Graphics Fundamentals: Rendering, Transformations, and Procedural Modeling

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Related lectures (31)

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Rasterization - Shading / Visibility

Covers shading techniques and visibility algorithms used in computer graphics.

Lighting Phong: Basics and Models

Introduces the basics of lighting in computer graphics, including surface reflectance, ray tracing, and the Phong lighting model.

Physically-Based Rendering: Light Paths Quest

Explores physically-based rendering, focusing on light transport simulations and material appearance models, discussing challenges and advanced algorithms for realistic computer-generated images.

Meshes: Vertex Normals and Ray Intersections

Covers the computation of vertex normals and triangle normals in the context of mesh rendering.

Lighting: Surface Reflectance and Phong Model

Explores practical lighting aspects in computer graphics, covering surface reflectance, Phong model, multiple light sources, shadows, and reflections.

Introduction to Rhino Surfaces and Meshes

Introduces working with surfaces, polysurfaces, and solids in Rhino, covering rendering, material editing, and mesh creation.

Rasterization Pipeline: Triangle Measures

Explores the rasterization pipeline, emphasizing triangle measures and Z-buffer for visibility.

Physically-based Differentiable Rendering

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

Introduction to Rhino: Surfaces and Meshes

Introduces the fundamentals of working with NURBS and surfaces in Rhino, covering tools for creating curves, surfaces, and meshes.

Shape from Shading: Recovering 3D Information from 2D Images

Covers the techniques for recovering 3D shape information from 2D images using shading models and modern deep learning approaches.