This is the assignments for the Computer Graphics course, through which you'll learn how to:

• construct the simplest framework for a Computer Graphics program;
• display geometry and pixel data on the screen;
• use modern OpenGL API (3.3+);
• use GLSL, a Shading Language compatible with OpenGL;

This will help you understanding:

• the basic concepts in Computer Graphics:
  • geometry
  • lighting
  • texture
  • graphics pipleine etc;
• how GPU works to display a frame on the screen;

Basically, I follow the Learning OpenGL tutorials and refactor the old version assignments in an object oriented way. The students should have some knowledge of modern C++. Don't be panic if you haven't learnt C++ yet. You'll write no more than 20 lines of code for most of the assignments.

You can find more materials on Bilibili

You can also find the reference demos on Github

git clone --depth=1 https://github.com/syby119/CG-projects.git
cd CG-projects
git submodule init
git submodule update

• CMake >= 3.20
• C++ Compiler supports at least C++14

cmake -Bbuild .
cmake --build build --config Release --parallel 8

cd build/bin/Release
./pbr_viewer.exe

• CMake >= 3.20
• Python >= 3.6
• Emscripten
• emcmake compatible CMake generator

git remote set-branches origin web
git fetch --depth=1 origin web
git checkout web

python build_webassembly.py -Dbuild_web

cd build_web/bin/browser
python run_webassembly.py pbr_viewer.html

The experimental branch contains the projects that are not cross-platform and require specfic hardware support. Windows + Nvidia GPU is tested only.

get_start: triangle	bonus1: transparency
project1: geometry	bonus2: frustum culling
project2: transformation	bonus3: post processing
project3: scene roaming	bonus4: shadow mapping
project4: instanced rendering	bonus5: raytracing
project5: shading tutorial	experimental: mesh shading pipeline
project6: texture mapping	experimental: spirv dynamic compilation
pbr_viewer: PBR/IBL	experimental: direct state access