Crazy Spirals

float r1;

float r2;

float r3;

float r4;

float r5;

float r6;

​

// Angle and angular velocity, accleration

float theta;

float theta_vel;

float theta_acc;

​

void setup() {

  //fullScreen();

  size(700,700);

  // Initialize all values

  r1=75;

  r2=125;

  r3=175;

  r4=225;

  r5=275;

  r6=325;

  theta = 0;

  theta_vel = 0;

  theta_acc = 0.000065;

}

​

void draw() {

  background(0);

  noCursor();

  translate(width/2, height/2);

  float x = r1 * cos(1.1*theta);

  float y = r1 * sin(1.1*theta);

  float x1 = r2 * cos(1.08*theta);

  float y1 = r2 * sin(1.08*theta);

  float x2 = r3 * cos(1.06*theta);

  float y2 = r3 * sin(1.06*theta);

  float x3 = r4 * cos(1.04*theta);

  float y3 = r4 * sin(1.04*theta);

  float x4 = r5 * cos(1.02*theta);

  float y4 = r5 * sin(1.02*theta);

  float x5 = r6 * cos(theta);

  float y5 = r6 * sin(theta);

  float a = r1 * cos(-1.1*theta);

  float b = r1 * sin(-1.1*theta);

  float a1 = r2 * cos(-1.08*theta);

  float b1 = r2 * sin(-1.08*theta);

  float a2 = r3 * cos(-1.06*theta);

  float b2 = r3 * sin(-1.06*theta);

  float a3 = r4 * cos(-1.04*theta);

  float b3 = r4 * sin(-1.04*theta);

  float a4 = r5 * cos(-1.02*theta);

  float b4 = r5 * sin(-1.02*theta);

  float a5 = r6 * cos(-theta);

  float b5 = r6 * sin(-theta);

  // Draw the ellipse at the cartesian coordinate

  ellipseMode(CENTER);

  strokeWeight(1.5);

  fill(0);

  stroke(random(450),random(450),random(450));

  ellipse(0,0,677,677);

  stroke(random(450),random(450),random(450));

  ellipse(0,0,579,579);

  stroke(random(450),random(450),random(450));

  ellipse(0,0,481,481);

  stroke(random(450),random(450),random(450));

  ellipse(0,0,383,383);

  stroke(random(450),random(450),random(450));

  ellipse(0,0,286,286);

  stroke(random(450),random(450),random(450));

  ellipse(0,0,187,187);

  stroke(random(450),random(450),random(450));

  ellipse(0,0,115,115);

  fill(random(450),random(450),random(450));

  ellipse(x,y,35,35);

  ellipse(-x,-y,35,35);

  ellipse(x1,y1,33,33);

  ellipse(-x1,-y1,33,33);

  ellipse(x2,y2,31,31);

  ellipse(-x2,-y2,31,31);

  ellipse(x3,y3,29,29);

  ellipse(-x3,-y3,29,29);

  ellipse(x4,y4,27,27);

  ellipse(-x4,-y4,27,27);

  ellipse(x5,y5,25,25);

  ellipse(-x5,-y5,25,25);

if (key == CODED) {

  if(keyCode == DOWN){

  ellipse(x,y,35,35);

  ellipse(-x,-y,35,35);

  ellipse(x1,y1,33,33);

  ellipse(-x1,-y1,33,33);

  ellipse(x2,y2,31,31);

  ellipse(-x2,-y2,31,31);

  ellipse(x3,y3,29,29);

  ellipse(-x3,-y3,29,29);

  ellipse(x4,y4,27,27);

  ellipse(-x4,-y4,27,27);

  ellipse(x5,y5,25,25);

  ellipse(-x5,-y5,25,25);

  }

  if(keyCode == UP){

  strokeWeight(3);

  noFill();

beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(x,  y);

curveVertex(x1,  y1);

curveVertex(x2,  y2);

curveVertex(x3,  y3);

curveVertex(x4,  y4);

curveVertex(x5,  y5);

curveVertex(x5,  y5);

endShape();

​

noFill();

beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(-x,  -y);

curveVertex(-x1,  -y1);

curveVertex(-x2,  -y2);

curveVertex(-x3,  -y3);

curveVertex(-x4,  -y4);

curveVertex(-x5,  -y5);

curveVertex(-x5,  -y5);

endShape();

  strokeWeight(1.5);

  line(x1,y1,-x1,-y1);

  line(x2,y2,-x2,-y2);

  line(x3,y3,-x3,-y3);

  line(x4,y4,-x4,-y4);

  line(x5,y5,-x5,-y5);

  }

  if (keyCode == RIGHT) {  

  ellipse(b,a,35,35);

  ellipse(-b,-a,35,35);

  ellipse(b1,a1,33,33);

  ellipse(-b1,-a1,33,33);

  ellipse(b2,a2,31,31);

  ellipse(-b2,-a2,31,31);

  ellipse(b3,a3,29,29);

  ellipse(-b3,-a3,29,29);

  ellipse(b4,a4,27,27);

  ellipse(-b4,-a4,27,27);

  ellipse(b5,a5,25,25);

  ellipse(-b5,-a5,25,25); 

  }  

​

if (keyCode == LEFT) { 

  strokeWeight(3);

  noFill();

  beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(x,  y);

curveVertex(x1,  y1);

curveVertex(x2,  y2);

curveVertex(x3,  y3);

curveVertex(x4,  y4);

curveVertex(x5,  y5);

curveVertex(x5,  y5);

endShape();

