Differences

This shows you the differences between two versions of the page.

--- 02_user_tutorials:04_light_modelling:light-modeling-light-shader [2025/01/24 15:51] – ↷ Page moved from 02_user_tutorials:light_modelling:light-modeling-light-shader to 02_user_tutorials:04_light_modelling:light-modeling-light-shader tim2
+++ 02_user_tutorials:04_light_modelling:light-modeling-light-shader [2025/05/30 17:23] (current) – sophiewachtel
@@ Line 18: / Line 18: @@
 ==== Lambert Shader ====
-Lambertian reflection (Lambert 1760) is a widely used reflection model for diffuse reflection. The Lambert reflection model assumes an ideal diffusely reflecting surface, where the apparent brightness to an observer is the same regardless of the observer's angle of view, in this way it the reflected radiant intensity obeys Lambert's cosine law.
+Lambertian reflection (Lambert, 1760) is a widely used model for diffuse reflection. It assumes an ideal diffusely reflecting surface, where the apparent brightness remains constant regardless of the observer’s viewing angle. Consequently, the reflected radiant intensity follows Lambert's cosine law.
-In GroIPM, a shader that simulates a Lambertian reflections can be implemented in two ways. The most straight forward way is to use a //RGBAShader// that just defines a colour (and an optional transparent part). The following code will generate a green box.
+In GroIMP, a shader that simulates a Lambertian reflections can be implemented in two ways. The most straight forward way is to use a //RGBAShader// that just defines a colour (and an optional transparent part). The following code will generate a green box.
 <code java>