This setup works for every fractal. The current scale factor (the Value and its Math node) is set to scale dodecahedrons, but it can be adjusted for other primitives (usually you would change the Power to a Multiply).
To anyone who wants to render this, I recommend 3.0.1, because more recent versions cause artifacts with overlapping geometry (it's a known regression).
This setup works for every fractal. The current scale factor (the Value and its Math node) is set to scale dodecahedrons, but it can be adjusted for other primitives (usually you would change the Power to a Multiply).
To anyone who wants to render this, I recommend 3.0.1, because more recent versions cause artifacts with overlapping geometry (it's a known regression).
This setup works for every fractal. The current scale factor (the Value and its Math node) is set to scale dodecahedrons, but it can be adjusted for other primitives (usually you would change the Power to a Multiply).
To anyone who wants to render this, I recommend 3.0.1, because more recent versions cause artifacts with overlapping geometry (it's a known regression).
This setup works for every fractal. The current scale factor (the Value and its Math node) is set to scale dodecahedrons, but it can be adjusted for other primitives (usually you would change the Power to a Multiply).
To anyone who wants to render this, I recommend 3.0.1, because more recent versions cause artifacts with overlapping geometry (it's a known regression).
This setup works for every fractal. The current scale factor (the Value and its Math node) is set to scale dodecahedrons, but it can be adjusted for other primitives.
To anyone who wants to render this, I recommend 3.0.1, because more recent versions cause artifacts with overlapping geometry (it's a known regression).
This setup works for every fractal. The current scale factor (the Value and its Math node) is set to scale dodecahedrons, but it can be adjusted for other primitives (usually you would change the Power to a Multiply).
To anyone who wants to render this, I recommend 3.0.1, because more recent versions cause artifacts with overlapping geometry (it's a known regression).
This setup works for every fractal. The current scale factor (the Value and its Math node) is set to scale dodecahedrons, but it can be adjusted for other primitives. To
To anyone who wants to render this, I recommend 3.0.1, because more recent versions cause artifacts with overlapping geometry (it's a known regression).
This setup works for every fractal. The current scale factor (the Value and its Math node) is set to scale dodecahedrons, but it can be adjusted for other primitives. To anyone who wants to render this, I recommend 3.0.1, because more recent versions cause artifacts with overlapping geometry (it's a known regression).
This setup works for every fractal. The current scale factor (the Value and its Math node) is set to scale dodecahedrons, but it can be adjusted for other primitives.
To anyone who wants to render this, I recommend 3.0.1, because more recent versions cause artifacts with overlapping geometry (it's a known regression).
