A in-house rendering engine for the playing around with ideas. Mostly used for game development, visualizing data, and algorithms.

• Conan
• CMake

• Visual Studio Community / MSVC
• GCC

# conanfile.txt
conan install . --output-folder=build --settings=build_type=Debug --build=missing

# or

# conanfile.py
conan install . --settings=build_type=Debug --build=missing

<debug_profile> is the conan profile set to debug mode

mkdir build
cd build
conan install .. --ouptput-folder=build --profile=<debug_profile> --build=missing

cmake -DCMAKE_TOOLCHAIN_FILE=<path-to-conan_toolchain.cmake> -S . -B build
cmake --build build


# Windows Example

# Values: 
# <build_config> - Debug, Release

cmake -DCMAKE_TOOLCHAIN_FILE=build/generators/conan_toolchain.cmake -S . -B build
cmake --build build
cd bin/<build_config>
Sandbox.exe # to run the program

1. If the appropriate cmake tools didn't exist. Install the CMake and CMake Tools extension first.
2. Follow the conan installation procedure.
3. CTRL + SHIFT + P and search for CMake: Configure in the command palette
4. Then build (F7) or debug (CTRL + F5)

1. CTRL + SHIFT + P and search for C/C++: Select IntelliSense Configuration
2. Select Use CMake Tools to fix the path errors in the project

• Multi-threading
• Networking
• Profiler & Built-in Debugger
• Physics Engine

• Learn OpenGL
• OpenGL Superbible
• Anton's OpenGL 4 Tutorials
• Physically Based Rendering: From Theory to Implentation
• Graphics Shaders Theory and Practice
• Real-Time Rendering

• Beginning Game Programming v2.0
• The Cherno's Game Engine Series
• Game Engine Architecture by Jason Gregory
• Game Coding Complete

• Implementing a simple event system in C++11
• A Tiny OpenGL 2D Batch Renderer