RenoDX

Reasonix is an open-source AI coding agent built around a local engine and distributed as a self-contained static Go binary. It is designed for DeepSeek, with DeepSeek provided as a preset, while configuration can target OpenAI-compatible endpoints and optionally use separate executor and planner models. The agent can be used through a terminal or desktop app, in a browser, or from an editor through ACP; it provides plan mode, permissions, workspace sandboxing, per-turn checkpoints, and MCP- or extension-based plugins. Its context maintenance is designed around prefix-cache stability, including a stable startup environment summary and pruning of stale tool output before compaction.

Rabbet is a from-scratch C++ 3D game engine with a sparse-set entity-component system, versioned entity handles, dense component pools, and a system-and-resource runtime. Its OpenGL 4.1 renderer provides a forward path with metallic-roughness PBR, a Phong fallback, lighting and shadow maps, emissive surfaces, optional image-based lighting, post-processing, CPU particles, and heightmap or noise terrain. The Forge editor provides a dockable ImGui workspace around a render-to-texture viewport, asset thumbnails, hierarchy reparenting, click-to-pick, snapping gizmos, and Play/Pause/Step/Stop controls that snapshot and restore scenes. Assets use stable UUIDs and .import sidecars; models, textures, audio, materials, shaders, prefabs, and scenes are supported, with scenes stored as readable JSON. Lua behaviors run through sol2 with live hot-reload and inspector-editable fields, while physics uses Jolt rigidbodies and audio uses miniaudio. The repository includes the engine, editor, examples, and tests, including the Orb Hunt demo game. It uses CMake 3.24 or later and a C++20 compiler, supports macOS and Linux, fetches pinned dependencies during configuration, and is licensed under Apache License 2.0.

WandEnhancer is an open-source interoperability and user-interface enhancement tool for the Wand (WeMod) desktop application. Its .NET patcher modifies files in a selected local Wand installation, while a bundled version.dll proxy changes Wand's Electron ASAR-integrity fuse byte inside the application's own process. It supports local configuration management, client-version compatibility adjustments, client-side layout and theme customization, AI features, and custom JavaScript injection into Wand's renderer. Injected scripts have DOM and Node require access, run with the Wand client's privileges, and are wrapped so thrown errors are logged rather than crashing the application. The tool includes an optional Remote Web Panel that starts a plain HTTP/WebSocket server on the local network at TCP port 3223, allowing a phone on the same LAN or VPN to control the active trainer. The panel has no pairing code, so the project warns against exposing the port to the public internet. The patching step has no updater or project telemetry, although the optional panel can use Wand's existing API/CDN paths. The project does not publish prebuilt executables; users build it on Windows with CMake, Node.js and pnpm, Visual Studio/MSBuild, and .NET Framework 4.8, or run its GitHub Actions workflow from a fork. It is licensed under Apache-2.0.

OpenShaders is an open-source platform and registry for discovering, creating, publishing, and using shader code in websites. It is being built around a collection of WebGL and WebGPU shaders, a live editor for creating and collaborating on shaders, and ready-to-use React components and JavaScript modules, including a shadcn registry for installing shaders from a terminal. The platform is hosted at openshaders.com and is released under the MIT license; its full experience is still under development, while users can claim usernames, generate shaders, explore existing work, and copy shader code.

DwarfStar is a self-contained, model-specific native inference engine for running DeepSeek V4 Flash, GLM 5.2, and, on high-memory systems, DeepSeek V4 PRO locally. It combines model loading, prompt rendering, tool calls, persistent KV state, an HTTP server, and a coding agent rather than serving as a general GGUF runner. The engine supports Metal on Macs, CUDA including multi-GPU systems, and ROCm on Strix Halo hardware; it also provides SSD streaming for machines with insufficient RAM, distributed tensor and pipeline parallelism, and server-side micro-batching for multi-user inference. The repository includes tooling and data for GGUF, imatrix, quality, and speed testing, and acknowledges code and design contributions from llama.cpp and GGML.