game-art-mcp
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- AlicenseBqualityCmaintenanceEnables users to automate the creation, editing, animation, and export of pixel-art game assets through a multi-agent pipeline that derives style specs and blueprints, generates Lua build scripts, and drives the canvas editor to produce .aseprite files, spritesheets, atlases, GIFs, and previews.12120 npm3MIT
- AlicenseNot gradedqualityBmaintenanceEnables AI coding agents to create, draw, and refine Aseprite documents through deterministic canvas, layer, frame, tag, and palette tools, with pixel analyzers, style validation, and preview/diff visual feedback. It also supports spritesheet and animated GIF export, producing multi-layer game-ready assets.1MIT
- AlicenseNot gradedqualityBmaintenanceEnables AI agents to create and edit pixel-art projects — sprites, props, palettes, eight-direction animation, and tile-based environments — through a stdio MCP server with discovery, help, and call tools. Agents can build from silhouette to detail, inspect native-scale renders, silhouettes, value maps, and GIF playback, then save every change as versionable source.MIT
- AlicenseAqualityBmaintenanceEnables AI assistants to procedurally generate, edit, quantize, and export 2D retro pixel art textures and tilesets for game development, with built-in palettes, dithering, and pixel-level manipulation tools.14MIT
- AlicenseBqualityBmaintenanceEnables an AI agent to create and edit pixel art directly in Aseprite — building sprites, layers, frames, animation tags and palettes, painting pixels and primitives, inspecting the rendered result, and exporting GIFs or sprite sheets. All work lands on real .aseprite files that can be opened and edited by hand.43120 npm1MIT
- AlicenseCqualityAmaintenanceEnables AI clients to drive pixel-art workflows through 169 tools spanning Retro Diffusion generation, Aseprite editing, and Krita painting, with independently gated subsystems.6169MIT
TDQS
Scored across 126 tools
The hierarchical namespaces help, but the sheer number of tools creates real overlap: art.provider.analyze vs art.pipeline.analyze, art.asset.archive vs art.asset.archive_version, and art.qa.asset vs art.critic.evaluate vs art.style.check all have fuzzy boundaries. An agent could easily pick the wrong one without very careful descriptions.
Most tools follow a predictable art.<category>.<action> pattern with snake_case verbs, which is highly readable. However, a few top-level tools like art.validate_style, art.get_style, and art.get_palette break the convention, and verbs are mixed across add/register/create for similar operations.
126 tools is an extreme count for any MCP server, far beyond the 25+ threshold. Many micro-tools—individual detail effects, memory CRUD variants, and Aseprite command generators—could be consolidated into broader operations, making the surface unnecessarily hard to navigate.
The tool surface is remarkably comprehensive for a game-art domain: asset lifecycle, versioning, approvals, style memory, QA, providers, canvas painting, production jobs, tilemaps, detail passes, Aseprite export, and workflow guidance are all covered. Major workflows have no obvious dead ends.