Update docs

Author: Breina

.devcontainer/requirements.txt

@@ -1,2 +1,3 @@
 homeassistant
-netifaces
+netifaces
+matplotlib

.github/workflows/requirements.txt

@@ -1,2 +1,3 @@
 homeassistant
-netifaces
+netifaces
+matplotlib

curves.svg

@@ -17,10 +17,11 @@ Part of the beta is to test if my documentation suffices. So head over to [the i
 * Rate limiting when sending DMX data from an external controller to HomeAssistant
 * Discovered Art-Net nodes will create new entities
 * Art-Net triggers will invoke HomeAssistant events
+* sACN has multicast support meaning it will work automatically without needing to define an IP
+* Transitions going through L\*U\*V\* color space
 
 ## What's excluded?
 
-* Transitions: I'd love to support custom animations, but not yet sure how I would have you define them.
 * RDM: This is a HUGE standard, won't make it to the full release either.
 
 ## Where to report feedback?

docs/beta.md

@@ -1,4 +1,4 @@
-# Light Transitions with L*U*V* Color Space
+# Light Transitions with L\*U\*V\* Color Space
 
 The DMX integration provides professional-grade smooth color transitions using perceptually uniform color space interpolation. This ensures that color changes appear natural and consistent to human vision.
 
@@ -36,49 +36,51 @@ data:
 
 Transitions work with all fixture color modes:
 
-- **RGB**: Smooth color transitions through L*U*V* color space
-- **RGBW**: RGB channels use L*U*V*, white channel uses linear interpolation  
-- **RGBWW**: RGB channels use L*U*V*, white channels use linear interpolation
+- **RGB**: Smooth color transitions through L\*U\*V\* color space
+- **RGBW**: RGB channels use L\*U\*V\*, white channel uses linear interpolation  
+- **RGBWW**: RGB channels use L\*U\*V\*, white channels use linear interpolation
 - **Color Temperature**: Direct brightness and temperature interpolation
 - **CW/WW**: Color temperature and brightness interpolation
 
-## Why L*U*V* Color Space?
+## Why L\*U\*V\* Color Space?
 
-Traditional RGB interpolation creates unnatural color transitions that don't match how humans perceive color changes. Our implementation uses **L*U*V* (L\*u\*v\*)** color space for perceptually uniform transitions.
+Traditional RGB interpolation creates unnatural color transitions that don't match how humans perceive color changes. Our implementation uses **L\*U\*V\* (CIELUV)** color space for perceptually uniform transitions.
 
 ### The Problem with RGB Interpolation
 
 When transitioning from red to green in RGB space:
+
 - **RGB values**: (255, 0, 0) → (0, 255, 0)  
 - **Perceived path**: Red → Brown/Yellow → Green
 - **Visual result**: Unnatural, muddy intermediate colors
 
-### The L*U*V* Solution  
+### The L\*U\*V\* Solution  
+
+L\*U\*V\* color space is designed for perceptual uniformity:
 
-L*U*V* color space is designed for perceptual uniformity:
 - **L\* (Lightness)**: Matches human brightness perception
 - **u\* and v\* (Chromaticity)**: Uniform color differences
 - **Interpolation result**: Smooth, natural color transitions
 
 ## Animation Behavior
 
 ### RGB Color Changes
-Color transitions use L*U*V* interpolation for smooth, natural color paths:
+Color transitions use L\*U\*V\* interpolation for smooth, natural color paths:
 
-![RGB Fade Animation](/img/rgb_fade_animation.png)
+![RGB Fade Animation](./img/rgb_fade_animation.png)
 
-*RGB transitions through L*U*V* color space create smooth color paths*
+*RGB transitions through L\*U\*V\* color space create smooth color paths*
 
 ### White Light Control  
 Color temperature and white channel changes use direct interpolation:
 
-![WW/CW Fade Animation](/img/ww_cw_fade_animation.png)
+![WW/CW Fade Animation](./img/ww_cw_fade_animation.png)
 
 *Warm/cold white transitions interpolate temperature and brightness*
 
 ### Mixed RGBWW Fixtures
 RGB and white channels are handled separately to maintain color accuracy:
 
-![RGBWW Fade Animation](/img/rgbww_fade_animation.png)
+![RGBWW Fade Animation](./img/rgbww_fade_animation.png)
 
-*RGBWW fixtures transition RGB through L*U*V* while white channels interpolate directly*
+*RGBWW fixtures transition RGB through L\*U\*V\* while white channels interpolate directly*