How to use numerator method in wpt

Best JavaScript code snippet using wpt

cancelLikeTerms.js

Source:cancelLikeTerms.js Github

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1const divideByGCD = require('./divideByGCD');2const print = require('../../util/print');3const ChangeTypes = require('../../ChangeTypes');4const Negative = require('../../Negative');5const Node = require('../../node');6// Used for cancelTerms to return a (possibly updated) numerator and denominator7class CancelOutStatus {8 constructor(numerator, denominator, hasChanged=false) {9 this.numerator = numerator;10 this.denominator = denominator;11 this.hasChanged = hasChanged;12 }13}14// Cancels like terms in a fraction node15// e.g. (2x^2 * 5) / 2x^2 => 5 / 116// Returns a Node.Status object17function cancelLikeTerms(node) {18 if (!Node.Type.isOperator(node) || node.op !== '/') {19 return Node.Status.noChange(node);20 }21 let newNode = node.cloneDeep();22 const numerator = newNode.args[0];23 const denominator = newNode.args[1];24 // case 1: neither the numerator or denominator is a multiplication of terms25 if (!isMultiplicationOfTerms(numerator) &&26 !isMultiplicationOfTerms(denominator)) {27 const cancelStatus = cancelTerms(numerator, denominator);28 if (cancelStatus.hasChanged) {29 newNode.args[0] = cancelStatus.numerator || Node.Creator.constant(1);30 if (cancelStatus.denominator) {31 newNode.args[1] = cancelStatus.denominator;32 }33 else {34 // If we cancelled out the denominator, the node is now its numerator35 // e.g. (2x*y) / 2x => y (note y isn't a fraction)36 newNode = newNode.args[0];37 }38 return Node.Status.nodeChanged(39 ChangeTypes.CANCEL_TERMS, node, newNode);40 }41 else {42 return Node.Status.noChange(node);43 }44 }45 // case 2: numerator is a multiplication of terms and denominator is not46 // e.g. (2x^2 * 5) / 2x^2 => 5 / 147 // e.g. (x^2*y) / x => x^(2 - 1) * y (<-- note that the denominator goes48 // away because we always adjust the exponent in the numerator)49 else if (isMultiplicationOfTerms(numerator) &&50 !isMultiplicationOfTerms(denominator)) {51 const numeratorArgs = Node.Type.isParenthesis(numerator) ?52 numerator.content.args : numerator.args;53 for (let i = 0; i < numeratorArgs.length; i++) {54 const cancelStatus = cancelTerms(numeratorArgs[i], denominator);55 if (cancelStatus.hasChanged) {56 if (cancelStatus.numerator) {57 numeratorArgs[i] = cancelStatus.numerator;58 }59 // if the cancelling out got rid of the numerator node, we remove it from60 // the list61 else {62 numeratorArgs.splice(i, 1);63 // if the numerator is now a "multiplication" of only one term,64 // change it to just that term65 if (numeratorArgs.length === 1) {66 newNode.args[0] = numeratorArgs[0];67 }68 }69 if (cancelStatus.denominator) {70 newNode.args[1] = cancelStatus.denominator;71 }72 else {73 // If we cancelled out the denominator, the node is now its numerator74 // e.g. (2x*y) / 2x => y (note y isn't a fraction)75 newNode = newNode.args[0];76 }77 return Node.Status.nodeChanged(78 ChangeTypes.CANCEL_TERMS, node, newNode);79 }80 }81 return Node.Status.noChange(node);82 }83 // case 3: denominator is a multiplication of terms and numerator is not84 // e.g. 2x^2 / (2x^2 * 5) => 1 / 585 // e.g. x / (x^2*y) => x^(1-2) / y86 else if (isMultiplicationOfTerms(denominator)87 && !isMultiplicationOfTerms(numerator)) {88 const denominatorArgs = Node.Type.isParenthesis(denominator) ?89 denominator.content.args : denominator.args;90 for (let i = 0; i < denominatorArgs.length; i++) {91 const cancelStatus = cancelTerms(numerator, denominatorArgs[i]);92 if (cancelStatus.hasChanged) {93 newNode.args[0] = cancelStatus.numerator || Node.Creator.constant(1);94 if (cancelStatus.denominator) {95 denominatorArgs[i] = cancelStatus.denominator;96 }97 // if the cancelling out got rid of the denominator node, we remove it98 // from the list99 else {100 denominatorArgs.splice(i, 1);101 // if the denominator is now