stride3d/stride

Features

• 3D Game Engines - Provides a comprehensive 3D game engine for rendering graphics and managing interactive game logic.
• C# - Provides a comprehensive game engine and editor built specifically for the C# language ecosystem.
• 3D Physics Engines - Provides a 3D physics engine for calculating real-time rigid body dynamics and collisions.
• Entity Component Systems - Uses an Entity Component System to decouple game object data from processing logic.
• Rigid Body Physics Engines - Integrates rigid body physics engines to simulate real-time collisions and physical forces.
• 3D Rendering Engines - Features a high-performance 3D rendering engine with support for real-time lighting and skyboxes.
• Development Kits - Ships a specialized development kit for creating immersive VR experiences within a managed code environment.
• Game Development Tools - Provides internal game development tools, including developer interfaces and debug visualizers.
• Deferred Rendering Pipelines - Utilizes a deferred rendering pipeline to efficiently process lighting after geometry culling.
• 3D Graphics Pipelines - Ships a 3D graphics pipeline leveraging the DirectX API for low-level GPU communication.
• Scene Graphs - Organizes 3D entities in a hierarchical scene graph to manage spatial transformations.
• JIT-Compiled Script Runtimes - Implements a JIT-compiled C# runtime for executing high-performance game logic.
• Developer Tool Interfaces - Includes a GUI framework for building developer tool interfaces and internal utility panels.
• Developer Tooling Interfaces - Includes a lightweight GUI framework for building internal debugging tools and utility panels.
• Runtime Engine Synchronizations - Binds the graphical scene editor to the runtime engine for real-time property updates.
• Game Development Engines - C# engine focused on realistic rendering and VR support.
• Game Engine Development - Cross-platform engine for realistic rendering and VR.

Star history