### Mondays :(

Edit from Reinder's turtle.
Smile!

```// Smile!. Created by Reinder Nijhoff 2018
// @reindernijhoff
//
// https://turtletoy.net/turtle/f51d24a066
//

const canvas_size = 90;
const max_tries = 7500;

const circles = [];

const turtle = new Turtle();

let coord_found = false;
let tries = 0;

while (!coord_found && tries < max_tries) {
tries ++;
const x = Math.random() * (canvas_size-r)*2 -canvas_size + r;
const y = Math.random() * (canvas_size-r)*2 -canvas_size + r;
let possible = true;
for (let i=0; i<circles.length; i++) {
const dx = circles[i][0] - x;
const dy = circles[i][1] - y;
const dr = circles[i][2] + r;

if ( dx*dx + dy*dy < dr * dr) {
possible = false;
break;
}
}
if (possible) {
coord_found = true;
draw_smiley(x,y,t, r);
circles.push([x,y,r]);
return true;
}
}
return false;
}

function draw_smiley(x,y,t, r) {
draw_imperfect_poly(x,y,t,30,r);
if (r > 2) { // draw eyes and mouth
t.right(Math.PI/2);
t.penup();
t.forward(r/2);
t.pendown();
t.forward(r/6)
t.left(Math.PI/2);
t.penup();
t.forward(r/(1.5+Math.random()));
t.pendown();
t.right(Math.PI/2);
t.forward(r/6)
t.penup();
t.forward(r/(1.2+Math.random()));
t.pendown();
t.right(Math.PI/1);

const steps = Math.ceil(r*10);
draw_imperfect_line(t, r, steps, 0.05, -2);
}
}

function draw_imperfect_poly(x,y,t, c, r) {
const side = 2*Math.sin(Math.PI/c) * r - 3/c;
const side_div = 10;
const rand_angle = Math.max(0.02,0.1/c);
const steps = Math.ceil(side*side_div);

turtle.penup();
turtle.goto(x,y-r);
t.circle(r,(-Math.random())*Math.PI*.3);
t.pendown();

t.right(Math.PI/c);
for (let i=0; i<c; i++) {
draw_imperfect_line(t, side, steps, rand_angle, 0);
t.circle(3/c,Math.PI*2/c);
}
t.forward(Math.random() * r/10);
}

function draw_imperfect_line(t, side, steps, rand_angle, add_angle) {
for(let j=0; j<steps;j++) {
t.forward(side/steps);