SHY-563/solidworks-draw

Letzte erfasste Quellaktivität: 8. Juni 2026 um 13:26

SkillsMP-Katalog aktualisiert: 12. November 2026 um 12:52

gesammelte Skills: 1

GitHub-Stars: 6
GitHub-Forks: 0

Mit einem KI-Assistenten installieren

Diesen Prompt kopieren und in den verwendeten KI-Assistenten einfügen.

Follow https://skillsmp.com/skill-install/prompt.md to install Agent Skills from https://github.com/SHY-563/solidworks-draw.

README des Repositorys

README-Quelldatei: README.md

README-Quelldatei lesen

Vollständige README anzeigen

# solidworks-draw > An AI **skill** that drives SolidWorks to build parametric mechanical parts from natural language. `solidworks-draw` lets an AI agent understand a mechanical design described in plain language (e.g. *"draw a stepped transmission shaft, Ø30, 200 mm, with two keyways"*), reason about the missing parameters using built-in engineering rules, confirm them with you, and then generate the SolidWorks Python API calls that build the model. It is packaged as an [Agent Skill](https://docs.claude.com/en/docs/agents-and-tools/agent-skills) (`SKILL.md` + supporting knowledge/templates/utilities) and works with Claude Code, Codex, and any agent runtime that loads skills from a skills directory. > **Note on language:** the skill prompt (`SKILL.md`) and engineering knowledge base are written in > Chinese, and default to GB (Chinese national) standards. This README is the English introduction. --- ## What it does 1. **Intent parsing** — extracts part type, key dimensions, material, machining features, and tolerance requirements from a natural-language request. 2. **Triple knowledge retrieval** — cross-checks three sources, in priority order: - **Learned parts library** (`knowledge/learned_parts/`) — parts extracted from your *own* SolidWorks files, so new designs stay consistent with your existing work. - **Design rules** (`knowledge/design_rules.yaml`) — empirical formulas and parameter relationships for shafts, pistons, flanges, gears, and general practice. - **Material database** (`knowledge/material_db.yaml`) — properties, applications, and heat-treatment notes for common engineering materials. 3. **Parameter inference** — derives any unspecified parameters and **explains the source of each** (standard, learned part, or design rule). 4. **Confirmation** — prints a full parameter table and waits for your approval before generating any code. 5. **Execution** — calls the matching template to emit a complete SolidWorks Python script. ``` Natural language → intent parsing → triple knowledge retrieval → parameter inference → confirm → execute ``` --- ## Features - 🗣️ **Natural-language modeling** — describe the part, not the API. - 📐 **Engineering-aware** — built-in GB-standard design rules and a material database. - 🧠 **Learns from your files** — `sw_extractor.py` turns existing `.sldprt` files into a structured knowledge base; the more parts it learns, the closer its output matches your shop's conventions. - 🔍 **Similarity search** — finds the closest existing parts to use as a reference for a new design. - ✅ **Confirm-before-build** — never silently guesses; every derived value is justified. - 💾 **Offline-safe** — if SolidWorks is not installed, scripts emit a JSON description instead. --- ## Supported parts | Category | Template | Status | Typical features | |----------|----------|--------|------------------| | Shaft (transmission / stepped) | `templates/shaft.py` | ✅ Implemented | multi-section cylinders, keyways, retaining-ring grooves, center holes, threads | | Piston | `templates/piston.py` | ✅ Implemented | piston body, ring grooves, pin bore, skirt, relief grooves | | Flange | — | 📋 Design rules only | disc, bolt-hole pattern, center bore, seal groove | | Gear | — | 📋 Design rules only | tooth profile, hub, keyway, lightening holes | Flange and gear have engineering rules in `design_rules.yaml` but no code template yet — contributions welcome. --- ## Repository