Here you can find the source of countDecimals()
Number.prototype.countDecimals = function () { if(Math.floor(this.valueOf()) === this.valueOf()) return 0; return this.toString().split(".")[1].length || 0; }
Number.prototype.timesRepeat = function(f){ for(var i=0; i<this; i++){ f();
var x = new Number(2); console.log(x); Number.prototype.timesTwo = function(x){ return x * 2; }; console.log(x.timesTwo(x)); console.log(Number.isNaN(x)); Number.isInteger = Number.isInteger || function(x){ return typeof x === "number" && ...
Number.prototype.clone = function(handler) { return new this.constructor(this); };
Number.prototype.concat = Number.prototype.concat || function (value) { let number = this; let digits = exports.digitLength(value); number *= Math.pow(10, digits); return number + value; };
Number.prototype.cos = function() { return Math.cos(this);
Number.prototype.to_s = function(){ return toString(this) } Number.prototype.to_i = function(){ return parseInt(this, 10) } Number.prototype.is_string = function(){return false} Number.prototype.is_hash = function(){return false} Number.prototype.is_array = function(){return false} Number.prototype.is_number = function(){return true} Number.prototype.decimal = function(nb) { if( this.toString().indexOf('.') === false ) return this ; m = Math.pow(10, nb) ; ...
Number.prototype.decimalPlaces = function(digits) { var re = new RegExp("(\\d+\\.\\d{" + digits + "})(\\d)"), m = this.toString().match(re); return m ? parseFloat(m[1]) : this.valueOf(); };
Number.prototype.decorateFloat = function (decimals, decSeparator) { if(decSeparator == undefined) decSeparator = '.'; var price = this; var decPattern = ''; for(var i = 0; i < decimals; i++) decPattern += '0'; price = price.roundFloat(decimals); var split = price.toString().split('.'); ...
Number.prototype.digits = function() { return (Math.floor(this)+"").replace(/(\d)(?=(\d\d\d)+(?!\d))/g, "$1,"); };