Practical OpenGL and GLSL shaders fundamentals with C++

Unlock the world of computer graphics with this practical and illustrated course on OpenGL, GLSL, and C++! Gain a strong visual intuition and hands-on skills to program graphics effectively. This course delivers a focused, concentrated approach to mastering OpenGL and GLSL, eliminating unnecessary theory and diving straight into practical application.

We begin with the fundamentals of OpenGL, building a solid foundation before progressing to advanced topics. You’ll learn to write powerful GLSL shaders for stunning visual effects, including raster effects, advanced texturing, and sophisticated shading techniques.

This course is designed for easy mastery through a practical, visually-driven approach. Benefit from abundant code samples and engaging live coding sessions. We'll develop your visual intuition about 3D programming models with beautiful illustrations and visualizations that reveal how things work "under the hood." You'll build essential mental models, patterns, and coding skills to understand the underlying concepts and elegance of OpenGL machinery and the complexities of 3D math.

Key topics covered:

• Geometry and Buffers: Master VBOs (Vertex Buffer Objects) and VAOs (Vertex Array Objects) for efficient data management.
• Transformations and Matrices: Understand matrix transformations and build complex matrix hierarchies.
• Shaders and GLSL: Become proficient in GLSL, the shading language for creating dynamic visual effects.
• Procedural Art: Explore generating images and textures with GLSL shaders.
• Texturing: Learn advanced techniques for applying textures to your 3D models.

You'll have full access to all source code and participate in live coding sessions, allowing you to solidify your understanding through hands-on experience. Whether you're a beginner or looking to deepen your knowledge of modern OpenGL, this course will equip you with the skills to create compelling 3D graphics.