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This is a special case of a Remap. We can take a shape and redefine it so that we have it in a cylindrical or spherical system instead of rectangular coordinates.
Let’s start off with a cube. We will add a simple feature to it—in this example, a hole.

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Cylindrical Remap

The Cylindrical Remap takes that bit of the geometry and it revolves it -180 to 180 degrees. You can see there is some empty space and some solid space that is revolved. The only values mapped are values along the:
  • positive x-axis
  • y-axis between -length/2 and +length/2.
What that means is that in and x and z, it will infinitely capture everything.

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Spherical Remap

The Spherical Remap operates in a similar way. However here, the only values that are mapped are values along the:
  • positive x-axis
  • y-axis between -length/2 and +length/2
  • positive x-axis
Note: If you prefer to learn more about this topic through a video, our Follow Along: Intro to Remapping lesson covers all the Intro to Remapping topics in video form (Mirror, Translate, Scale, Array, Cylindrical, and Spherical Remap).