macOS
Homebrew確認済み · 100%
brew install gmshlocal Homebrew formula metadata
MacPorts確認済み · 94%
sudo port install gmshMacPorts ports tree · science/gmsh/Portfile · ソース: api.github.com
brew
gmsh を Homebrew, apk, apt, dnf, MacPorts, Nix, zypper, winget でインストール
gmsh のインストール経路、実行ファイル、メタデータ、AI エージェント向けセキュリティノートを確認します。
インストール
追加のインストールコマンド
Linux
Alpine Linux apk確認済み · 92%
sudo apk add gmshAlpine Linux edge package indexes · gmsh · ソース: dl-cdn.alpinelinux.org
Fedora dnf確認済み · 92%
sudo dnf install gmshFedora Rawhide package metadata · gmsh · ソース: dl.fedoraproject.org
Nix確認済み · 92%
nix profile install nixpkgs#gmshnixpkgs package indexes · pkgs/by-name/gm/gmsh/package.nix · ソース: api.github.com
openSUSE zypper確認済み · 92%
sudo zypper install gmshopenSUSE Tumbleweed package metadata · gmsh · ソース: download.opensuse.org
Windows
Windows Package Manager確認済み · 92%
winget install --id gmsh.gmsh -eWindows Package Manager source index · gmsh.gmsh · ソース: cdn.winget.microsoft.com
概要
パッケージ概要
3D finite element grid generator with CAD engine
プロジェクトリンク
コマンドとエイリアス
- gmsh
履歴
プロジェクトの歴史と使われ方
Gmsh is an automatic three-dimensional finite-element mesh generator with CAD, meshing, solver, and post-processing modules. It is widely packaged because it serves both as a graphical scientific tool and as a scriptable/API-driven mesh generator for simulation workflows.
プロジェクトの歴史
Gmsh was created by Christophe Geuzaine and Jean-Francois Remacle, with copyright years in the source README beginning in 1997. The reference manual identifies it as a 3D finite-element mesh generator with built-in pre- and post-processing facilities.
The project was documented in a 2009 International Journal for Numerical Methods in Engineering paper, cited from the official manual. That paper helped establish Gmsh as a named research-software artifact rather than only a utility shipped by its authors.
Gmsh evolved from a standalone meshing program into a modular platform. The manual describes four modules: geometry, mesh, solver, and post-processing, controllable from the GUI, the command line, .geo scripts, and C++, C, Python, Julia, and Fortran APIs.
The 4.x line expanded API and CAD workflows, including OpenCASCADE geometry operations, model attributes, Fortran API support, and ongoing changes to mesh formats and post-processing behavior. The official version history records detailed 4.x releases through 4.15.2 in March 2026.
採用の歴史
The manual states that source code and precompiled binaries are distributed for Windows, macOS, and Linux, with packages also available in Linux and BSD distributions. The batch metadata additionally shows packaging in Homebrew, Alpine, Debian, Fedora, MacPorts, Nix, Ubuntu, winget, and openSUSE.
Gmsh's adoption rests on a useful balance: it is light enough to install as a command-line tool, visual enough for interactive geometry and mesh inspection, and programmable enough to sit inside automated simulation pipelines.
Its official documentation and examples make it attractive to finite-element practitioners who need mesh generation without adopting a full commercial preprocessor. The .geo scripting language and multi-language API also make meshes reproducible in source-controlled projects.
使われ方
Practitioners use Gmsh to define geometry, generate 1D, 2D, and 3D meshes, assign physical groups, import CAD through OpenCASCADE, inspect mesh quality, and export mesh files for downstream solvers.
Command-line users generate meshes from .geo files in build pipelines or tests. GUI users inspect and tune geometry, mesh sizes, fields, and post-processing views. API users call Gmsh from C++, C, Python, Julia, or Fortran to generate meshes from application code.
Package-manager installs are especially useful for CI and scientific environments where scripts need the gmsh executable or Python module available without a manual GUI installer.
パッケージ好きにとっての重要性
Gmsh is a high-value package because it turns a hard scientific dependency into a normal system dependency. Build scripts, solver examples, Python notebooks, and finite-element tutorials can all assume an installable gmsh command rather than bundling a meshing engine.
It is also a good example of why scientific packages are often bigger than a CLI: one formula supplies a desktop app, CAD integrations, a shared library, language bindings, examples, and a file-format ecosystem.
タイムライン
- 1997: Gmsh copyright period begins in the source README.
- 2009: Gmsh paper published in International Journal for Numerical Methods in Engineering.
- 2017: Public GitLab project created on gitlab.onelab.info.
