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// Spheres in Beip!
function RGB(red,green,blue) { return red+(green<<8)+(blue<<16); }

var g=app.newwindow_graphics(300,300);

var size=90;
var cx=g.width/2;
var cy=g.height/2;

var time=1;

var pi180=Math.PI/180;

for(i=0;i<100;i++)
{
g.SetPen(RGB(0,0,0));
size++;
for(y=0;y<size;y++)
{
  x2=Math.sqrt(size*size-y*y)+1;
  g.MoveTo(cx-x2, cy-y); g.LineTo(cx+x2, cy-y);
  g.MoveTo(cx-x2, cy+y); g.LineTo(cx+x2, cy+y);
}

g.SetPen(RGB(100+Math.random()*155, 100+Math.random()*155, 100+Math.random()*155));
g.MoveTo(cx+size,cy)
for(y=90;y>0;y-=12)
{
  for(x=0;x<360;x+=12)
  {
    x2=cx+size*Math.cos(x*pi180);
    y2=cy-(size*Math.sin(x*pi180)*Math.sin(y*pi180));

    g.LineTo(x2,y2);
  }
}

g.MoveTo(cx, cy+size);
for(y=90;y>0;y-=12)
{
  for(x=0;x<360;x+=12)
  {
    x2=cx-(size*Math.sin(x*pi180)*Math.sin(y*pi180));
    y2=cy+size*Math.cos(x*pi180);

    g.LineTo(x2,y2);
  }
}

size=20+Math.random()*(g.width+g.height)/8;
cx=size+1+Math.random()*(g.width-size*2);
cy=size+1+Math.random()*(g.height-size*2);

}