Here you can find the source of toPrecision(length)
Number.prototype.toPrecision = function toPrecision(length) { return parseFloat(this.toFixed(length)); };
Number.prototype.toDigits = Number.prototype.toDigits || function () { let number = this; let digits = []; while (number > 0) { digits[digits.length] = number % 10; number = Math.floor(number / 10); return digits.reverse(); }; ...
Number.prototype.toDollars = function(c, printSign){ var n = this, c = isNaN(c = Math.abs(c)) ? 2 : c, d = ".", t = ",", s = n < 0 ? "-" : "", i = parseInt(n = Math.abs(+n || 0).toFixed(c)) + "", j = (j = i.length) > 3 ? j % 3 : 0, sign = printSign ? '$': ''; ...
Number.prototype.toMinutes = function(){ return (Math.floor(parseInt(this)/60)).addTrailingZero()+":"+(parseInt(this)%60).addTrailingZero(); };
var NumberUtils = new function() { this.toNumber = function( val ) { if(val==null || val=="") return null; val = val.replace(',', ''); return eval(val); this.toInteger = function( val ) { val = val.replace(',', ''); return parseInt(val, 10); ...
Number.prototype.toPrecisionFixed = function(precision) { var n = this.toPrecision(precision); n = n.replace(/(.+)e\+(.+)/, function(n, sig, exp) { sig = sig.replace(/\./, ''); l = sig.length - 1; while (exp-- > l) sig = sig + '0'; return sig; }); n = n.replace(/(.+)e-(.+)/, function(n, sig, exp) { ...
function numberToPx(number) { return number + "px"; function getMilliseconds(timestampStr) { var timestampStrSplit = timestampStr.split("."); var milli = Date.parse("January 1, 1970 " + timestampStrSplit[0] + " UTC"); if (timestampStrSplit.length == 1) return milli; else (timestampStrSplit.length == 2) ...
Number.prototype.to_feet = function() { return this / 0.3048; };