3D Graphics, Shaders, OpenGL for Game Developers (4) - Coordinate Transformations, Rotations, Virtual Trackball

3D graphics, shaders, and OpenGL for game developers

• You will learn how to create lifelike 3D graphics using the GLSL programming language .

• GLSL ( OpenGL Shading Language ) is the underlying shading language for OpenGL, WebGL, Vulkan, etc.

• Implement the core functions of 3D graphics used in game engines directly with GLSL programs .

• It covers everything from the basic theory to practical application of 3D graphics programming based on the widely used OpenGL.

• We write vertex-shader and framgnet-shader based on computer-graphics theory.

Part (4): Coordinate transformation, rotation, virtual trackball

Upgrade your proven lectures!

• This is an upgraded version of the already well-received "OpenGL Shader 3D Graphics Programming" course .

• Completely re-recorded with additional content, backed by verified feedback from executives at renowned gaming companies.

Here are some reviews from people who have listened to the entire series:

• I think this is the most well-organized OpenGL lecture I've ever heard .

• This is the most detailed and clear lecture among all the lectures related to OpenGL, DirectX, and game engines .

• The lectures were well divided by topic and explained in various ways why we were learning, so I was able to study consistently .

📢 Please check before taking the class!

• This course is part of the " 3D Graphics, Shaders, and OpenGL for Game Developers " series.

• This explanation is based on Windows 11 operating system + Visual Studio 2022 C++ compiler .

• You can practice without any problem on a desktop or laptop made within the last 5 years, but you must install a graphics driver of OpenGL 3.3 or higher and public libraries such as GLFW, GLEW, and GLM .

• The video tutorial in part (1) explains the installation method for Windows. Linux installation is easier. Mac installation instructions can be found online.

Provision of lecture materials

• Provide PPT used in lectures in PDF format according to learning content

• Provides source code for vertex shaders, fragment shaders, C++ programs using OpenGL, etc.

• Some of the images and photos used in the lecture videos and PDF files are subject to separate copyright protection. If you wish to use them for purposes other than the course , you must obtain permission from the original copyright holder. Please be sure to check the box.