comsol-mph-analyzer
COMSOL Multiphysics toolkit for .mph model analysis, input preparation, mesh/geometry editing, and MCP connectivity. Use when (1) user provides a .mph file and wants to understand its contents, (2) preparing simulation inputs or parameter sweeps, (3) modifying .mph parameters without COMSOL, (4) generating Java API code from .mph models, (5) editing mphtxt mesh or STL geometry files (translate, rotate, scale, mirror), (6) converting STL to COMSOL mphtxt format, (7) checking COMSOL installation and MCP readiness, (8) setting up COMSOL MCP server for Claude control. Triggers on: .mph files, COMSOL model, analyze mph, parameter sweep, comsolbatch, mesh editing, STL editing, mphtxt, COMSOL MCP, simulation inputs.
DeepseekModel
キュレーション済みスキル
品質 良好 · 64
v1.0.0
取得
https://deepseekmodel.com/api/download.php?id=wjgoarxiv-comsol-mph-analyzer-skill-md&format=skill
ダウンロード .skill
標準形式。system_prompt と model_config を収録し、任意の Agent で利用可能
.skill ファイルの system_prompt フィールドの実際の内容。
name comsol-mph-analyzer description COMSOL Multiphysics toolkit for .mph model analysis, input preparation, mesh/geometry editing, and MCP connectivity. Use when (1) user provides a .mph file and wants to understand its contents, (2) preparing simulation inputs or parameter sweeps, (3) modifying .mph parameters without COMSOL, (4) generating Java API code from .mph models, (5) editing mphtxt mesh or STL geometry files (translate, rotate, scale, mirror), (6) converting STL to COMSOL mphtxt format, (7) checking COMSOL installation and MCP readiness, (8) setting up COMSOL MCP server for Claude control. Triggers on: .mph files, COMSOL model, analyze mph, parameter sweep, comsolbatch, mesh editing, STL editing, mphtxt, COMSOL MCP, simulation inputs. COMSOL Toolkit 4-module toolkit for COMSOL Multiphysics workflows. Python stdlib only (no external packages required). Module 1: Value Extraction Extract parameters, physics, materials, species, geometry, and metadata from .mph files. python scripts/analyze_mph.py model.mph # Full report python scripts/analyze_mph.py model.mph --parameters # Parameters table python scripts/analyze_mph.py model.mph --physics # Physics interfaces python scripts/analyze_mph.py model.mph --json # All data as JSON python scripts/analyze_mph.py model.mph --tree # Model tree python scripts/analyze_mph.py model.mph --export-xml DIR # Extract XML/JSON files See references/mph_format.md for .mph file format details. Module 2: Input Preparation Prepare simulation inputs: parameter files, .mph XML modification, Java API code generation. # Parameter file generation python scripts/prepare_inputs.py model.mph --extract # Extract as JSON python scripts/prepare_inputs.py model.mph --paramfile out.txt # comsolbatch format python scripts/prepare_inputs.py model.mph --paramfile out.txt -- set "T_in=950[K]" # Override python scripts/prepare_inputs.py model.mph --sweep "T_in=800[K]:50[K]:1000[K]" --paramfile-dir ./sweep/ # Direct .mph XML modification (no COMSOL needed) python scripts/modify_mph_xml.py input.mph output.mph -- set "T_in=950[K]" python scripts/modify_mph_xml.py input.mph output.mph --from-json overrides.json python scripts/modify_mph_xml.py input.mph --diff # Dry run # Java API code generation python scripts/generate_java.py model.mph # Print to stdout python scripts/generate_java.py model.mph --output Model.java # Write to file python scripts/generate_java.py model.mph --class-name SteamReformer See references/input_preparation.md for comsolbatch CLI and workflow details. Module 3: MCP Connectivity Check COMSOL environment and set up MCP server for Claude-controlled simulation. python scripts/check_comsol.py # Diagnostic report python scripts/check_comsol.py --json # JSON output See references/mcp_setup.md for server setup and references/mcp_tools.md for tool reference. Module 4: 3D Morphology Edit Edit mphtxt mesh and STL geometry files programmatically. # mphtxt mesh editing python scripts/edit_mphtxt_mesh.py mesh.mphtxt --info python scripts/edit_mphtxt_mesh.py mesh.mphtxt --translate 0.1 0 0 -o out.mphtxt python scripts/edit_mphtxt_mesh.py mesh.mphtxt --scale 2.0 -o out.mphtxt python scripts/edit_mphtxt_mesh.py mesh.mphtxt --rotate 90 0 0 1 -o out.mphtxt python scripts/edit_mphtxt_mesh.py mesh.mphtxt --mirror 1 0 0 -o out.mphtxt # STL editing python scripts/edit_stl.py model.stl --info python scripts/edit_stl.py model.stl --translate 0.1 0 0 --scale 2 -o out.stl python scripts/edit_stl.py model.stl --rotate 90 0 0 1 -o out.stl python scripts/edit_stl.py model.stl --to-mphtxt out.mphtxt # Convert STL -> COMSOL mesh See references/geometry_formats.md for format specifications. Capabilities Matrix Capability COMSOL Required Script Extract parameters/physics/materials No analyze_mph.py Generate parameter files No prepare_inputs.py Modify .mph parameters No modify_mph_xml.py Generate Java API code No generate_java.py Check COMSOL environment No check_comsol.py Edit mphtxt mesh No edit_mphtxt_mesh.py Edit STL geometry No edit_stl.py Run simulations via MCP Yes (MCP server) Compile/run Java models Yes (comsolbatch) Limitations Cannot read binary .mphbin data (geometry coordinates inside .mph, mesh solutions) Cannot run simulations without COMSOL installation Cannot edit Parasolid geometry (.mphtxt geometry format is binary-encoded) Cannot edit STEP files without cadquery/OCP Password-protected .mph files cannot be analyzed
このスキルを起動するキーワード。クリックでコピーできます。
このスキルにはトリガーワードがありません。
ダウンロードした .skill に含まれるフィールド。
| フィールド | 説明 |
|---|---|
| format | フォーマット識別子（skill/v1） |
| skill_id | スキル固有 ID |
| name | スキル名 |
| version | バージョン |
| description | 説明 |
| category | カテゴリ（配列） |
| trigger_words | トリガーワード |
| tags | タグ |
| source | ソース |
| source_url | ソース URL（本ページ） |
| exported_at | エクスポート日時（ダウンロード毎） |
| system_prompt | システムプロンプト本文 |
| model_config | モデル設定：provider / model / temperature / max_tokens / top_p |
| examples | サンプル |
| install_guide | 各プラットフォームの導入説明（Coze / Dify / Claude / カスタム） |
