MCCC Code Submit 25/11/15

//############################################################################################
//##Scala Code
//##
//##All this code is done with my own, right now experimental, framework based on threejs
//############################################################################################

class ThreeJSApp19 extends JSApp with BasicCanvas with DrawingUtils with SimplexNoise{
  Setup._2D.asScene.withStats.withControls

  val radius = 100

  val cols = List(0x2537b5, 0xff3804, 0xffffff).map(Hex(_))

  val polarCoords = for{
    g <- (0 to 20).map(_*TWO_PI/10)
    t <- (-10 to 10).map(_*PI/10)
  } yield (g, t)

  val sPos = polarCoords.map{ case(g,t)=> (sin(g)*cos(t)*radius, cos(g)*cos(t)*radius, sin(t)*radius) }
  val rPos = polarCoords.map{ case(g,t)=> (sin(g)*cos(t)*radius, cos(g)*tan(t)*radius, sin(t)*radius) }

  val vals = sPos.map(_=>sphere(center,2,cols(randInt(cols.size))))

  val all = (sPos,rPos,vals).zipped

  val g = new Group()
  vals.foreach(g.add)
  scene.add(g)

  def render():Unit = {
    all.foreach{ case(sp, rp, s) =>
      s.position.lerpVectors(sp, rp, sin(map(frameCount,0,60*5,0,TWO_PI)).map(-1,1,0,1))
    }
    g.setRotationFromAxisAngle(yAxis,map(frameCount,0,60*5,0,TWO_PI))
  }


}