Run results for: closure vs proto vs class 3

Test name	Executions per second
✓ closure1	536 Ops/sec
prototype1	517 Ops/sec
classes1	496 Ops/sec

closure1

function MyFirstClosureClass (one, two) {
    let _one = one;
  	let _two = two;
  	let _result = null;

    this.compute = function () {
        _result = _one * _two * _one * _two;
    }
    
    this.printResult = function () {
		console.log(_result); 
    }
}

const amt = 200;
let contents = new Array(amt);

for (let i = 0; i < amt; i ++) {
	contents[i] = new MyFirstClosureClass(Math.random(), Math.random());  
  	contents[i].compute();
	contents[i].printResult();
}

prototype1

function MyFirstProtoClass (one, two) {
    this._one = one;
  	this._two = two;
  	this._result = null;
}

MyFirstProtoClass.prototype.compute = function (){
	this._result = this._one * this._two * this._one * this._two;
};

MyFirstProtoClass.prototype.printResult = function (){
	console.log(this._result);
};


const amt = 200;
let contents = new Array(amt);

for (let i = 0; i < amt; i ++) {
	contents[i] = new MyFirstProtoClass(Math.random(), Math.random());  
  	contents[i].compute();
	contents[i].printResult();
}

classes1

class MyFirstTrueClass {
  
  	constructor(one, two) {
 		this._one = one;
	  	this._two = two;
  		this._result = null;
    }
  
	compute (){
		this._result = this._one * this._two * this._one * this._two;
	}

	printResult (){
		console.log(this._result);
    }
}



const amt = 200;
let contents = new Array(amt);

for (let i = 0; i < amt; i ++) {
	contents[i] = new MyFirstTrueClass(Math.random(), Math.random());  
  	contents[i].compute();
	contents[i].printResult();
}