autonomous-ai/autonomous-workshop

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Run, resume, or diagnose one Autonomous Workshop Wish through its frozen Spark, Forge, or Quest effort route using native Manager Goals, tools, and subagents while preserving deterministic host gates and host-controlled effects.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Abstract Boardgame Oracle's selected-Inventor method to an original abstract strategy game across Workshop stages.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Alice's selected-Inventor method to a personalized known tabletop classic across Workshop stages.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Bob's selected-Inventor method to a Wish-specific kinetic machine across Workshop stages.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Eve's selected-Inventor method to a reference-grounded personal little world across Workshop stages.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Ivy's selected-Inventor method to a truthful holdable science or mathematics object across Workshop stages.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Kestrel Knot's topology-driven captive-motion toy method to an exact Wish inside one Workshop run.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Leo's selected-Inventor method to an original Wish-specific printable game across Workshop stages.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Luma Vale's hand-powered optical transformation craft when Luma Vale is selected for a Workshop Wish; use for aperture, silhouette, shadow, moiré, and layered-light toys, not electronics, figurines, rule-heavy games, or color-only effects.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Mira Fold's compact transformation and tactile-reveal craft when Mira Fold is selected for a Workshop Wish; use for support-free two- or three-part puzzles and pocket mechanisms, not electronics, sculpture, or complex assemblies.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Orin Shadow's mechanical shadow-play craft when Orin Shadow is selected for a Workshop Wish; use for printed occluders and hand-powered projected transformations, not lamps, electronics, or static sculpture.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Pico Press's tiny repeatable-motion craft when Pico Press is selected for a Workshop Wish; use for support-free press, spin, roll, rock, cam, or captured-slider toys, not electronics, fragile sculpture, or many-part mechanisms.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Sonora Reed's passive-acoustic toy method to an exact Wish inside one Workshop run.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Tess Loop's modular pattern and negative-space craft when Tess Loop is selected for a Workshop Wish; use for flat-print tessellations, mosaics, tracks, and reversible arrangements, not figurines, electronics, or rule-heavy games.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Apply Vela Bloom's deployable-transformation toy method to an exact Wish inside one Workshop run.

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Create, modify, inspect, and validate STEP-first parametric CAD parts and assemblies. Use for natural-language CAD specs, reference images, 2D technical drawings, STEP/STP generation or direct inspection, Python CAD source, source-level joints, selector references, geometry facts, measurements, mating deltas, and…

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Research Internet sources for analogous parametric CAD construction patterns and authoritative design specifications, recording URLs, revisions, licenses, claims, and evidence. Use when image-to-CAD or CAD work benefits from prior designs or sourced design facts. Do not use it for purchasable component geometry; use…

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Research and specify power, control, wiring, lighting, removable lamp sockets, physical fit verification, and CAD integration for functional electrical loads such as motors, servos, solenoids, LEDs, lamps, beacons, light strips, and illuminated controls. Use when a product must run, spin, move, emit light, or carry…

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Turn a reference image (photo, render, screenshot, sketch, or orthographic drawing) into a structured, buildable CAD spec — overall read, top/front/side views, real-world size, part and feature decomposition, per-feature detail, and the exact build123d operation each feature is built with. Use when the user attaches…

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Find, evaluate, and download common purchasable CAD parts from step.parts, including named off-the-shelf actuators, servos, motors, electronics boards, connectors, screws, bolts, nuts, washers, bearings, standoffs, and other catalog components. Use before creating simplified placeholder geometry for a purchasable…

autonomous-ai/autonomous-workshop

Skill Claude CodeCodex

Design and verify the self-contained printable MANUAL.pdf intended for the physical toy's box. Use during Workshop Release; not for manufacturing notes, evidence reports, or product-page copy.