Differences
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| Both sides previous revisionPrevious revisionNext revision | Previous revision | ||
| 0.8.4:volumerendering [2022/06/16 13:44] – [Gamut Mapping] admin | 0.8.4:volumerendering [2022/06/16 13:47] (current) – [Filtering and MipMaps] admin | ||
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| Since v0.8.4.2314 lighting and iso surface detection is also supported. | Since v0.8.4.2314 lighting and iso surface detection is also supported. | ||
| - | Iso surface detection tries to evaluate | + | To activate lighting for a volumetric mesh, please use: |
| + | <file pascal> | ||
| + | GorillaVolumetricMesh1.UseLighting := true; | ||
| + | </ | ||
| + | |||
| + | After it was activated, the implemented functions try to detect | ||
| + | This is called IsoSurface detection. | ||
| Because this method always depends on the data, you can control this detection by **IsoSurfaceLimit** property. | Because this method always depends on the data, you can control this detection by **IsoSurfaceLimit** property. | ||
| Line 402: | Line 408: | ||
| __Notice:__ For PBR (physically based rendering) it does not need any PBR texture, instead it will use the //AOBias//, // | __Notice:__ For PBR (physically based rendering) it does not need any PBR texture, instead it will use the //AOBias//, // | ||
| + | |||
| + | {{youtube> | ||
| ===== Filtering and MipMaps ===== | ===== Filtering and MipMaps ===== | ||
| Line 415: | Line 423: | ||
| <file pascal> | <file pascal> | ||
| GorillaVolumetricMesh1.LinearFiltering := true; | GorillaVolumetricMesh1.LinearFiltering := true; | ||
| - | GorillaVolumetricMesh1.MipMaps := true; | + | GorillaVolumetricMesh1.MipMaps := false; |
| </ | </ | ||