Explore the fundamentals of lighting and shading in ray tracing through this 33-minute video tutorial. Delve into key concepts such as using floats for color representation, calculating sphere hit coordinates, and finding the closest intersection point. Learn how to visualize numbers using color and understand the principles behind lighting and shading in computer graphics. Discover techniques for calculating lighting with normal vectors and gain insights into effectively visualizing normals. Apply mathematical concepts to calculate lighting and shade a sphere, enhancing your understanding of ray tracing algorithms and their implementation in rendering realistic digital imagery.
Overview
Syllabus
- Lighting and shading in rendering
- Using floats for colors
- Why use floats instead of ints for colors?
- Finding our sphere hit coordinates
- Closest intersection point
- Using color to visualize numbers
- How lighting and shading works
- Calculating lighting using normal vectors
- Visualizing normals better
- Using math to calculate lighting and shade our sphere
Taught by
The Cherno
