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+### Dielectric base
The dielectric base is assumed to have a surface BSDF described by a rough GGX dielectric [microfacet model](index.html#model/microfacetmodel) [#Walter2007], and a bulk volumetric medium supporting absorption and scattering (whether physically due to the inherent molecular properties of the dielectric as in water, or e.g. a dispersion of embedded particles or flakes as in paint).
@@ -1387,8 +1388,8 @@
| Coating | $\color{darkblue}{f_\mathrm{coat}}$ | coat BRDF | as in the Coat section |
| Emission | $\color{darkblue}{L_e}$ | emission EDF | as in the Emission section |
| Metal | $\color{darkblue}{f_\mathrm{conductor}}$ | metal BRDF | as in the Metal section |
- | Specular reflection | $\color{darkblue}{f^R_\textrm{specular}}$ | specular BRDF | as in the Dielectric-base section |
- | Specular transmission | $\color{darkblue}{f^T_\textrm{specular}}$ | specular BTDF/BSSRDF | as in the Translucent-base section |
+ | Specular reflection | $\color{darkblue}{f^R_\textrm{specular}}$ | specular BRDF | as in the Dielectric base section |
+ | Specular transmission | $\color{darkblue}{f^T_\textrm{specular}}$ | specular BTDF/BSSRDF | as in the Translucent base section |
| Fuzz | $\color{darkblue}{f_\mathrm{fuzz}}$ | fuzz BRDF | as in the Fuzz section |
| Subsurface scattering | $\color{darkblue}{f_\textrm{SSS}}$ | subsurface BSSRDF | as in the Subsurface section |
| Diffuse reflection | $\color{darkblue}{f_\mathrm{diffuse}}$ | diffuse BRDF | as in the Glossy-diffuse section |