​

// Starting on lines 192 to 199, comment and uncomment each line that correlates to the planets below. Each of them is named in a comment on the line.

​

// From lines 174–232, uncomment the lines for each planet you want to see, there must be at least one other planet besides Earth uncommented for the program to run.

​

​

​

var w = 600//600 original - 1790 new width

var h = 600//600 original - 870 new height

var sun_size = 100

var orbit_distance = 50

var planet_count = 9

var star_count = 10000

​

function distance (x1, y1, x2, y2) {

  return sqrt(pow(x2-x1, 2)+ pow(y2 - y1,2));

}

​

let sunstar;  

let mercury;

let venus;

let earth;

let mars;

let jupiter;

let saturn;

let neptune;

let uranus;

let asteroidbelt;

let stars;

let sound, amplitude;

let extraCanvas;

let thirdCanvas;

let anglespeed = 1;

​

var angle = 0;  // initialize angle variable

​

​

​

var scalar =  50;  // Mercury, set the radius of circle

var scalar2 = 70;  // venus

var scalar3 = 100; // earth

var scalar4 = 125 // mars

var scalar5 = 170 // Jupiter

var scalar6 = 200 // Saturn

var scalar7 = 230 // Neptune

var scalar8 = 250 // Uranus

var scalar9 = 270 // Pluto

​

//Mercury

var startA = 303; // set the x-coordinate for the circle center

var startB = 305; // set the y-coordinate for the circle center

//Venus

var startC = 303

var startD = 305

//Earth

var startE = 300

var startF = 300

//Mars

var startG = 300

var startH = 300

//Jupiter

var startI = 300

var startJ = 300

//Saturn

var startK = 300

var startL = 300

//Neptune

var startM = 300

var startN = 300

//Uranus

var startO = 300

var startP = 300

//Pluto

var startQ = 300

var startR = 300

​

​

​

function preload(){

sunstar = loadImage("Planets/sun.png");  

mercury = loadImage("Planets/mercury.png");

venus = loadImage("Planets/venus.png");

earth = loadImage("Planets/earth.png");

mars = loadImage("Planets/mars.png");

jupiter = loadImage("Planets/jupiter.png");

saturn = loadImage("Planets/saturn.png");

neptune = loadImage("Planets/neptune.png");

uranus = loadImage("Planets/uranus.png");

pluto = loadImage("Planets/pluto.png");

asteroidbelt = loadImage("Planets/asteroidbelt.png");

stars = loadImage("Planets/stars.png");

sound = loadSound('Gold Moon.m4a');

}

​

​

function setup() {

  //createCanvas(400, 400);

  angleMode(DEGREES);

  sound.play();

  sound.loop();

  amplitude = new p5.Amplitude();

var cnv = createCanvas(w, h);

   extraCanvas = createGraphics(w,h);

   extraCanvas.clear;

   thirdCanvas = createGraphics(w,h);

   thirdCanvas.clear;

  //stars  

extraCanvas.image(stars, 0, 0, 600, 600);

  //asteroids

extraCanvas.image(asteroidbelt, 125, 120, 360, 360);

}

​

​

function draw() {

  background (0);

  //mercury

    var a = startA + scalar * cos(angle*2);

    var b = startB + scalar * sin(angle*2);

  //venus

    var c = startC + scalar2 * cos(angle*1.1);

    var d = startD + scalar2 * sin(angle*1.1);

  //earth

    var e = startE + scalar3 * cos(angle);

    var f = startF + scalar3 * sin(angle);

  //mars

    var g = startG + scalar4 * cos(angle/2);

    var h = startH + scalar4 * sin(angle/2);

  //jupiter

    var i = startI + scalar5 * cos(angle/5); 

    var j = startJ + scalar5 * sin(angle/5);

  //saturn

    var k = startK + scalar6 * cos(angle/6);

    var l = startL + scalar6 * sin(angle/6);

  //neptune

    var m = startM + scalar7 * cos(angle/6.5);

    var n = startN + scalar7 * sin(angle/6.5);

  //uranus

    var o = startO + scalar8 * cos(angle/7);

    var p = startP + scalar8 * sin(angle/7);

  //pluto

    var q = startQ + scalar9 * cos(angle/7.5);

    var r = startR + scalar9 * sin(angle/7.5);

//Orbits lines

 extraCanvas.stroke(255,0,0);

 extraCanvas. strokeWeight(1.5);

 extraCanvas. stroke("white");

  if(frameCount%10 == 0 ) {

  extraCanvas.line(e, f, a, b); //Mercury

  extraCanvas.line(e, f, c, d); //venus

  extraCanvas.line(e, f, g, h); //mars

  // extraCanvas.line(e, f, i, j); //Jupiter

  // extraCanvas.line(e, f, k, l); //Saturn

  // extraCanvas.line(e, f, m, n); //Neptune

  // extraCanvas.line(e, f, o, p); //uranus

  // extraCanvas.line(e, f, q, r); //pluto

  }

  image(extraCanvas, 0 ,0);

 // fill(0);

//PLANETS  

     //Mercury

stroke("white");

noFill();

extraCanvas.ellipse(a, b,.1);

// rectMode(CENTER);

image(mercury, a, b, 8,8);

//    //Venus

stroke("white");

noFill();

extraCanvas.ellipse(c, d,.1);

rectMode(CENTER);

image(venus,c,d,12,12);

​

  //earth

stroke("white");

extraCanvas.ellipse(e, f, .1);

noFill();

rectMode(CENTER);

image(earth, e, f, 15, 15);

   //mars

stroke("white");

noFill();

extraCanvas.ellipse(g, h,.1);

rectMode(CENTER);

 image(mars,g,h,10,10);

   //Jupiter

// stroke("white");

// noFill();

// extraCanvas.ellipse(i,j, .1);

// rectMode(CENTER);

// image(jupiter,i,j,15,15);

  //Saturn

// stroke("white");

// noFill();

// extraCanvas.ellipse(k, l,.1);

// rectMode(CENTER);

// image(saturn,k,l,13,13);

​

  //Neptune

// stroke("white");

// noFill();

// extraCanvas.ellipse(m,n,.1);

// rectMode(CENTER);

// image(neptune,m,n,10,10);

  //Uranus

// stroke("white");

// noFill();

// extraCanvas.ellipse(o, p,.1);

// image(uranus,o,p,9,9);

  //Pluto

// stroke("white");

// noFill();

// extraCanvas.ellipse(q, r,.1);

// image(pluto,q,r,5,5);

​

​

//ROTATION

  rotate(angle);

  angle = angle + anglespeed;

function orbit(){

  angle = angle + orbispeed;

   orbitspeed = random(0.1, 0.3);

}

 extraCanvas.image(sunstar, 260 ,260, 90, 90);

}