Fixed bug in collisions where z axis was not being correctly checked

        objects[3] = newObject4;

        //--image src/teapot.txt --speed 10 --dir 8, 4, 10

        // Create a Translate transform

        // Set the translation values

        //newObject1.setTranslate(sceneWindow.getXOffset(), sceneWindow.getYOffset(),0);

        //newObject2.setTranslate(sceneWindow.getXOffset(), sceneWindow.getYOffset(),0);

        //newObject3.setTranslate(sceneWindow.getXOffset(), sceneWindow.getYOffset(),0);

        Group group3D = new Group(); // Group of our 3D elements

        for (MovingObject o : objects ) {

            o.setTranslate(sceneWindow.getXOffset(), sceneWindow.getYOffset(),0);

            //o.setTranslate(0, 0,0);

            group3D.getChildren().add(o.getMesh());

        }

                    direction[i] = objects[i].getVelocityVec();

                }

//                double minX = meshBounds.getMinX() + direction1[0];

//                double maxX = meshBounds.getMaxX() + direction1[0];

//                double minY = meshBounds.getMinY() + direction1[1];

//                double maxY = meshBounds.getMaxY() + direction1[1];

//                double minZ = meshBounds.getMinZ() + direction1[2];

//                double maxZ = meshBounds.getMaxZ() + direction1[2];

                //Number is roughly 1 mill divided by 60

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

                            lastChanged = 2;

                            //mesh.getPoints().setAll(points);

                        }

                        if (meshBounds[i].getMinZ() + direction[i][2] < 0 || meshBounds[i].getMinZ() + direction[i][2] > WindowSize) {

                        if (meshBounds[i].getMinZ() + direction[i][2] < 0 || meshBounds[i].getMaxZ() + direction[i][2] > WindowSize) {

                            // load the vertices of the mesh

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