Use when you need to open, restart, kill, or manage Blender application instances — including launching multiple instances on different ports when one Blender's serial command queue isn't fast enough for parallel scene work. For modeling techniques, use more specific skills like print-in-place. For any task involving…
Use whenever building geometry in Blender via the Printable MCP. Covers the plan→build→verify→validate→export workflow, boolean rules, unit safety, visual feedback hierarchy, and common failure modes (monolithic executecode, unit-scale bug, render black-out, boolean degenerate faces).
Apply image-based displacement to a Blender primitive to create raised, printable texture while preserving primitive shape and a flat base. Use when the user wants to turn a 2D image (texture, pattern, artwork) into 3D relief on a cube/plate/other primitive.
Designing, modeling, and analyzing any print-in-place mechanism: ball-and-socket joints, hinges, snap fits, peg-in-slot, articulated chains, living hinges, or any geometry where two parts should move relative to each other after coming off the print bed.
AGENTS.md instructions for AaronGoldsmith/mcp-printable, covering agents.md, what this project ships, required: image-capable model, always-on rules and blender.
Claude Code instructions for AaronGoldsmith/mcp-printable, covering project notes for claude, repo & pypi, branch protection on main is on, normal change flow and ... edit + test ...
MCP server for AI-driven 3D modeling and print validation (FDM-focused). Agent-agnostic; works with any MCP client (Claude Code, Goose, Cursor, Codex, ...). Runs locally from the mcp-printable Python package.
Claude Code instructions for AaronGoldsmith/mcp-remote-control, covering claude.md, project overview, development setup, installation and install dependencies.