layout ``` solidworks-draw/ ├── SKILL.md ← skill prompt (Chinese) — the agent entry point ├── knowledge/ │ ├── design_rules.yaml ← engineering design rules (shaft/piston/flange/gear/general) │ ├── material_db.yaml ← material properties (steels, stainless, cast iron, Al, Cu, plastics) │ └── learned_parts/ ← parts learned from your SolidWorks files │ ├── README.md │ └── example_shaft_d30.json ← sample extraction result ├── templates/ │ ├── shaft.py ← shaft generator │ └── piston.py ← piston generator ├── utils/ │ ├── sw_api.py ← SolidWorks COM API wrapper │ ├── sw_extractor.py ← extracts knowledge from .sldprt files │ └── similarity.py ← similar-part search engine ├── LICENSE └── README.md ``` --- ## Requirements - **SolidWorks** installed on Windows (uses the `SldWorks.Application` COM API) — only needed to actually build/extract models; the skill can still reason and emit JSON without it. - **Python 3.10+** - `pywin32` (for the COM bridge) when running against a live SolidWorks instance. --- ## Installation Place the `solidworks-draw/` folder in your agent's skills directory, e.g.: | Runtime | Path | |---------|------| | Claude Code | `~/.claude/skills/solidworks-draw/` | | Codex | `~/.codex/skills/solidworks-draw/` | The agent discovers the skill via `SKILL.md` and invokes it on prompts like *"画一个…"* / *"draw a…"* / *"help me model…"*. --- ## Usage ### Build a part from natural language Just ask the agent: > 画一个直径30、长200的传动轴，两端各一个键槽 > *(Draw a Ø30 × 200 transmission shaft with a keyway at each end.)* The agent retrieves references, infers the missing parameters, shows a confirmation table, and on approval generates the SolidWorks script. ### Teach it from your existing files (training mode) ```bash # Extract knowledge from a single file python utils/sw_extractor.py -i "D:/CAD/my_shaft.sldprt" -o knowledge/learned_parts/ # Or batch-extract an entire project python utils/sw_extractor.py -i "D:/CAD/ProjectX/" -o knowledge/learned_parts/ --batch # Search for similar reference parts python utils/similarity.py --type shaft --dims diameter=30 length=200 ``` | Learned samples | Behavior | |-----------------|----------| | 0 | Generic textbook design rules | | 5–10 | Learns your material preferences and size ranges | | 20–50 | Learns your company's design conventions | | 100+ | Closely matches your design habits; can flag anomalies | > **Privacy:** this public repository contains **only** a sample part > (`example_shaft_d30.json`). No proprietary/learned part data is included. Anything you extract > into `learned_parts/` stays local unless you choose to commit it. --- ## Defaults | Item | Default | |------|---------| | Units | millimeters (mm) | | Angles | degrees (°) | | Standards | GB (Chinese national standards) | | Default material | 45 steel | | Surface roughness | Ra 3.2 | | Thread standard | Metric M series (coarse) | | Tolerance grade | IT7 (bearing fits), IT12 (non-mating) | --- ## Contributing & Community Feedback and contributions are very welcome! If you'd like to discuss improvements, share design rules, contribute new part templates, or help optimize this skill, please use the project's built-in channels: - 💬 **[Discussions](https://github.com/SHY-563/solidworks-draw/discussions)** — questions, ideas, and general conversation about the skill. - 🐛 **[Issues](https://github.com/SHY-563/solidworks-draw/issues)** — bug reports and concrete feature requests. - 🔀 **Pull Requests** — new templates (flange, gear, …), rule/material additions, and fixes. --- ## License [MIT](LICENSE) © 2026 SHY-563

README des Repositorys wird geladen…

Skills in diesem Repository

Maschinenbauingenieure

1 Berufskategorien · 100% klassifiziert

Skill

Beruf

Beschreibung

Aktualisiert

solidworks-draw

Maschinenbauingenieure

用自然语言驱动 SolidWorks 进行参数化机械零件建模。支持轴类、盘类、活塞等常见零件，内置工程设计规则和材料数据库。可从已有 SW 文件学习设计知识。使用 "画一个..." 或 "帮我建模..." 触发。

Quellsprache: Chinesisch

2026-06-08

Es werden 1 von 1 gesammelten Skills angezeigt.