- 2022: Gmsh 4.11.0 added Fortran API support and new official macOS ARM builds.
- 2026: Gmsh 4.15.2 released.
Related projects
- OpenCASCADE supplies CAD-kernel functionality for constructive solid geometry, boolean operations, and STEP import.
- ONELAB is related through the official hosting and solver-oriented workflows documented by Gmsh.
- Finite-element solvers consume the mesh files and physical groups produced by Gmsh.
ソース
セキュリティ状態
リスクレベル: グリーン
narrow executable package without higher-risk signals.
リスク分類器
リスク グリーン · 信頼度 低 · appliance
理由
- narrow executable package without higher-risk signals
信号
- metadata:no-higher-risk-signals
インストール挙動
- formula メタデータに Homebrew post-install フックは記録されていません。
- Homebrew bottle メタデータは 6 個のプラットフォームターゲットで利用できます。
- 9 件の実行時依存関係とともにインストールされます。
- ビルドメタデータには 2 件のビルド依存関係があります。
推奨レビュー
エージェントに無人実行させる前に、このツールが平文の認証情報を読むか、リモート状態を書き込むか、成果物を公開するか、プラグインを起動するかを確認してください。
local files
Configuration and credential file locations
These source-backed paths show where this package keeps local settings or durable credentials. Automic Vault can use them as review targets for secret scanning, migration, and command approval.
Configuration files
Config paths the tool may read or write during local use.
- Unix
$GMSH_HOME/<General.OptionsFileName>$GMSH_HOME/<General.SessionFileName>~/<General.OptionsFileName>~/<General.SessionFileName><model-file>.opt- Windows
%GMSH_HOME%\<General.OptionsFileName>%GMSH_HOME%\<General.SessionFileName>%APPDATA%\<General.OptionsFileName>%APPDATA%\<General.SessionFileName><model-file>.opt
実行可能ファイル
インストールされる実行可能ファイル
| コマンド | 種類 | 公開範囲 | メモ |
|---|---|---|---|
gmsh | cli | グローバル実行可能ファイル |
鮮度
バージョンと鮮度
これらの信号は、ページ生成時期、パッケージマネージャの活動、上流リリース比較を分けて示します。バージョン遅れは、証拠 URL と比較可能なバージョンがある場合だけ警告されます。
ページ生成日2026-07-10
マネージャ版4.15.2
マネージャ更新日2026-06-22
ローカルデータOK
上流not checked
検出された最新未検出
- 情報Release/tag comparison is only available for GitHub repositories.https://gmsh.info/信頼度 none
インストールメタデータ
パッケージメタデータ
| パッケージキー | brew:gmsh |
|---|---|
| バージョン | 4.15.2 |
| パッケージマネージャ | Homebrew |
| パッケージマネージャページ | https://formulae.brew.sh/formula/gmsh |
| ホームページ | https://gmsh.info/ |
| リポジトリ | https://gitlab.onelab.info/gmsh/gmsh |
| 上流ドキュメント | https://gmsh.info/doc/texinfo/gmsh.html |
| ライセンス | GPL-2.0-or-later |
| ソースアーカイブ | https://gmsh.info/src/gmsh-4.15.2-source.tgz |
| 最終更新 | 2026-06-22T14:03:35-07:00 |
| Pulse | updated |
| 依存関係 | cairo, fltk, freetype, gmp, jpeg-turbo, libomp, libpng, metis, opencascade |
| ビルド依存関係 | cmake, eigen |
| Bottle | 利用可能 (対象 arm64_linux, arm64_sequoia, arm64_sonoma, arm64_tahoe, sonoma, x86_64_linux) |
| Homebrew post-install | 未定義 |
| サービス | 宣言なし |
レジストリ情報
ソースデータベース詳細
| Source Database | Homebrew formula API |
|---|---|
| Tap | homebrew/core |
| Full Name | gmsh |
| Version Scheme | 0 |
| Revision | 0 |
| Head Version | HEAD |
| Bottle Stable Root URL | https://ghcr.io/v2/homebrew/core |
| Deprecated | no |
| Disabled | no |
| Keg Only | no |
| URL Keys |
|
ソースデータベース一致
他のパッケージマネージャ記録
一致は外部パッケージマネージャインデックスから取得され、ローカルの Automic Vault パッケージリンクとは分けて表示されます。
Debian apt95%
gmsh 4.13.1+ds1-6
Three-dimensional finite element mesh generator
sudo apt install gmsh- Section: math
- Architecture: amd64
- 2 依存関係
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
Debian apt95%
gmsh-doc 4.13.1+ds1-6
Three-dimensional finite element mesh generator documentation
sudo apt install gmsh-doc- Section: doc
- Architecture: all
- Source Package: gmsh
- normalized package name match
- 一致条件: Gmsh
Debian apt95%
libgmsh-dev 4.13.1+ds1-6
Three-dimensional finite element mesh generator development files
sudo apt install libgmsh-dev- Section: libdevel
- Architecture: amd64
- Source Package: gmsh
- 1 依存関係
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
