​

​

constructor(x,y,size){

  this.x = x;

  this.y = y;

  this.size = size;

  this.inc = 0.05//random(0.01,0.009);

​

}

display(){

​

  angleMode(DEGREES);

​

  push();

​

  translate(this.x,this.y);

​

  strokeWeight(this.size * 0.009);

​

  let step = this.size * 0.025;

​

  rotate(270);

​

  stroke(255);

​

  fill(0);

​

  let angleOffset = 0;

​

  let nOffset;

​

  for(let i=angleOffset; i<180 - angleOffset; i+=step){

​

     let posx = cos(i) * this.size;

     let posy = sin(i) * this.size;

​

     let negx = cos(-i) * this.size;

     let negy = sin(-i) * this.size;

​

     let p1 = createVector(posx, posy);

​

     let p2 = createVector(negx, negy);

​

     let d = abs(p2.dist(p1));

​

     nOffset = frameCount * sin(d * 0.009);

​

​

     beginShape();

​

     for(let j=0; j<d; j+=2){

​

       let _x = posx + cos(-90) * j;

       let _y = posy + sin(-90) * j;

​

       let c = createVector(posx,posy - d/2);

​

       let dFromC = c.dist(createVector(_x,_y));

​

       let m;

​

       // strokeWeight(d * 0.005);

​

       if(dFromC < (d * 0.25)){

​

        let perlin = noise(nOffset);

​

         m = _x + (perlin * d * 0.09);

​

         nOffset+=this.inc;

​

       }else{

​

        m = _x;

​

       }

​

       vertex(m,_y);

​

     }

​

     endShape();

​

   }

   pop();

}

}

​