diff --git a/index.html b/index.html
index c5d8579..c74ed6f 100644
--- a/index.html
+++ b/index.html
@@ -745,13 +745,13 @@
Note that the default value of **`subsurface_radius_scale`** is set at $(1, 0.5, 0.25)$ to approximate the effect of Rayleigh scattering. If we roughly approximate the wavelength corresponding to each of the RGB channels as $\lambda/\mathrm{nm} \approx 650, 550, 450$ and assume the radii scale like the reciprocal of the extinction, then since in Rayleigh scattering the extinction scales like $\lambda^{-4}$ for light of wavelength $\lambda$ the expected relative magnitudes of the radii are $(1, (550/650)^4, (450/650)^4) \approx (1, 0.5, 0.25)$, hence the chosen default. This provides a slightly more realistic default look for the subsurface than resulting from gray radii.
-Subsurface params | Label | Type | Range | Norm | Default | Description
-------------------------------------|--------------|-----------|:---------------:|:----------:|:--------------------:|----------------------------------------------
-**`subsurface_weight`** | Weight | `float` | $ [0, 1] $ | | $ 0 $ | Mix weight between subsurface and diffuse slabs
-**`subsurface_color`** | Color | `color3` | $ [0, 1] $ | | $ (0.8, 0.8, 0.8) $ | The observed reflection color of $V^\infty_\mathrm{subsurface}$
-**`subsurface_radius`** | Radius | `float` | $ [0, \infty) $ | $ [0, 1] $ | $ 1 $ | Length scale of MFP
-**`subsurface_radius_scale`** | Radius scale | `color3` | $ [0, 1]^3 $ | | $ (1.0, 0.5, 0.25) $ | RGB multiplier to **`subsurface_radius`**, giving the per-channel MFPs
-**`subsurface_scatter_anisotropy`** | Anisotropy | `float` | $ [-1, 1] $ | | $ 0 $ | Anisotropy of the Henyey--Greenstein phase function of the interior medium $V^\infty_\mathrm{subsurface}$
+Subsurface params | Label | Type | Range | Norm | Default | Description
+------------------------------------|--------------|-----------|:-----------------:|:------------:|:--------------------:|----------------------------------------------
+**`subsurface_weight`** | Weight | `float` | $ [0, 1] $ | | $ 0 $ | Mix weight between subsurface and diffuse slabs
+**`subsurface_color`** | Color | `color3` | $ [0, 1] $ | | $ (0.8, 0.8, 0.8) $ | The observed reflection color of $V^\infty_\mathrm{subsurface}$
+**`subsurface_radius`** | Radius | `float` | $ [0, \infty) $ | $ [0, 1] $ | $ 1 $ | Length scale of MFP
+**`subsurface_radius_scale`** | Radius scale | `color3` | $ [0, \infty)^3 $ | $ [0, 1]^3 $ | $ (1.0, 0.5, 0.25) $ | RGB multiplier to **`subsurface_radius`**, giving the per-channel MFPs
+**`subsurface_scatter_anisotropy`** | Anisotropy | `float` | $ [-1, 1] $ | | $ 0 $ | Anisotropy of the Henyey--Greenstein phase function of the interior medium $V^\infty_\mathrm{subsurface}$
  
diff --git a/parametrization.md.html b/parametrization.md.html
index 7351597..dc13a22 100644
--- a/parametrization.md.html
+++ b/parametrization.md.html
@@ -44,7 +44,7 @@
| `subsurface_weight` | Weight | `float` | $ [0, 1] $ | | $ 0 $ | |
| `subsurface_color` | Color | `color3` | $ [0, 1] $ | | $ (0.8, 0.8, 0.8) $ | |
| `subsurface_radius` | Radius | `float` | $ [0, \infty) $ | $ [0, 1] $ | $ 1 $ | length |
-| `subsurface_radius_scale` | Radius scale | `color3` | $ [0, 1]^3 $ | | $ (1.0, 0.5, 0.25) $ | |
+| `subsurface_radius_scale` | Radius scale | `color3` | $ [0, \infty)^3 $ | $ [0, 1]^3 $ | $ (1.0, 0.5, 0.25) $ | |
| `subsurface_scatter_anisotropy` | Anisotropy | `float` | $ [-1, 1] $ | | $ 0 $ | |
| **Coat** |
| `coat_weight` | Weight | `float` | $ [0, 1] $ | | $ 0 $ | |
@@ -62,7 +62,7 @@
| `emission_color` | Color | `color3` | $ [0, 1]^3 $ | | $ (1, 1, 1) $ | |
| **Thin-film** |
| `thin_film_weight` | Weight | `float` | $ [0, 1] $ | | $ 0 $ | |
-| `thin_film_thickness` | Thickness | `float` | $ [0, \infty) $ | $ [0, 1] $ | $ 0.5 $ | $\mathrm{\mu m}$ |
+| `thin_film_thickness` | Thickness | `float` | $ [0, \infty) $ | $ [0, 1] $ | $ 0.5 $ | $\mathrm{\mu m}$ |
| `thin_film_ior` | IOR | `float` | $ (0, \infty) $ | $ [1, 3] $ | $ 1.4 $ | |
| **Geometry** |
| `geometry_opacity` | Opacity | `float` | $ [0, 1] $ | | $ 1 $ | |