A continuation of game engine/framework, fully refactored and re-structured.
Work in progress
Build system used: Premake
- Multi-layer File system with custom encrypted package format and LZ4 compression
- User Interface library for creating interactive in-game interfaces
- Localization system
- Equilibrium Graphics Files - full-featured 3D model format with animation support and physics meshes
- Animation system with multiple layers, pose blending and controller features
- Debugging overlay for visualizing and console command system for activating various debug systems
- Vector math library
- Input system supporting controllers and touch controls
- Material system renderer with RHI backends Direct3D9, OpenGL 3.3 / ES 3.1
- Flexible Particle system
- Scripted Audio System with use of nodes to enable control over playing sounds
- Custom Data Structure containers such as Map, Array, List, Callable wrapper, Events, Promise and Future, Strong and Weak ref pointers and fixed arrays and lists
- Own Lua script binding library
- Custom memory tracking allocator for ease of finding memory leaks
- Integration with Concurrency Visualizer to debug multithreading within the project
- Simple multi-thread job system
- Component system for adding properties to game and non-game classes
- The Driver Syndicate - https://driver-syndicate.com
- Install VS2022
- Run
win_install_7zip4powershell.ps1
in repo root - Run
windows_dev_prepare.ps1
- Run
premake5 vs2022
- Open solution, located in
project_vs2022
- Build All
- Install packages:
build-essential SDL2-devel openal-soft-devel libXxf86vm-devel wxBase3-devel wxGTK3-devel
- Get premake5, extract to repo root and
chmod +x premake5
- Open VS Code folder, install Makefile Tools and C/C++ extensions
- Run
./premake5 gmake2
in repo root - In VS Code, press F5, wait for build to complete and game will run.
- Install Android Studio
- Run
premake5 androidndk
- Launch Android Studio, open
android-project
- Build