a "multiplication" of only one term,102 // change it to just that term103 if (denominatorArgs.length === 1) {104 newNode.args[1] = denominatorArgs[0];105 }106 }107 return Node.Status.nodeChanged(108 ChangeTypes.CANCEL_TERMS, node, newNode);109 }110 }111 return Node.Status.noChange(node);112 }113 // case 4: the numerator and denominator are both multiplications of terms114 else {115 const numeratorArgs = Node.Type.isParenthesis(numerator) ?116 numerator.content.args : numerator.args;117 const denominatorArgs = Node.Type.isParenthesis(denominator) ?118 denominator.content.args : denominator.args;119 for (let i = 0; i < numeratorArgs.length; i++) {120 for (let j = 0; j < denominatorArgs.length; j++) {121 const cancelStatus = cancelTerms(numeratorArgs[i], denominatorArgs[j]);122 if (cancelStatus.hasChanged) {123 if (cancelStatus.numerator) {124 numeratorArgs[i] = cancelStatus.numerator;125 }126 // if the cancelling out got rid of the numerator node, we remove it127 // from the list128 else {129 numeratorArgs.splice(i, 1);130 // if the numerator is now a "multiplication" of only one term,131 // change it to just that term132 if (numeratorArgs.length === 1) {133 newNode.args[0] = numeratorArgs[0];134 }135 }136 if (cancelStatus.denominator) {137 denominatorArgs[j] = cancelStatus.denominator;138 }139 // if the cancelling out got rid of the denominator node, we remove it140 // from the list141 else {142 denominatorArgs.splice(j, 1);143 // if the denominator is now a "multiplication" of only one term,144 // change it to just that term145 if (denominatorArgs.length === 1) {146 newNode.args[1] = denominatorArgs[0];147 }148 }149 return Node.Status.nodeChanged(150 ChangeTypes.CANCEL_TERMS, node, newNode);151 }152 }153 }154 return Node.Status.noChange(node);155 }156}157// Given a term in the numerator and a term in the denominator, cancels out158// like terms if possible. See the cases below for possible things that can159// be cancelled out and how they are cancelled out.160// Returns the new nodes for numerator and denominator with the common terms161// removed. If the entire numerator or denominator is cancelled out, it is162// returned as null. e.g. 4, 4x => null, x163function cancelTerms(numerator, denominator) {164 // Deal with unary minuses by recursing on the argument165 if (Node.Type.isUnaryMinus(numerator)) {166 const cancelStatus = cancelTerms(numerator.args[0], denominator);167 if (!cancelStatus.numerator) {168 numerator = Node.Creator.constant(-1);169 }170 else if (Negative.isNegative(cancelStatus.numerator)) {171 numerator = Negative.negate(cancelStatus.numerator);172 }173 else {174 numerator.args[0] = cancelStatus.numerator;175 }176 denominator = cancelTerms.denominator;177 return new CancelOutStatus(numerator, denominator, cancelStatus.hasChanged);178 }179 if (Node.Type.isUnaryMinus(denominator)) {180 const cancelStatus = cancelTerms(numerator, denominator.args[0]);181 numerator = cancelStatus.numerator;182 if (cancelStatus.denominator) {183 denominator.args[0] = cancelStatus.denominator;184 }185 else {186 denominator = cancelStatus.denominator;187 if (numerator) {188 numerator = Negative.negate(numerator);189 }190 else {191 numerator = Node.Creator.constant(-1);192 }193 }194 return new CancelOutStatus(numerator, denominator, cancelStatus.hasChanged);195 }196 // Deal with parens similarily197 if (Node.Type.isParenthesis(numerator)) {198 const cancelStatus = cancelTerms(numerator.content, denominator);199 if (cancelStatus.numerator) {200 numerator.content = cancelStatus.numerator;201 }202 else {203 // if the numerator was cancelled out, the numerator should be null204 // and not null in parens.205 numerator = cancelStatus.numerator;206 }207 denominator = cancelStatus.denominator;208 return new CancelOutStatus(numerator, denominator, cancelStatus.hasChanged);209 }210 if (Node.Type.isParenthesis(denominator)) {211 const cancelStatus = cancelTerms(numerator, denominator.content);212 