test.js

// let a = new Array(3).fill(0)

// console.log(a)

// let m = new Array(3).fill( new Array(3).fill(0))

// console.log(m)

// arr = [1, 2, 3, 4]

/*
function f(A, n){
    for(let i of A){
        i = i*n
        // console.log(i)
    }
    return A
}

arr = [1, 2, 3, 4]
console.log(f(arr, 3))
*/

// console.log(3%1 == 0)

/*
let n = 1729;
// min_n = parseInt(n.toString().split('').sort().join(''));
// max_n = parseInt(n.toString().split('').sort((a,b)=>b-a).join(''));
// diff = max_n - min_n;
// console.log(min_n, max_n, diff)
console.log(n.toString())
console.log(n.toString().split(''))
console.log(n.toString().split('').sort())
console.log(n.toString().split('').sort((a,b)=>b-a))
console.log(n.toString().split('').sort().join(''))
*/

/*
let num = 4;
let x = num++;
console.log(x, num);
*/

/*
let num = 4;
let x = ++num;
console.log(x, num);
*/

// console.log(3.5 % 1)

/*
var AxB = function(A, B){
    var new_mat = [];
    if (A[0].length === B.length){

    }
    else{
        return "Matrix multiplication not possible due to musmatch of number of columns of first matrix and number of rows in second matrix";
    }
    return new_mat;
}
    */

console.log((1===1)*1.0);