Projects

Modern Day Money Making is a multiplayer open-world game with vehicles, VOIP, and an economic simulation running underneath. Building it forced me to solve real infrastructure problems — so I built four standalone frameworks to handle them.

CharacterCore — A modular, state-based character system handling movement, attributes, perspective switching, camera effects, animation, and audio. Dependencies only flow inward, so it never queries external systems.

VehicleCore — A physics-driven vehicle framework supporting multiple vehicle types, input schemes, and camera rigs. Plugs into the same state architecture as CharacterCore.

UICore — A UI framework for runtime menus, HUDs, and overlay systems. Handles state transitions, input rebinding displays, and data binding — all independent of game logic.

AloyInspector — A custom Unity Editor inspector system that generates rich, type-aware property drawers automatically. Cuts boilerplate for every other package.

The game is still in progress, but the frameworks are solid and ship-ready.

UnityMCP is an MCP server that lets AI assistants like Claude, Codex, and Cursor automate tasks directly inside the Unity Editor. It ships with 40+ built-in tools for creating GameObjects, running tests, building projects, and more — and extending it is a single attribute. The HTTP server runs through a native C plugin so it survives domain reloads, which was the hard part. Open source on GitHub under GPLv3.

Specular is a tree-based dialogue scripting language I built at Blink Studios. It compiles down to a bytecode format that Unreal Engine reads at runtime, so our writers could create branching conversations, trigger game events, and do math without touching C++. I wrote the grammar in ANTLR4 and the transpiler in Java. The Unreal plugin that executes Specular scripts is closed source, but the language itself is on GitHub.

Reflex was the scene-scripting backbone at Blink Studios. It let our designers lay out camera cuts, character movements, and dialogue triggers on a visual timeline inside Unreal, then play them back in-engine without writing any C++. The implementation is proprietary, but it cut our scripted-scene production time dramatically.

Contributed the Python3 implementation of antlr-denter, a library that generates Python-style INDENT and DEDENT tokens for ANTLR4 grammars. Without it, writing indentation-sensitive languages in ANTLR means building your own token injection layer from scratch. I needed this for my own work building Specular’s grammar tooling and ported the existing Java implementation to Python3 so the broader ANTLR community could use it too.