if (cancelStatus.denominator) {213 denominator.content = cancelStatus.denominator;214 }215 else {216 // if the denominator was cancelled out, the denominator should be null217 // and not null in parens.218 denominator = cancelStatus.denominator;219 }220 numerator = cancelStatus.numerator;221 return new CancelOutStatus(numerator, denominator, cancelStatus.hasChanged);222 }223 // Now for the term cancelling ----224 // case 1: the numerator term and denominator term are the same, so we cancel225 // them out. e.g. (x+5)^100 / (x+5)^100 => null / null226 if (print.ascii(numerator) === print.ascii(denominator)) {227 return new CancelOutStatus(null, null, true);228 }229 // case 2: they're both exponent nodes with the same base230 // e.g. (2x+5)^8 and (2x+5)^2231 if (Node.Type.isOperator(numerator, '^') &&232 Node.Type.isOperator(denominator, '^') &&233 print.ascii(numerator.args[0]) === print.ascii(denominator.args[0])) {234 const numeratorExponent = numerator.args[1];235 let denominatorExponent = denominator.args[1];236 // wrap the denominatorExponent in parens, in case it's complicated.237 // If the parens aren't needed, they'll be removed with238 // removeUnnecessaryParens at the end of this step.239 denominatorExponent = Node.Creator.parenthesis(denominatorExponent);240 const newExponent = Node.Creator.parenthesis(241 Node.Creator.operator('-', [numeratorExponent, denominatorExponent]));242 numerator.args[1] = newExponent;243 return new CancelOutStatus(numerator, null, true);244 }245 // case 3: they're both polynomial terms, check if they have the same symbol246 // e.g. 4x^2 / 5x^2 => 4 / 5247 // e.g. 4x^3 / 5x^2 => 4x^(3-2) / 5248 // case 3.1: they're both polynomial terms with different symbols but with coefficients249 // e.g 20x / 40y => x / 2y250 // e.g 60x / 40y => 3x / 2y251 // e.g 4x / 2y => 2x / y252 if (Node.PolynomialTerm.isPolynomialTerm(numerator) &&253 Node.PolynomialTerm.isPolynomialTerm(denominator)) {254 const numeratorTerm = new Node.PolynomialTerm(numerator);255 const denominatorTerm = new Node.PolynomialTerm(denominator);256 if (numeratorTerm.getSymbolName() !== denominatorTerm.getSymbolName()) {257 if (Node.Type.isOperator(numerator, '*') && Node.Type.isOperator(denominator, '*')) {258 // case 3.1259 return cancelCoeffs(numerator, denominator);260 }261 else {262 return new CancelOutStatus(numerator, denominator);263 }264 }265 const numeratorExponent = numeratorTerm.getExponentNode(true);266 let denominatorExponent = denominatorTerm.getExponentNode(true);267 if (print.ascii(numeratorExponent) === print.ascii(denominatorExponent)) {268 // note this returns null if there's no coefficient (ie it's 1)269 numerator = numeratorTerm.getCoeffNode();270 }271 else {272 // wrap the denominatorExponent in parens, in case it's complicated.273 // If the parens aren't needed, they'll be removed with274 // removeUnnecessaryParens at the end of this step.275 denominatorExponent = Node.Creator.parenthesis(denominatorExponent);276 const newExponent = Node.Creator.parenthesis(277 Node.Creator.operator('-', [numeratorExponent, denominatorExponent]));278 numerator = Node.Creator.polynomialTerm(279 numeratorTerm.getSymbolNode(),280 newExponent,281 numeratorTerm.getCoeffNode());282 }283 denominator = denominatorTerm.getCoeffNode();284 return new CancelOutStatus(numerator, denominator, true);285 }286 // case 4: the numerator is a constant and denominator is a polynomial term that has a coefficient287 // or is multiplication node288 // e.g. 2 / 4x -> 1 / 2x289 // e.g. ignore cases like: 2 / a and 2 / x^2290 if (Node.Type.isConstant(numerator)291 && Node.Type.isOperator(denominator, '*')292 && Node.PolynomialTerm.isPolynomialTerm(denominator)) {293 const denominatorTerm = new Node.PolynomialTerm(denominator);294 const coeff = denominatorTerm.getCoeffNode();295 const variable = denominatorTerm.getSymbolNode();296 const exponent = denominatorTerm.getExponentNode();297 // simplify a constant fraction (e.g 2 / 4)298 const frac = Node.Creator.operator('/', [numerator, coeff]);299 let newCoeff = coeff.cloneDeep();300 const reduceStatus = divideByGCD(frac);301 if (!reduceStatus.hasChanged()) {302 return new CancelOutStatus(numerator, denominator, false);303 }304 // Sometimes the fraction reduces to a constant e.g. 6 / 2 -> 3,305 // in which case `newCoeff` (the denominator coefficient) should be null306 if (Node.Type.isConstant(reduceStatus.newNode)) {307 numerator = reduceStatus.newNode;308 newCoeff = null;309 }310 else {311 [numerator, newCoeff] = reduceStatus.newNode.args;312 }313 denominator = Node.Creator.polynomialTerm(variable, exponent, newCoeff);314 return new CancelOutStatus(numerator, denominator, true);315 }316 // case 5: both numerator and denominator are numbers within a more complicated fraction317 // e.g. (35 * nthRoot (7)) / (5 * nthRoot(5)) -> (7 * nthRoot(7)) / nthRoot(5)318 if (Node.Type.isConstant(numerator) && Node.Type.isConstant(denominator)) {319 const frac = Node.Creator.operator('/', [numerator, denominator]);320 const reduceStatus = divideByGCD(frac);321 if (!reduceStatus.hasChanged()) {322 return new CancelOutStatus(numerator, denominator, false);323 }324 if (Node.Type.isConstant(reduceStatus.newNode)) {325 // Denominator is a factor of numerator (e.g 4 / 2 -> 2)326 return new CancelOutStatus(reduceStatus.newNode, null, true);327 }328 // Sometimes the fraction reduces to a constant e.g. 6 / 2 -> 3,329 // in which case `newCoeff` (the denominator coefficient) should be null330 if (Node.Type.isConstant(reduceStatus.newNode)) {331 numerator = reduceStatus.newNode;332 denominator = null;333 }334 else {335 [numerator, denominator] = reduceStatus.newNode.args;336 }337 return new CancelOutStatus(numerator, denominator, true);338 }339 return new CancelOutStatus(numerator, denominator);340}341// Returns true if node is a multiplication of terms that can be cancelled out342// e.g. 2 * 6^y => true343// e.g. 2 + 6 => false344// e.g. (2 * 6^y) => true345// e.g. 2x^2 => false (polynomial terms are considered as one single term)346function isMultiplicationOfTerms(node) {347 if (Node.Type.isParenthesis(node)) {348 return isMultiplicationOfTerms(node.content);349 }350 return (Node.Type.isOperator(node, '*') &&351 !Node.PolynomialTerm.isPolynomialTerm(node));352}353function cancelCoeffs(numerator, denominator){354 const denominatorTerm = new Node.PolynomialTerm(denominator);355 const numeratorTerm = new Node.PolynomialTerm(numerator);356 const denominatorCoeff = denominatorTerm.getCoeffNode();357 const denominatorVariable = denominatorTerm.getSymbolNode();358 const denominatorExponent = denominatorTerm.getExponentNode();359 const numeratorCoeff = numeratorTerm.getCoeffNode();360 const numeratorVariable = numeratorTerm.getSymbolNode();361 const numeratorExponent = numeratorTerm.getExponentNode();362 // simplify a constant fraction (e.g 2 / 4)363 const frac = Node.Creator.operator('/', [numeratorCoeff, denominatorCoeff]);364 const reduceStatus = divideByGCD(frac);365 if (!reduceStatus.hasChanged()) {366 return new CancelOutStatus(numerator, denominator, false);367 }368 // Sometimes the fraction reduces to a constant e.g. 6 / 2 -> 3,369 // in which case the denominator coefficient should be null370 let newDenominatorCoeff = null;371 let newNumerator = null;372 if (Node.Type.isConstant(reduceStatus.newNode)) {373 newNumerator = Node.Creator.polynomialTerm(numeratorVariable, numeratorExponent, reduceStatus.newNode);374 newDenominatorCoeff = null;375 }376 else {377 newNumerator = Node.Creator.polynomialTerm(numeratorVariable, numeratorExponent, reduceStatus.newNode.args[0]);378 newDenominatorCoeff = reduceStatus.newNode.args[1];379 }380 const newDenominator = Node.Creator.polynomialTerm(denominatorVariable, denominatorExponent, newDenominatorCoeff);381 return new CancelOutStatus(newNumerator, newDenominator, true);382}...

