Reflection Models Theo Gevers Color in Computer Vision
- Slides: 22
Reflection Models Theo Gevers Color in Computer Vision – 2019
This chapter provides a very high-level overview of the rest of the book. We will not discuss it here. Color in Computer Vision – 2019
This chapter provides a verbal description of the processes that are active during human vision. We will not discuss it here. Color in Computer Vision – 2019
We will discuss the reflection models. Much of the material here on color spaces we have already seen. I will limit the discussion to what is new. Color in Computer Vision – 2019
3 Color Image Formation Basic concept of reflection Color in Computer Vision – 2019
3. 1 Lambertian Reflection Model Color in Computer Vision – 2019
Recall: Color in Computer Vision – 2019
Comments on the Lambertian Model Color in Computer Vision – 2019
3. 2 The Dichromatic Reflection Model Color in Computer Vision – 2019
Illustration of the Dichromatic Reflection Model Color in Computer Vision – 2019
Mathematical Description of the Dichromatic Reflection Model Color in Computer Vision – 2019
Interpretation of the Dichromatic Reflection Model Recall: Color in Computer Vision – 2019
Illustration of projection of object colors onto a parallelogram according to dichromatic reflection model Color in Computer Vision – 2019
3. 3 Kubelka-Munk Model Color in Computer Vision – 2019
Graphical Illustration of the Kubelka-Munk Model Color in Computer Vision – 2019
Derivation of the Kubelka-Munk Model Color in Computer Vision – 2019
Color in Computer Vision – 2019
Simplifications and Incorporation of Spatial Dependence in the K-M Model NIR (Neutral Interface Reflectance) means that the Fresnel reflectance i(. ) is independent of lambda. Color in Computer Vision – 2019
Extension of Kubelka-Munk Model to Transmissive Mode Color in Computer Vision – 2019
3. 4 The Diagonal (Von Kries) Model Color in Computer Vision – 2019
Color in Computer Vision – 2019
Color in Computer Vision – 2019