macOS
brew install gtslocal Homebrew formula metadata
sudo port install gtsMacPorts ports tree · math/gts/Portfile · source: api.github.com
brew
GNU triangulated surface library. Version 0.7.6 via Homebrew; verified from local package data.
install
brew install gtslocal Homebrew formula metadata
sudo port install gtsMacPorts ports tree · math/gts/Portfile · source: api.github.com
sudo apt install libgts-0.7-5t64Debian stable package indexes · libgts-0.7-5t64 · source: deb.debian.org
sudo dnf install gtsFedora Rawhide package metadata · gts · source: dl.fedoraproject.org
nix profile install nixpkgs#gtsnixpkgs package indexes · pkgs/by-name/gt/gts/package.nix · source: api.github.com
sudo pacman -S gtsArch Linux sync databases · gts · source: geo.mirror.pkgbuild.com
sudo zypper install gtsopenSUSE Tumbleweed package metadata · gts · source: download.opensuse.org
overview
GNU triangulated surface library
history
GTS, the GNU Triangulated Surface Library, is a C library for working with three-dimensional surfaces represented as interconnected triangles. Its package-manager significance comes from a practical mix of computational geometry algorithms, mesh file converters, and Unix-style command-line tools such as `stl2gts`, `gts2stl`, `delaunay`, `gtscheck`, and `happrox`.
The GTS web site describes the project as free software under the LGPL and as a C library using an object-oriented design inspired by GTK+. Its initial goal was to give scientists a simple and efficient library for 3D computational surface meshes.
Early public news on the project site in 2000 announced a web site update, examples, and version 0.3.0. The 0.4.0 release in January 2001 reorganized the object hierarchy around points, vertices, segments, edges, triangles, faces, and surfaces; it also rewrote Delaunay triangulation and improved boolean operations and surface coarsening.
The 0.5.1, 0.6.0, and 0.7.x series expanded GTS from a geometry library into a toolkit with converters, validation tools, boolean operations, isosurface extraction, refinement, coarsening, graph operations, and progressive-surface support. Version-control history moved from CVS to darcs in the 0.7.4 cycle, and the site links the darcs repository as the development source.
GTS was adopted by scientific and graphics projects that needed robust triangulated-surface operations without building a geometry kernel from scratch. The official projects page lists users including MyFon, Mesh Viewer, Gerris Flow Solver, Divipro, Chips, K-3D, and TriAero.
The library also became a durable distribution package: the input metadata records packaging across Homebrew, Debian, Ubuntu, Fedora-family, MacPorts, Nix, Arch, and openSUSE ecosystems. Its command-line converters and `gts-config` helper made it useful both as a library dependency and as a standalone mesh utility package.
Typical GTS usage is split between C programs linking against the library and command-line workflows around mesh conversion and checking. The reference manual covers data structures such as heaps, vectors, object classes, point/vertex/edge/face/surface types, kd-trees, bounding-box trees, boolean operations, simplification, refinement, isosurfaces, Delaunay triangulation, differential geometry operators, and graph partitioning.
Package users encounter GTS through executable tools that convert STL, DXF, and OOGL-like formats, generate Delaunay triangulations, check surface consistency, approximate terrain models, and transform meshes. The installation docs describe a traditional autotools build and a dependency on GLib.
GTS is exactly the kind of library that package maintainers keep around because it is small, old, useful, and embedded in other scientific software. It bridges desktop-era GLib conventions, robust computational geometry, and Unix filters for mesh data, so even users who never write against its C API may depend on it through CAD, visualization, or simulation packages.
For Homebrew-style package culture, GTS is also notable because it ships many tiny executables from one library formula. That makes it useful for quick mesh conversions and for testing whether old scientific build systems can still find a `gts-config` or pkg-config path.
security posture
library-like package without higher-risk signals.
green risk · low confidence · appliance
Before unattended agent use, check whether the tool reads plaintext credentials, writes remote state, publishes artifacts, or shells out to plugins.
executables
| Command | Kind | Exposure | Note |
|---|---|---|---|
delaunay | cli | global executable | |
gts-config | cli | global executable | |
gts2dxf | cli | global executable | |
gts2oogl | cli | global executable | |
gts2stl | cli | global executable | |
gtscheck | cli | global executable | |
gtscompare | cli | global executable | |
gtstemplate | cli | global executable | |
happrox | cli | global executable | |
stl2gts | cli | global executable | |
transform | cli | global executable |
freshness
These signals separate page generation age, package-manager activity, and upstream release comparison. Version lag is warned only when an evidence URL and comparable versions are present.
install metadata
| Package key | brew:gts |
|---|---|
| Version | 0.7.6 |
| Package manager | Homebrew |
| Package manager page | https://formulae.brew.sh/formula/gts |
| Homepage | https://gts.sourceforge.net/ |
| Repository | https://gerris.dalembert.upmc.fr/darcs/gts-stable |
| Upstream docs | https://gts.sourceforge.net/ |
| License | LGPL-2.0-or-later |
| Source archive | https://downloads.sourceforge.net/project/gts/gts/0.7.6/gts-0.7.6.tar.gz |
| Dependencies | gettext, glib, netpbm |
| Build dependencies | autoconf, automake, libtool, pkgconf |
| Bottle | available (on arm64_big_sur, arm64_linux, arm64_monterey, arm64_sequoia, arm64_sonoma, arm64_tahoe, arm64_ventura, big_sur, monterey, sonoma, ventura, x86_64_linux) |
| Homebrew post-install | not defined |
| Service | none declared |
registry facts
| Source Database | Homebrew formula API |
|---|---|
| Tap | homebrew/core |
| Full Name | gts |
| Version Scheme | 0 |
| Revision | 3 |
| Conflicts With |
|
| Bottle Stable Root URL | https://ghcr.io/v2/homebrew/core |
| Deprecated | no |
| Disabled | no |
| Keg Only | no |
| URL Keys |
|
source database matches
Matches are pulled from external package-manager indexes and kept separate from local Automic Vault package links.
libgts-0.7-5t64 0.7.6+darcs121130-5.2+b1
library to deal with 3D computational surface meshes
sudo apt install libgts-0.7-5t64libgts-bin 0.7.6+darcs121130-5.2+b1
utility binaries for libgts
sudo apt install libgts-binlibgts-dev 0.7.6+darcs121130-5.2+b1
development files for libgts
sudo apt install libgts-devgts
nix profile install nixpkgs#gtslibgts-0.7-5t64 0.7.6+darcs121130-5.2build1
library to deal with 3D computational surface meshes
sudo apt install libgts-0.7-5t64libgts-bin 0.7.6+darcs121130-5.2build1
utility binaries for libgts
sudo apt install libgts-binlibgts-dev 0.7.6+darcs121130-5.2build1
development files for libgts
sudo apt install libgts-devgts 0.7.6-52.20121130.fc44
GNU Triangulated Surface Library
http://gts.sourceforge.net/index.html
sudo dnf install gtsgts-devel 0.7.6-52.20121130.fc44
Development files for gts
http://gts.sourceforge.net/index.html
sudo dnf install gts-develgts 0.7.6.121130-5
Provides useful functions to deal with 3D surfaces meshed with interconnected triangles
sudo pacman -S gtsgts 0.7.6_p20121130-4.41
GNU Triangulated Surface Library (GTS)
sudo zypper install gtsgts-devel 0.7.6_p20121130-4.41
Development files and documentation for GTS
sudo zypper install gts-devellibgts-0_7-5 0.7.6_p20121130-4.41
GTS Runtime Library
sudo zypper install libgts-0_7-5gts
sudo port install gtssource trail
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View the package source record on GitHub.