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Fraction.js

Source:Fraction.js Github

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1function Fraction(_numerator, _denominator) {2 if(_denominator == 0)3 throw Error('divide by zero');4 if(typeof _numerator == "number")5 this.numerator = _numerator;6 else this.numerator = 0;7 if(typeof _denominator == "number")8 this.denominator = _denominator;9 else this.denominator = 1;10 this.normalize();11}12/**13 * operator '+' *14 */15Fraction.addition = function(a, b) {16 return new Fraction(17 a.numerator * b.denominator + b.numerator * a.denominator,18 a.denominator * b.denominator19 );20};21/**22 * operator '-' *23 */24Fraction.subtraction = function(a, b) {25 return new Fraction(26 a.numerator * b.denominator - b.numerator * a.denominator,27 a.denominator * b.denominator28 );29};30/**31 * operator 'x' *32 */33Fraction.multiplication = function(a, b) {34 return new Fraction(35 a.numerator * b.numerator,36 a.denominator * b.denominator37 );38};39/**40 * operator ':' *41 */42Fraction.division = function(a, b) {43 return new Fraction(44 a.numerator * b.denominator,45 a.denominator * b.numerator46 );47};48/**49 * operator '==' *50 */51Fraction.isEqual = function(a, b) {52 if (typeof a.numerator == "undefined" ||53 typeof a.denominator == "undefined" ||54 typeof b != "number" &&55 (typeof b.numerator == "undefined" || typeof b.denominator == "undefined")) {56 throw new Error("incorrect input data");57 }58 if (typeof b == "number")59 if (a.numerator / a.denominator == b)60 return true;61 else return false;62 if (a.numerator / a.denominator == b.numerator / b.denominator)63 return true;64 return false;65};66/**67 * operator '!=' *68 */69Fraction.isNotEqual = function(a, b) {70 return !Fraction.isEqual(a, b);71};72/**73 * operator '>' *74 */75Fraction.more = function(a, b) {76 if (typeof a.numerator == "undefined" ||77 typeof a.denominator == "undefined" ||78 typeof b != "number" &&79 (typeof b.numerator == "undefined" || typeof b.denominator == "undefined"))80 throw new Error("incorrect input data");81 if (typeof b == "number")82 if (a.numerator / a.denominator > b)83 return true;84 else return false;85 if (a.numerator / a.denominator > b.numerator / b.denominator)86 return true;87 return false;88};89/**90 * operator '<' *91 */92Fraction.less = function(a, b) {93 if(Fraction.isEqual(a, b)) return false;94 return !Fraction.more(a, b);95};96/**97 * operator '>=' *98 */99Fraction.moreOrEqual = function(a, b) {100 return !Fraction.less(a, b);101};102/**103 * operator '<=' *104 */105Fraction.lessOrEqual = function(a, b) {106 return !Fraction.more(a, b);107};108Fraction.parse = function(str) {109 if(str=="") return new Fraction();110 var strs = str.split('/');111 var a = 0;112 var b = 1;113 a = parseInt(strs[0]);114 if (strs.length == 2)115 b = parseInt(strs[1]);116 if (typeof a != 'number' || isNaN(a) || typeof b != 'number' || isNaN(b) || strs.length > 2)117 throw Error("Неможливо зчитати дані");118 else return new Fraction(a, b);119};120Fraction.prototype.integerPart = function(){121 return parseInt(this.numerator/this.denominator);122};123Fraction.prototype.fractionalPart = function() {124 var t = this.numerator % this.denominator;125 return new Fraction(t >= 0 ? t : this.denominator + t, this.denominator);126};127Fraction.prototype.module = function(){128}129Fraction.prototype.isNull = function() {130 if(this.numerator == 0) return true;131 return false;132};133Fraction.prototype.toString = function() {134 return this.numerator + (this.denominator == 1 ? "" : "/" + this.denominator);135};136Fraction.prototype.contraction = function() {137 if(this.numerator == -0) this.numerator = 0;138 if (this.numerator == 0) {139 this.denominator = 1;140 return this;141 }142 var _gcd = gcd(Math.abs(this.numerator), Math.abs(this.denominator));143 this.numerator /= _gcd;144 this.denominator /= _gcd;145 return this;146};147Fraction.prototype.normalize = function() {148 if (this.denominator < 0) {149 this.numerator *= -1;150 this.denominator *= -1;151 }152 this.contraction();153};154gcd = function(a, b) {155 while (a != b)156 {157 if (a > b) a -= b;158 else b -= a;159 }160 return a;...

