The documentation is being updated for version 1.3. Some sections may be incomplete.
This node quantizes the heightfield into discrete cells, defined by the Distance function. The default Euclidian function creates basalt pillar-like shapes.
Properties
| Scale | The relative size of the cellular subdivision. |
| Chaos | The general randomness of the subdivision. Low values create systematic cells; high values cause the cells to widely differ both in shape and number of sides. |
| Seed | The randomization pattern or seed for the node's process. |
| Function | The distance function used to determine the cell shape.EuclideanEuclidean creates sharp, angular cells. ManhattanManhattan creates slightly unnatural multi-angled shapes, which can be quite useful when processed further. ShepardsShepards provides stark peaks and sinkholes. HybridEuclidean-Manhattan hybrid merges both distancing functions equally. |
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This documentation is licensed under the MIT License, a very permissive open-source license.