Add deformation to handle()

                double maxZ = meshBounds.getMaxZ() + directionZ;

                //Number is roughly 1 mill divided by 60

                if (now - lastUpdate >= 16_000_000) { // Roughly 60 frames per second

                    double newY = translate.getY() + directionY;

                    translate.setY(newY);

                    double newX = translate.getX() + directionX;

                    translate.setX(newX);

                    double newZ = translate.getZ() + directionZ;

                    translate.setZ(newZ);

                    double cubeMin = 300, cubeMax = 600;

                    // Reverse direction at bounds

                    if (minX < cubeMin+300 || maxX > cubeMax+300) directionX *= -1;

                    if (minY < cubeMin || maxY > cubeMax) directionY *= -1;

                    if (minZ < cubeMin-300 || maxZ > cubeMax-300) directionZ *= -1;

                    if (minX < cubeMin+300 || maxX > cubeMax+300) {

                        // load the vertices of the mesh

                        float[] points = mesh.getPoints().toArray(null);

                        // find the vertices which come close to the bounding box threshold and squish them into the mesh

                        for (int j = 0; j < points.length; j += 3) {

                            if (Math.abs(points[j] + translate.getX() + directionX - minX) < 10 || Math.abs(points[j] + translate.getX() + directionX - maxX) < 10) {

                                points[j] += -directionX*5;

                            }

                        }

                        //update the direction of the mesh and set the new coordinates

                        directionX *= -1;

                        mesh.getPoints().setAll(points);

                    }

                    if (minY < cubeMin || maxY > cubeMax) {

                        // load the vertices of the mesh

                        float[] points = mesh.getPoints().toArray(null);

                        // find the vertices which come close to the bounding box threshold and squish them into the mesh

                        for (int j = 1; j < points.length; j += 3) {

                            if (Math.abs(points[j] + translate.getY() + directionY - minY) < 10 || Math.abs(points[j] + translate.getY() + directionY - maxY) < 10) {

                                points[j] += -directionY*5;

                            }

                        }

                        //update the direction of the mesh and set the new coordinates

                        directionY *= -1;

                        mesh.getPoints().setAll(points);

                    }

                    if (minZ < cubeMin-300 || maxZ > cubeMax-300) {

                        // load the vertices of the mesh

                        float[] points = mesh.getPoints().toArray(null);

                        // find the vertices which come close to the bounding box threshold and squish them into the mesh

                        for (int j = 2; j < points.length; j += 3) {

                            if (Math.abs(points[j] + translate.getZ() + directionZ - minZ) < 10 || Math.abs(points[j] + translate.getZ() + directionZ - maxZ) < 10) {

                                points[j] += -directionZ*5;

                            }

                        }

                        //update the direction of the mesh and set the new coordinates

                        directionZ *= -1;

                        mesh.getPoints().setAll(points);

                    }

//                    if (newZ < 0 || newZ >300) {

//                        directionZ = -directionZ;

//                    }

                    double newY = translate.getY() + directionY;

                    translate.setY(newY);

                    double newX = translate.getX() + directionX;

                    translate.setX(newX);

                    double newZ = translate.getZ() + directionZ;

                    translate.setZ(newZ);

                    lastUpdate = now;

                }

                if (fpsTimer == 0) {