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Using AI Code Generation

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1var wpt = require('webpagetest');2var test = new wpt('www.webpagetest.org');3 if (err) {4 console.log(err);5 } else {6 console.log(data);7 }8});9{ statusCode: 200,10 { statusCode: 200,11 { statusCode: 200,12 { statusCode: 200,13 data: [Object] } } } }

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Using AI Code Generation

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1var wptools = require('wptools');2var page = wptools.page('Barack Obama');3page.get(function(err, resp) {4 console.log(resp);5});6var wptools = require('wptools');7var page = wptools.page('Barack Obama');8page.get(function(err, resp) {9 console.log(resp);10});11var wptools = require('wptools');12var page = wptools.page('Barack Obama');13page.get(function(err, resp) {14 console.log(resp);15});16var wptools = require('wptools');17var page = wptools.page('Barack Obama');18page.get(function(err, resp) {19 console.log(resp);20});21var wptools = require('wptools');22var page = wptools.page('Barack Obama');23page.get(function(err, resp) {24 console.log(resp);25});26var wptools = require('wptools');27var page = wptools.page('Barack Obama');28page.get(function(err, resp) {29 console.log(resp);30});31var wptools = require('wptools');32var page = wptools.page('Barack Obama');33page.get(function(err, resp) {34 console.log(resp);35});36var wptools = require('wptools');37var page = wptools.page('Barack Obama');38page.get(function(err, resp) {39 console.log(resp);40});41var wptools = require('wptools');42var page = wptools.page('Barack Obama');43page.get(function(err, resp) {44 console.log(resp);45});46var wptools = require('wptools');

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Using AI Code Generation

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1var wptools = require('wptools');2var wp = new wptools.page('Albert Einstein');3wp.numerator(function(err, numerator) {4 if (err) {5 console.log(err);6 }7 console.log(numerator);8});9var wptools = require('wptools');10var wp = new wptools.page('Albert Einstein');11wp.numerator(function(err, numerator) {12 if (err) {13 console.log(err);14 }15 console.log(numerator);16});17var wptools = require('wptools');18var wp = new wptools.page('Albert Einstein');19wp.numerator(function(err, numerator) {20 if (err) {21 console.log(err);22 }23 console.log(numerator);24});25var wptools = require('wptools');26var wp = new wptools.page('Albert Einstein');27wp.numerator(function(err, numerator) {28 if (err) {29 console.log(err);30 }31 console.log(numerator);32});33var wptools = require('wptools');34var wp = new wptools.page('Albert Einstein');35wp.numerator(function(err, numerator) {36 if (err) {37 console.log(err);38 }39 console.log(numerator);40});41var wptools = require('wptools');42var wp = new wptools.page('Albert Einstein');43wp.numerator(function(err, numerator) {44 if (err) {45 console.log(err);46 }47 console.log(numerator);48});49var wptools = require('wptools');50var wp = new wptools.page('Albert Einstein');51wp.numerator(function(err, numerator) {52 if (err) {53 console.log(err);54 }55 console.log(numerator);56});57var wptools = require('wptools');

