]\s?\d{1,4})\s?['’]\s?(\d{1,3})\s?["”]([^NESW])/g, '$1 ft $2 in$3');

txt.value = txt.value.replace(/(\d)\s?ft\s?(\d{1,3})\s?in/gi, '$1 ft $2 in');

// yard

txt.value = txt.value.replace(/(\d)\s?yds(\W)/gi, '$1 yd$2');

txt.value = txt.value.replace(/(\d) yds(\W)/gi, '$1  yd$2');

txt.value = txt.value.replace(/sq\.?\s?yds?/gi, 'sq yd');

txt.value = txt.value.replace(/yd\.\)/gi, 'yd)');

// Standardisemile symboland formile newtonper metreshour

//txt.value = txt.value.replace(/\[\[miles?\|(N•m[^\]]{1,30})\]\]/gi, 'N·m$1');

//txt.value = txt.value.replace(/\[\[(miles?)\]\]/gi, '$1');

txt.value = txt.value.replace(/m\.p\.h\.(\W)/g, 'mph$1');

txt.value = txt.value.replace(/(\W)mph(\W)/gi, '$1mph$2');

txt.value = txt.value.replace(/(\d)\s?mph/gi, '$1 mph');

txt.value = txt.value.replace(/(\d)\-mph/gi, '$1 mph');

// Standardisesquare symbol for kilowattsmile

txt.value = txt.value.replace(/(sq\d).?\s?kW([\s,.;:\)\(\\/)])mi/ggi, '$1sq kW$2mi');

txt.value = txt.value.replace(/(\d)\-kW([\s,.;:\)\(\\/)])/g, '$1 kW$2');

// Standardise symbol for foot poundspound

txt.value = txt.value.replace(/ft[ -.·•ftlbs?(\/]lb[fs]W)/gi, 'ft·lbf$1');

txt.value = txt.value.replace(/ft[ -.·•\/]lb(\W)/gi, 'ft·lbf$1');

txt.value = txt.value.replace(/ft[ -.·•\/]lbs/gi, 'ft·lbf');

txt.value = txt.value.replace(/ft[ -.·•\/]lbf/gi, 'ft·lbf');

txt.value = txt.value.replace(/ft[ -.·•\/]lbff/gi, 'ft·lbf');

txt.value = txt.value.replace(/ft[ -.·•\/]lb\s/gi, 'ft·lbf ');

//the next two suspended until solution is found for wing loading (i.e. pounds per square foot)

//txt.value = txt.value.replace(/lb[fs][ -.•\/]ft/gi, 'ft·lbf');

//txt.value = txt.value.replace(/lb[ -.•\/]ft/gi, 'ft·lbf');

// Symbols for feet and inches

txt.value = txt.value.replace(/([^;°h][^;°h]\s)(\d{1,4})\s?['’]\s?(\d{1,2})\s?["”][^NESW]/g, '$1$2 ft $3 in');

txt.value = txt.value.replace(/([\(\|]\d{1,4})\s?['’]\s?(\d{1,2})\s?["”][^NESW]/g, '$1 ft $2 in');

txt.value = txt.value.replace(/(\d)\s?ft\s(\d{1,2})\s?in/gi, '$1 ft $2 in');

//Symbols for square feet

txt.value = txt.value.replace(/sq\.?\s?ft?/gi, 'sq ft');

txt.value = txt.value.replace(/ft\.\)/gi, 'ft)');

// Give digital value a percent symbol '%' instead of word

Line 131 ⟶ 218:

txt.value = txt.value.replace(/(\d)\-per ?cent([^aei])/gi, '$1%$2');

// Add a space before dBknot

txt.value = txt.value.replace(/(\d)\s?kts(dB)\bW)/ggi, '$1 knots$2');

txt.value = txt.value.replace(/(\d)\s?knt(\W)/gi, '$1 knots$2');

// horsepower

// Add a space before several units that were missed before

//txt.value = txt.value.replace(/(\d)\s?hp(G|M|k|K|h|da|d|c|m|µ|n)?(g|m|Hz|N|\W|Pa|V|Ω|F|)([\s,.;:\)\(\\/)])/ggi, '$1 hp$2$3$4');

txt.value = txt.value.replace(/(\d)\s?bhp/gi, '$1 bhp');

txt.value = txt.value.replace(/(\d)\s?shp/gi, '$1 shp');

// rpm

txt.value = txt.value.replace(/(\d)\s?rpm/gi, '$1 rpm');

txt.value = txt.value.replace(/(\d)\-rpm/gi, '$1 rpm');

// decibel

txt.value = txt.value.replace(/(\d)\s?(dB)\b/g, '$1 $2');

// bps or b/s or bits/s -->per bit/ssecond

txt.value = txt.value.replace(/([KkMmGg])(bps|bits?\/s|b\/s)/g, '$1bit/s');

txt.value = txt.value.replace(/(\d)\s?(bps)/gi, '$1 bit/s');

txt.value = txt.value.replace(/(\d) bps/gi, '$1 bit/s');

txt.value = txt.value.replace(/bits?\/sec(\W)/gi, 'bit/s$1');

// Bps or byte/s or bytes/s -->per B/ssecond

txt.value = txt.value.replace(/([KkMmGg])(Bps|bytes?\/s)/g, ' $1B/s');

txt.value = txt.value.replace(/bytes?\/s(\W)/gi, 'B/s$1');

// Make capitalization correctof prefix with bits and bytes

txt.value = txt.value.replace(/K(bit|B)\/s/g, 'k$1/s');

txt.value = txt.value.replace(/m(bit|B)\/s/g, 'M$1/s');

txt.value = txt.value.replace(/g(bit|B)\/s/g, 'G$1/s');

// Ensure space iswith bits and usedbytes

txt.value = txt.value.replace(/(\d)\s?(k|M|G)(bit|B)/g, '$1 $2$3');

// Common error with bits and bytes

txt.value = txt.value.replace(/mibi(bit|byte)/g, 'mebi$1');

//Remove 'Easter egg' diversions (linking unit name to orders of magnitude articles)

txt.value = txt.value.replace(/\[\[1\s?_?E\s?\-?\d{1,2}\s?..?\|([^\]]{1,50})\]\]/gi, '$1');

txt.value = txt.value.replace(/\[\[Orders\sof\smagnitude\s\([^\)]{1,30}\)\|([^\]]{1,50})\]\]/gi, '$1');

// Add a tag to the summary box

var txt = document.editform.wpSummary;

Line 169 ⟶ 274:

}

addOnloadHook$(function () {

if(document.forms.editform) {

addLink('p-cactions', 'javascript:formatunits()', 'units', 'ca-unitfixer', 'Fixes some unit formatting', '', '');