Smiles

Circle circle, circle2, circle3; // objects

Circle[] circles;

void setup(){

  size(900, 900);

  circles = new Circle[1000];

  for(int i = 1; i < 100; i++){

    circles[i] = new Circle(random(0, 1000), random(0, 1000), random(200));

  }

  circle = new Circle(1000, 1000, 50);

  circle2 = new Circle(100, 100, 50);

  circle3 = new Circle(900, 900, 50);

  frameRate(5);

 }

void draw(){

  for(int i = 0; i < 5; i++){

 circle.Smiles(random(0,1000), random(0,1000), random(1000));

  }

}

class Circle {

  float x1,y1, diameter;

​

  Circle(float xpos, float ypos, float dia){

    x1= xpos;

    y1= ypos;

    diameter = 100;

  }

  void move(){

   if(x1 <= width - diameter/4 && x1 <= height - diameter/4 && y1 <= width - diameter/4 && y1 <= height - diameter/4){

    x1++;

    y1++;

   }

  }

void Smiles(float x1pos, float y1pos, float faceSize){

 float ep = random(0, 4);

 float rNum = random(1, 3);

  if(faceSize/ep < faceSize*random(9)){

   stroke(255);  

  fill(random(50), random(50), random(50), 5);

  ellipse(x1pos, y1pos, faceSize*rNum, faceSize*rNum);

  strokeWeight(1.5);

 line(x1pos - (faceSize/ep), y1pos - (faceSize/25), x1pos - (faceSize/ep), y1pos + (faceSize/25));

  line(x1pos + (faceSize/ep), y1pos - (faceSize/25), x1pos + (faceSize/ep), y1pos + (faceSize/25));

  arc(x1pos, y1pos + (faceSize/ep), 20, 20, 0, PI);

  }   

}  

  }