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Using AI Code Generation

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1var wptb = require('wptb');2var numerator = new wptb.Numerator();3var numerator2 = new wptb.Numerator();4console.log(numerator.numerator('1/2', '1/3'));5console.log(numerator2.numerator('1/2', '1/3'));6var denominator = new wptb.Denominator();7var denominator2 = new wptb.Denominator();8console.log(denominator.denominator('1/2', '1/3'));9console.log(denominator2.denominator('1/2', '1/3'));10var fraction = new wptb.Fraction();11var fraction2 = new wptb.Fraction();12console.log(fraction.fraction('1/2', '1/3'));13console.log(fraction2.fraction('1/2', '1/3'));14var fraction = new wptb.Fraction();15var fraction2 = new wptb.Fraction();16console.log(fraction.fraction('1/2', '1/3'));17console.log(fraction2.fraction('1/2', '1/3'));18var simplest = new wptb.Simplest();19var simplest2 = new wptb.Simplest();20console.log(simplest.simplest('1/2', '1/3'));21console.log(simplest2.simplest('1/2', '1/3'));22var decimal = new wptb.Decimal();23var decimal2 = new wptb.Decimal();24console.log(decimal.decimal('1/2', '1/3'));25console.log(decimal2.decimal('1/2', '1/3'));26var mixed = new wptb.Mixed();27var mixed2 = new wptb.Mixed();28console.log(mixed.mixed('1/2', '1/3'));29console.log(mixed2.mixed('1/2', '1/3'));30var mixed = new wptb.Mixed();31var mixed2 = new wptb.Mixed();32console.log(mixed.mixed('1

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1var wpt = require('webpagetest');2var wpt = new WebPageTest('www.webpagetest.org', 'A.8d6f3e7d3c3e3a1b8e6b4d4b4b4b4b4c');3wpt.runTest(url, function(err, data) {4 if (err) return console.error(err);5 console.log('Test status:', data.statusText);6 wpt.getTestResults(data.data.testId, function(err, data) {7 if (err) return console.error(err);8 console.log('Visits:', data.data.median.firstView.visits);9 });10});11var wpt = require('webpagetest');12var wpt = new WebPageTest('www.webpagetest.org', 'A.8d6f3e7d3c3e3a1b8e6b4d4b4b4b4b4c');13wpt.runTest(url, function(err, data) {14 if (err) return console.error(err);15 console.log('Test status:', data.statusText);16 wpt.getTestResults(data.data.testId, function(err, data) {17 if (err) return console.error(err);18 console.log('Visits:', data.data.median.firstView.visits);19 });20});21var wpt = require('webpagetest');22var wpt = new WebPageTest('www.webpagetest.org', 'A.8d6f3e7d3c3e3a1b8e6b4d4b4b4b4b4c');23wpt.runTest(url, function(err, data) {24 if (err) return console.error(err);25 console.log('Test status:', data.statusText);26 wpt.getTestResults(data.data.testId, function(err, data) {27 if (err) return console.error(err);28 console.log('Visits:', data.data.median

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1var wpt = require("./wpt.js");2var numerator = wpt.numerator;3var denominator = wpt.denominator;4var wpt = wpt.wpt;5var test = wpt(2, 4);6console.log(test);7var numerator = function (a, b) {8 return a + b;9};10var denominator = function (a, b) {11 return a * b;12};13var wpt = function (a, b) {14 return numerator(a, b) / denominator(a, b);15};16module.exports.numerator = numerator;17module.exports.denominator = denominator;18module.exports.wpt = wpt;19var wpt = require("./wpt.js");20var numerator = wpt.numerator;21var denominator = wpt.denominator;22var wpt = wpt.wpt;23var test = wpt(2, 4);24console.log(test);25var numerator = function (a, b) {26 return a + b;27};28var denominator = function (a, b) {29 return a * b;30};31var wpt = function (a, b) {32 return numerator(a, b) / denominator(a, b);33};34module.exports.numerator = numerator;35module.exports.denominator = denominator;36module.exports.wpt = wpt;37var wpt = require("./wpt.js");38var numerator = wpt.numerator;39var denominator = wpt.denominator;40var wpt = wpt.wpt;41var test = wpt(2, 4);42console.log(test);43var numerator = function (a, b) {44 return a + b;45};46var denominator = function (a, b) {47 return a * b;48};

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