public static void recursiveArt(int x, int y, double len, double angle, int steps) {
    // TODO: base case


      if(steps == 0){

         System.out.println("Steps gleich 0");

     canvas.drawLine(x,y,getNewX(x, len, angle),getNewY(y, len, angle),steps);
//
//
      }else{



            //System.out.println("Angle: "+angle*i/10);




           canvas.drawLine(x,y,getNewX(x, len, angle*-2),getNewY(y, len, angle*-2),steps);

           canvas.drawLine(x,y,getNewX(x, len, angle*1),getNewY(y, len, angle*1),steps);

           canvas.drawLine(x,y,getNewX(x, len, angle*2),getNewY(y, len, angle*2),steps);

           canvas.drawLine(x,y,getNewX(x, len, angle*-1),getNewY(y, len, angle*-1),steps);
//
//          canvas.drawLine(x,y,getNewX(x, len, angle*3),getNewY(y, len, angle*3),1);
//
//          canvas.drawLine(x,y,getNewX(x, len, angle*4),getNewY(y, len, angle*4),1);

          System.out.println("new X: "+getNewX(x, len, angle));
          System.out.println("new Y: "+getNewY(y, len, angle) );
          System.out.println("ANgle: "+angle );







          recursiveArt(getNewX(x,len,angle), getNewY(y,len,angle), getNewLen(len),getNewAngle(angle,openAngle,branches) , --steps);
          System.out.println("Neuer Step");





      }





//    if (steps <= 0){
//      return;
//    }
//
//
//    // TODO: standard case, part 1: calculate new x/y and draw a single line
//    // to draw use canvas.drawLine(..., steps);
//    System.out.println(steps);
//
//    canvas.drawLine(x,y,getNewX(x, len, angle),getNewY(y, len, angle),steps);
//
//    len = getNewLen(len);
//    getNewX(x, len, angle);
//    getNewY(y, len, angle);
//    angle = getNewAngle(angle, openAngle/branches, steps);
//
//    recursiveArt(x,y,len, angle, steps-1);
//    recursiveArt(x,y,len, angle, steps-1);
//    recursiveArt(x,y,len, angle, steps-1);
//
//    //canvas.drawLine(x,y,getNewX(x, len, angle),getNewY(y, len, angle),steps);
//
//
//    // TODO: standard case, part 2: calculate startAngle and angleDiff and recur

  }