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Introduction to 3D Programming Fundamentals
07:43
Introduction to 3D Programming Fundamentals
07:43
Exploring the 3D Programming Framework
07:43
Understanding 3D Space and Indexed Vertices
07:43
Mastering 3D Rotation Techniques
07:43
Implementing 3D Perspective Projection
07:43
Triangle Rasterization in 3D Graphics
07:43
Backface Culling Techniques
07:43
Texture Mapping Fundamentals
07:43
The 3D Graphics Pipeline
07:43
Introduction to Pixel Shaders
07:43
Perspective Correction Techniques
07:43
Understanding the Z Buffer
07:43
Vertex Shader Basics
07:43
Geometry Shader Fundamentals
07:43
Flat Shading and Mesh Loading
07:43
Gouraud Shading for Smooth Vertices
07:43
Implementing Point Lights in 3D
07:43
Per-Pixel Lighting Techniques
07:43
Creating Specular Highlights
07:43
Working with 4-Element Vectors and Matrices
07:43
Projection Matrix Fundamentals
07:43
Clipping Techniques in 3D Graphics
07:43
Camera View in 3D Programming
07:43
Bonus: Advanced Camera View Techniques
07:43
Final Exam - Fundamentals of 3D Programming
Fundamentals of 3D Programming

Understand the importance of 4-element vectors and matrices in 3D transformations.

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