Computer Graphics

This course began by showing how 3D graphics are used across various fields such as gaming, movies, virtual reality, and special effects, highlighting the importance of these techniques in numerous industries. We started with 3D modeling and sculpting, using Blender to control digital objects effectively.

We focused on textures and materials, learning how to manipulate properties like color and reflectance to influence how objects look under different lighting conditions. We also learned about UV mapping and shader programming, which help control how images are applied to 3D models and how materials interact with light using OpenGL.

We discussed different rendering techniques like rasterization and ray tracing, looking at their trade-offs between rendering speed and image quality. The course also covered animation and simulation, where we learned about keyframes, rigging, and physics-based simulations that are crucial for creating realistic animations in games and films.

Later in the course, we explored advanced ray tracing techniques to create photorealistic images by simulating how light interacts with objects. We also covered how to make these techniques faster and more practical for real-time applications. Additionally, we studied WebGL, which is essential for rendering interactive 3D graphics directly in web browsers without plugins.

The course also looked ahead to the future of 3D graphics, touching on emerging technologies like AI-generated content and advanced simulations that are changing the field. Throughout the course, we gained hands-on experience with various graphics APIs and tools, effectively linking theoretical concepts with real-world applications.