Search Issue Tracker
Won't Fix
Votes
0
Found in
5.2.3f1
Issue ID
751339
Regression
No
[Substance] Triplanar mapping causing pixelation in Unity
Steps to reproduce:
1) open users attached project
2) scene 'Torus'
- there are two models, one with triplanar node and another one without
Results: object with triplanar node is pixelatex
Expected: No pixelation
note: pixelation is not visible in 'Substance Designer'
This rendering mismatch happens because the Substance engine used in the Unity integration is the CPU engine, which only handles grayscale 16b textures and color 8b textures.
Workaround:
There is a workaround available: a new version of the triplanar filter, which uses three grayscale 16b textures instead of a single rgba 16b texture, is available here: https://share.allegorithmic.com/libraries/115
Comments (1)
Add comment
All about bugs
View bugs we have successfully reproduced, and vote for the bugs you want to see fixed most urgently.
Latest issues
- “Remove Unused Overrides” available on not loaded Scene and throws “ArgumentException: The scene is not loaded” warning
- Adaptive Probe Volume occlusion edge is calculated incorrectly when viewing probes near geometry edges
- Sampling a texture using an HLSL file throws shader errors and the code does not compile
- "Graphics.CopyTexture called with null source texture" error when Base Camera of an Overlay Camera is removed with DX11 Graphics API and Compatibility Mode enabled
- WebGL sends wrong value with large numbers when SendMessage function is used
EnriquePage91
Mar 13, 2018 22:05
Well workaround doesn't actually work, if you use the node provided in the link shared on this article you will most probably find yourself unable to export your substance.
As soon as I replaced the triplanar node with this one and tried to export my substance into Unity I was thrown an error which results in the substance not being exported at all. So it might technically work in Unity, but at least I can't personally find a way to make it work so that it actually lets me export Substances using this.