> ## Documentation Index > Fetch the complete documentation index at: https://docs.ntop.com/llms.txt > Use this file to discover all available pages before exploring further. # Orienting and Reorienting Bodies Let's say we have some shape out in space, such as this cone:

We will generate a *Start Plane* using **Plane from Normal**, which is defined from the centroid of this cone. We will also define the normal vector to capture the normal direction of the cone, in this case \[0, 1, 1], and set an origin at the global origin to generate *Plane at Origin*. You can orient the cone to the origin using an **Orient Object** block like so:

Now that the cone is oriented to the global origin, we can perform whatever remapping operations we would like. In this example, we will mirror. We will make the z axis the absolute value of z. This means the cone will flip across the *Plane at Origin*. The **Remap Field** block takes the value of the SDF in the positive z domain and remaps, so that the same positive value is true in the negative domain of *Plane at Origin*. Now, after remapping, the cone geometry exists in both the positive and negative domain of the *Plane at Origin*.

Now, we can move the mirrored cone back into its original position, once again using the **Orient Object** block and defining the source as *Plane at Origin* and our destination as *Start Plane*.

Note we could have also performed this **Orient Object** operation on the implicit body of the remapped cone rather than just its scalar field.