Skill: jdilla1277/agentcad (version 0.2.0)

--- name: agentcad description: 'CAD tool for AI agents. Use when the user asks you to design, model, or build a 3D object. agentcad executes CadQuery Python scripts and produces STEP files, PNG renders, mesh exports (STL/GLB/OBJ), and geometric metrics. ' compatibility: Requires Python 3.10-3.12 and agentcad installed (pip install agentcad). allowed-tools: Bash(agentcad:*) version: 0.2.0 metadata: openclaw: requires: bins: - agentcad anyBins: - python3.12 - python3.11 - python3.10 --- # agentcad — CAD tool for AI agents You have access to `agentcad`, a CLI that turns CadQuery Python scripts into 3D geometry. All output is JSON. Every command returns `"command"` and `"status"` keys. ## First-time setup ```bash agentcad init --name <project_name> agentcad --help # Read this — it is your complete operational briefing ``` ## Core workflow 1. **Write a script.** No imports needed — `cq`, `show_object`, and all helpers are pre-injected. `show_object(result)` is required. 2. **Dry-run first** to check metrics without consuming a version: ```bash agentcad run script.py --output test --dry-run ``` Check `volume`, `dimensions`, `is_valid` in the response. 3. **Run for real.** Visual feedback is on by default: ```bash agentcad run script.py --output label ``` Every successful run produces (paths in the JSON response): - `preview.png` — 4-view composite (front, right, top, iso). **Read this** to confirm the part looks right before iterating. One image, all 4 angles. - `diff.side_by_side` — side-by-side PNG vs the most recent successful prior version. **Read this** when iterating to see what your change did. - `diff.overlay` — tinted (green prev, red this) overlay for subtle shifts. Read only if side-by-side didn't resolve the question. - `viewer.html` — interactive 3D viewer for the user (humans only; you can't render HTML). Mention it to the user so they open it. Pass `--no-preview` only for tight parametric sweeps where latency matters. 4. **Show the user.** After a successful build, open the interactive viewer: ```bash agentcad view v1_label/viewer.html # or output.step / output.glb ``` Users expect to see the result in a browser. Do this every run, unprompted. 5. **Inspect if invalid.** If `is_valid: false` or geometry looks wrong: ```bash agentcad inspect v1_label/output.step ``` 6. **Iterate.** Fix the script, run with a new `--output` label. Use `agentcad diff 1 2` to compare versions. ## Script writing rules - `show_object(result)` is required — at least one call. - These are pre-injected (no import needed): `cq`, `show_object`, `translate`, `rotate`, `mirror_fuse`, `loft_sections`, `tapered_sweep`, `naca_wire`, `bbox_point`, `place_at`, `assemble`, `ellipse_wire`, `spline_wire`, `polygon_wire`, `rounded_rect_wire`, `elliptical_sweep`, `involute_gear_profile` - Helpers operate on `TopoDS_Shape`. Bridge with `.val().wrapped`: ```python part = cq.Workplane('XY').box(10, 20, 5).val().wrapped moved = translate(part, 50, 0, 0) ``` - To show helper output: ```python show_object(cq.Workplane('XY').newObject([cq.Shape.cast(topo_shape)])) ``` - For OCP internals (`gp_Pnt`, `BRepPrimAPI`, etc.), import manually. ## Key commands | Command | Purpose | |---------|---------| | `agentcad init --name NAME` | Initialize project | | `agentcad run SCRIPT --output LABEL` | Execute script, produce STEP + metrics | | `agentcad run ... --dry-run` | Metrics only, no version consumed | | `agentcad run ... --no-preview` | Suppress preview (on by default) | | `agentcad run ... --render iso,front` | PNG views | | `agentcad run ... --export stl,glb` | Mesh export | | `agentcad run ... --params k=v,k=v` | Override script parameters | | `agentcad render STEP --view SPEC` | Post-hoc renders with camera control | | `agentcad export STEP --format stl,glb` | Post-hoc mesh export | | `agentcad inspect STEP` | Topology report (validity, free edges) | | `agentcad diff REF1 REF2` | Compare versions | | `agentcad context` | Project state | | `agentcad docs [SECTION]` | Deep-dive docs (16 sections) | | `agentcad view FILE` | **Run this after every successful build** — opens GLB/STEP in the user's browser | ## Debugging playbook 1. **Check metrics first** — `volume` and `dimensions` catch most issues. 2. **Read `preview.png`** — the 4-view composite. Fastest way to spot obvious problems. 3. **Read `diff.side_by_side`** if iterating — confirms your change did what you intended. 4. **Negative volume?** Wire winding is backwards (CW instead of CCW). 5. **is_valid: false?** Run `agentcad inspect` — check `free_edge_count` and shell status. 6. **Hollow shape?** `free_edge_count > 0` means open shell. 7. **Complex profiles (gears, splines)?** Use subtractive construction — cut from a blank cylinder/box instead of building up. See `agentcad docs patterns`. ## Patterns - **Build at origin, then position:** Create geometry at origin, use `translate()` and `rotate()` to place it. - **Compound vs Union:** `makeCompound()` for assemblies (parts stay separate), `.union()` for boolean fuse into one solid. - **Parametric scripts:** Top-level variable assignments become overridable via `--params`. Use this for iteration. - **Named parts:** `show_object(shape, name="wheel", options={"color": "red"})` for per-part metrics and colored GLB export.


Security scan verdicts — ClawScan: clean | static analysis: clean | VirusTotal: clean | SkillSpector: clean (LOW)