Solar System Clock

PImage space;

​

void setup () {

  size (800, 800);

  background(0);

  space = loadImage("http://i1209.photobucket.com/albums/cc387/chirubian/NGC_3603b.jpg");

}

​

void draw() {

  image(space,0,0);

  smooth ();

  noFill ();

  strokeWeight(2);

  stroke (64);

​

  line (0, 400, 800, 400);

  line (400, 0, 400, 800);

  line (0, 0, 800, 800);

  line (0, 800, 800, 0);

​

  sun();

  stroke (64);

  ellipse (400, 400, 120, 120);

  p1();

  stroke (64);

  ellipse (400, 400, 250, 250);

  p2();

  ellipse (400, 400, 330, 330);

  p3 ();

  ellipse (400, 400, 550, 550);

  p4();

  ellipse (400, 400, 700, 700);

  p5();

}

​

void sun () {

  noStroke();

  fill (255, 128, 23);

  beginShape();

  vertex (390, 380);

  vertex (400, 360);

  vertex (410, 380);

​

  vertex (430, 370);

​

  vertex (422, 392);

  vertex (440, 400);

  vertex (422, 407);

​

  vertex (430, 430);

​

  vertex (410, 420);

  vertex (400, 440);

  vertex (390, 420);

​

  vertex (372, 430);

​

  vertex (380, 407);

  vertex (360, 400);

  vertex (380, 392);

​

  vertex (370, 370);

  endShape();

​

  fill (247, 213, 40);

  ellipse(400, 400, 50, 50);

  noFill();

}

​

void p1 () { //10-second period

  float amp1 = 60;

  float per1 = .0001;

  float xPos1 = 400 + amp1 * sin((millis()*per1)*(2*PI));

  float yPos1 = 400 + amp1 * cos(millis()*per1*(2*PI));

  fill (21, 71, 170);

  noStroke();

  ellipse (xPos1, yPos1, 12, 12);

  stroke (64);

  noFill();

}

​

void p2 () { //20-second period

  float amp2 = 125;

  float per2 = .00005;

  float xPos2 = 400 + amp2 * sin(millis()*per2*(2*PI));

  float yPos2 = 400 + amp2 * cos(millis()*per2*(2*PI));

  fill (175, 0, 41);

  noStroke();

  ellipse (xPos2, yPos2, 28, 28);

  stroke (64);

  noFill();

}

​

void p3 () { //100-second period

  float amp3 = 165;

  float per3 = .00001;

  float xPos3 = 400 + amp3 * sin(millis()*per3*(2*PI));

  float yPos3 = 400 + amp3 * cos(millis()*per3*(2*PI));

  fill (2, 173, 20);

  noStroke();

  ellipse (xPos3, yPos3, 22, 22);

  stroke (64);

  noFill();

}

​

void p4 () { //200-second period

  float amp4 = 275;

  float per4 = .000005;

  float xPos4 = 400 + amp4 * sin(millis()*per4*(2*PI));

  float yPos4 = 400 + amp4 * cos(millis()*per4*(2*PI));

  fill (25, 130, 255);

  noStroke();

  ellipse (xPos4, yPos4, 40, 40);

  strokeWeight(6);

  stroke (70,0,185);

  noFill();

  beginShape();

  curveVertex (xPos4, yPos4-8);

  curveVertex (xPos4-21,yPos4-4);

  curveVertex (xPos4-40, yPos4);

  curveVertex (xPos4, yPos4+8);

  curveVertex (xPos4+40, yPos4);

  curveVertex (xPos4+21, yPos4-4);

  curveVertex (xPos4, yPos4-8);

  endShape();

  noFill();

  strokeWeight(2);

  stroke (64);

}

​

void p5 () { //1000-second period

  float amp5 = 350;

  float per5 = .000001;

  float xPos5 = 400 + amp5 * sin(millis()*per5*(2*PI));

  float yPos5 = 400 + amp5 * cos(millis()*per5*(2*PI));

  fill (185, 0, 140);

  noStroke();

  ellipse (xPos5, yPos5, 50, 50);

  fill (72,0,54);

  ellipse (xPos5-10,yPos5-3, 4,4);

  ellipse (xPos5+9,yPos5-5, 4,4);

  ellipse (xPos5-3,yPos5-9, 4,4);

  ellipse (xPos5+20,yPos5+5, 4,4);

  ellipse (xPos5-15,yPos5-10, 6,6);

  ellipse (xPos5-3,yPos5+15, 8,8);

  ellipse (xPos5+7,yPos5+5, 6,6);

  ellipse (xPos5-14,yPos5+9, 4,4);

  ellipse (xPos5+8,yPos5-15, 4,4);

  noFill();

}