game-art-mcp
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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.