unity.rs, unreal.rs, wasm.rs — Engine Integration Bindings

Oxyde provides dedicated modules for embedding agents in game engines and runtime environments. These enable seamless interaction between native Rust logic and the external environment.

🎮 unity.rs — Unity Binding

Provides a simple bridge between Unity (C#) and the Rust agent core via FFI.

🧩 Unity Setup

  • C# script OxydeAgent.cs wraps native calls via [DllImport]

  • Unity scene listens for .SendInput(string) and emits output via event

  • Can be used with dialogue UI, character triggers, or world events

🔧 Key Functions

#[no_mangle]
pub extern "C" fn agent_input(ptr: *const c_char) -> *mut c_char

Input/Output via C-compatible strings Memory safely managed on Rust side

🧬 unreal.rs — Unreal Engine Binding

Integrates with C++/Blueprints in Unreal Engine.

🛠️ Unreal Setup

  • C++ class UOxydeAgentComponent

  • Binds to gameplay input/output

  • Blueprint events for receiving responses

🧩 Key API Methods

void SendInput(FString PlayerInput);
FString GetLastResponse();

Non-blocking async supported Event-driven output for seamless narrative pacing

🌐 wasm.rs — WebAssembly Runtime

Enables in-browser agents using wasm32-unknown-unknown.

💻 Use Cases

  • Visual novel games

  • Web demos

  • Agent playgrounds for experimentation

🔗 JS Integration

Exports oxyde_input() and oxyde_response() via wasm-bindgen.

const output = await oxyde_input("What do you remember?");

Load from CDN or local bundle. Persistent memory WIP.

🔮 Future Extensions

  • Multiplayer RPC support (shared memory / server)

  • WebSocket bridge

  • Bidirectional state sync with engine (emotion → animation)

Previousconfig.rs — Agent Configuration via JSONNextExamples & Demos