OpenSPH icon
OpenSPH icon

OpenSPH

C++ SPH/N-body library and standalone GUI application, mainly designed for astrophysical simulations

Impact into the parent body of the Hygiea family SPH impact simulation with Dpb=428 km target, showing the origin of the Hygiea family.

Cost / License

  • Free
  • Open Source (MIT)

Platforms

  • Windows  [https://pavelsevecek.github.io/OpenSPH-0.4.1.msi](https://pavelsevecek.github.io/OpenSPH-0.4.1.msi)
  • Linux  [https://gitlab.com/sevecekp/sph/-/jobs/artifacts/master/file/opensph_0.4.1-1.deb?job=build_package](https://gitlab.com/sevecekp/sph/-/jobs/artifacts/master/file/opensph_0.4.1-1.deb?job=build_package)
  • Arch Linux  [https://aur.archlinux.org/packages/opensph/](https://aur.archlinux.org/packages/opensph/)
  • FreeBSD  [https://pkgs.org/download/OpenSPH](https://pkgs.org/download/OpenSPH)
Accretion disk around a neutron star N-body simulation with soft-particle model.
Reaccumulation of fragment field Self-gravitational reaccumulation and formation of rubble-pile asteroids, simulated using SPH.
+5
Collapse of a rotating cloud SPH simulation of a self-gravitating cloud of ideal gas.
OpenSPH alternatives  
-
No reviews
1like
0comments
5alternatives
0news articles

Features

Suggest and vote on features
No features, maybe you want to suggest one?

 Tags

OpenSPH News & Activities

Highlights All activities

Recent activities

OpenSPH information

  • Developed by

    CZ flagPavel Ševecek

  • Licensing

    Open Source (MIT) and Free product.

  • Written in

  • Alternatives

    5 alternatives listed

  • Supported Languages

    • English

AlternativeTo Category

Education & Reference

GitHub repository

  •  250 Stars
  •  14 Forks
  •  0 Open Issues
  •   Updated  
View on GitHub

Popular alternatives

View all
OpenSPH was added to AlternativeTo by bugmenot on and this page was last updated .
No comments or reviews, maybe you want to be first?

What is OpenSPH?

OpenSPH is a library and a GUI application for hydrodynamic and N-body simulations. It uses SPH discretization in space and currently is specialized for simulations of asteroid impacts. The code is being developed on Astronomical Institute of Charles University. It aims to provide a fast, versatile and easily extensible SPH solver utilizing modern CPU features (SSE/AVX instruction sets).

Official Links

AppStores & Other Links