Rasterization - Shading / Visibility

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Related lectures (31)

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Physically-based Differentiable Rendering

Covers Physically-based Differentiable Rendering in the context of Realistic Graphics Lab at EPFL, exploring its applications and future potential.

Rasterization and Transformations

Covers transforming surface normals, forced perspective, shading algorithms, and input values computation in fragment shaders.

Rasterization Algorithms: Bresenham Algorithm

Explains the Bresenham algorithm for line rasterization and the importance of integer arithmetic in computer graphics.

Shadows: Shadow Art and Computation

Explores shadow art creation, shadow computation in computer graphics, shadow mapping techniques, and challenges in achieving realistic shadows.

AutoCAD 3D: Mesh Visualization and Rendering Techniques

Explores advanced AutoCAD 3D techniques for mesh visualization and rendering.

Rasterization - Lighting

Covers normal vectors, Phong lighting model, and affine transformations.

3D Surface Representations: Signed Distance Fields

Explores 3D surface representations using Signed Distance Fields and their applications in various fields.

Pinhole Camera and Barycentric Coordinates

Covers pinhole cameras, degrees of freedom, Phong lighting, and barycentric coordinates with sample exam questions.

Lighting and Rendering in Rhino

Explores lighting, rendering, and Vray novelties in Rhino, covering directional, rectangular, and punctual lights.

Advanced Computer Graphics

Covers advanced computer graphics concepts like deferred shading, ambient occlusion, particle systems, and non-photo realistic rendering, emphasizing creativity and modular project planning.