Debian apt95%
libgmsh-private-headers-dev 4.13.1+ds1-6
Three-dimensional finite element mesh generator development files
sudo apt install libgmsh-private-headers-dev- Section: libdevel
- Architecture: amd64
- Source Package: gmsh
- 2 依存関係
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
Debian apt95%
libgmsh4.13 4.13.1+ds1-6
Three-dimensional finite element mesh generator shared library
sudo apt install libgmsh4.13- Section: libs
- Architecture: amd64
- Source Package: gmsh
- 27 依存関係
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
Debian apt95%
python3-gmsh 4.13.1+ds1-6
Three-dimensional finite element mesh generator Python 3 wrapper
sudo apt install python3-gmsh- Section: python
- Architecture: all
- Source Package: gmsh
- 2 依存関係
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
Nix95%
gmsh
nix profile install nixpkgs#gmsh- normalized package name match
- 一致条件: Gmsh
Ubuntu apt95%
gmsh 4.12.1+ds1-1.1build2
Three-dimensional finite element mesh generator
sudo apt install gmsh- Section: universe/math
- Architecture: amd64
- 2 依存関係
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
Ubuntu apt95%
gmsh-doc 4.12.1+ds1-1.1build2
Three-dimensional finite element mesh generator documentation
sudo apt install gmsh-doc- Section: universe/doc
- Architecture: all
- Source Package: gmsh
- normalized package name match
- 一致条件: Gmsh
Ubuntu apt95%
libgmsh-dev 4.12.1+ds1-1.1build2
Three-dimensional finite element mesh generator development files
sudo apt install libgmsh-dev- Section: universe/libdevel
- Architecture: amd64
- Source Package: gmsh
- 1 依存関係
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
Ubuntu apt95%
libgmsh-private-headers-dev 4.12.1+ds1-1.1build2
Three-dimensional finite element mesh generator development files
sudo apt install libgmsh-private-headers-dev- Section: universe/libdevel
- Architecture: amd64
- Source Package: gmsh
- 2 依存関係
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
Ubuntu apt95%
libgmsh4.12t64 4.12.1+ds1-1.1build2
Three-dimensional finite element mesh generator shared library
sudo apt install libgmsh4.12t64- Section: universe/libs
- Architecture: amd64
- Source Package: gmsh
- 24 依存関係
- 1 提供
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
Ubuntu apt95%
python3-gmsh 4.12.1+ds1-1.1build2
Three-dimensional finite element mesh generator Python 3 wrapper
sudo apt install python3-gmsh- Section: universe/python
- Architecture: all
- Source Package: gmsh
- 2 依存関係
- 1 任意依存関係
- normalized package name match
- 一致条件: Gmsh
apk95%
gmsh 4.15.0-r0
Automatic 3D finite element mesh generator
sudo apk add gmsh- License: GPL-2.0-or-later
- Architecture: x86_64
- Source Package: gmsh
- 1 依存関係
- 1 提供
- normalized package name match
- 一致条件: Gmsh
apk95%
gmsh-dbg 4.15.0-r0
Automatic 3D finite element mesh generator (debug symbols)
sudo apk add gmsh-dbg- License: GPL-2.0-or-later
- Architecture: x86_64
- Source Package: gmsh
- 1 依存関係
- normalized package name match
- 一致条件: Gmsh
apk95%
gmsh-doc 4.15.0-r0
Automatic 3D finite element mesh generator (documentation)
sudo apk add gmsh-doc- License: GPL-2.0-or-later
- Architecture: x86_64
- Source Package: gmsh
- normalized package name match
- 一致条件: Gmsh
ソース経路
リポジトリデータから生成
このページは scripts/generate-pkg-sqlite.py が生成した非公開のパッケージ SQLite アーティファクトから av-web によって提供されます。
Combined YAML source
View the package source record on GitHub.
使用ソース
- Geiger risk classifier
- Nucleus package database
- av.db category and tag curation
- cross-ecosystem install command graph
- curated configuration and credential file locations
- curated package history
- external package-manager database matches
- package relationship graph
- package version freshness
- package-page enrichment