CS-341: Computer graphics

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Lectures in this course (36)

Rasterization - Shading / Visibility

Covers shading techniques and visibility algorithms used in computer graphics.

Rasterization: Z-Buffer Quiz

Covers the concept of Z-Buffer and its role in the rasterization pipeline.

Rasterization and Transformations

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

Textures: Mapping and Interpolation

Explains applying 2D images onto 3D geometry for visual detail.

Textures2

Explores alpha and bump maps for realistic texture rendering, and the use of images from NASA's Blue Marble project.

Shadows: Shadow Art and Computation

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

Procedural Modeling: Textures and Noise Functions

Explores procedural modeling of textures and noise functions in computer graphics.

Procedural Modeling: Synthesizing Complex Functions

Explores Perlin noise for creating realistic procedural models and textures in computer graphics.

Fractals: Dimensions and Applications

Explores fractals, dimensions, and applications, including mountain formation simulation and landscape authoring through erosion and vegetation interplay.

Fractal Dimension: Understanding Complex Geometric Structures

Explores fractal dimension, calculating values analytically and providing practical examples in computer graphics.

Procedural Techniques: L-Systems

Covers procedural techniques in computer graphics, focusing on L-Systems for plant modeling and intricate graphical patterns.

L-Systems: Understanding and Applications

Covers the basics of L-Systems, explores various examples, discusses stochastic variations, and extends to 3D modeling.

Bezier Curves: Basics and Properties

Covers the basics of Bezier curves and introduces Bernstein polynomials.

Bezier Curves: Fundamentals and Applications

Introduces Bezier curves, covering generation algorithms, control points interpretation, and practical applications in design and fonts.

Bezier Curves II

Covers Bezier curves, de Casteljau Algorithm, properties, derivatives, splines, and end-points.

Wave Function Collapse: Temple Generation

Explores Wave Function Collapse for temple generation, liquid simulation physics, and interactive visual effects.

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