​

noFill();

beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(-x,  -y);

curveVertex(-x1,  -y1);

curveVertex(-x2,  -y2);

curveVertex(-x3,  -y3);

curveVertex(-x4,  -y4);

curveVertex(-x5,  -y5);

curveVertex(-x5,  -y5);

endShape();

  strokeWeight(1.5);

  line(x,y,-x1,-y1);

  line(x1,y1,-x2,-y2);

  line(x2,y2,-x3,-y3);

  line(x3,y3,-x4,-y4);

  line(x4,y4,-x5,-y5);

  line(-x,-y,x1,y1);

  line(-x1,-y1,x2,y2);

  line(-x2,-y2,x3,y3);

  line(-x3,-y3,x4,y4);

  line(-x4,-y4,x5,y5);

 }

 if(keyCode == CONTROL){

   setup();

 }

 if(keyCode == SHIFT){

  ellipse(b,a,35,35);

  ellipse(-b,-a,35,35);

  ellipse(b1,a1,33,33);

  ellipse(-b1,-a1,33,33);

  ellipse(b2,a2,31,31);

  ellipse(-b2,-a2,31,31);

  ellipse(b3,a3,29,29);

  ellipse(-b3,-a3,29,29);

  ellipse(b4,a4,27,27);

  ellipse(-b4,-a4,27,27);

  ellipse(b5,a5,25,25);

  ellipse(-b5,-a5,25,25); 

  strokeWeight(3);

  noFill();

  beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(b,  a);

curveVertex(b1, a1);

curveVertex(b2, a2);

curveVertex(b3, a3);

curveVertex(b4, a4);

curveVertex(b5, a5);

curveVertex(b5, a5);

endShape();

  noFill();

  beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(-b,  -a);

curveVertex(-b1,  -a1);

curveVertex(-b2,  -a2);

curveVertex(-b3,  -a3);

curveVertex(-b4,  -a4);

curveVertex(-b5,  -a5);

curveVertex(-b5,  -a5);

endShape();

  stroke(random(450),random(450),random(450));

  noFill();

  beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(x,  y);

curveVertex(x1,  y1);

curveVertex(x2,  y2);

curveVertex(x3,  y3);

curveVertex(x4,  y4);

curveVertex(x5,  y5);

curveVertex(x5,  y5);

endShape();

​

noFill();

beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(-x,  -y);

curveVertex(-x1,  -y1);

curveVertex(-x2,  -y2);

curveVertex(-x3,  -y3);

curveVertex(-x4,  -y4);

curveVertex(-x5,  -y5);

curveVertex(-x5,  -y5);

endShape();

 }

 if(keyCode == ALT){

  ellipse(b,a,35,35);

  ellipse(-b,-a,35,35);

  ellipse(b1,a1,33,33);

  ellipse(-b1,-a1,33,33);

  ellipse(b2,a2,31,31);

  ellipse(-b2,-a2,31,31);

  ellipse(b3,a3,29,29);

  ellipse(-b3,-a3,29,29);

  ellipse(b4,a4,27,27);

  ellipse(-b4,-a4,27,27);

  ellipse(b5,a5,25,25);

  ellipse(-b5,-a5,25,25); 

  strokeWeight(3);

  noFill();

  beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(b,  a);

curveVertex(b1, a1);

curveVertex(b2, a2);

curveVertex(b3, a3);

curveVertex(b4, a4);

curveVertex(b5, a5);

curveVertex(b5, a5);

endShape();

  noFill();

  beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(-b,  -a);

curveVertex(-b1,  -a1);

curveVertex(-b2,  -a2);

curveVertex(-b3,  -a3);

curveVertex(-b4,  -a4);

curveVertex(-b5,  -a5);

curveVertex(-b5,  -a5);

endShape();

  stroke(random(450),random(450),random(450));

  noFill();

  beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(x,  y);

curveVertex(x1,  y1);

curveVertex(x2,  y2);

curveVertex(x3,  y3);

curveVertex(x4,  y4);

curveVertex(x5,  y5);

curveVertex(x5,  y5);

endShape();

​

noFill();

beginShape();

curveVertex(0,  0);

curveVertex(0,  0);

curveVertex(-x,  -y);

curveVertex(-x1,  -y1);

curveVertex(-x2,  -y2);

curveVertex(-x3,  -y3);

curveVertex(-x4,  -y4);

curveVertex(-x5,  -y5);

curveVertex(-x5,  -y5);

endShape();

  strokeWeight(1);

  line(x1,y1,-x1,-y1);

  line(x2,y2,-x2,-y2);

  line(x3,y3,-x3,-y3);

  line(x4,y4,-x4,-y4);

  line(x5,y5,-x5,-y5);

  line(b1,a1,-b1,-a1);

  line(b2,a2,-b2,-a2);

  line(b3,a3,-b3,-a3);

  line(b4,a4,-b4,-a4);

  line(b5,a5,-b5,-a5);

 }

}

fill(0);

stroke(random(450),random(450),random(450));

strokeWeight(2);

ellipse(0,0,15,15);

​

  // Apply acceleration and velocity to angle (r remains static in this example)

  theta_vel += theta_acc;

  theta += theta_vel;

}