This page is designed for RAMSES users to promote tools, datasets or other useful things that may be interesting to other RAMSES users but don't belong on the main RAMSES repository.

Feel free to edit this page and add your own tools with details on how to obtain them.

Initial Conditions

DICE

DICE is designed to set up one or more galaxies in isolation. It is included in RAMSES.

For more information, see: https://bitbucket.org/vperret/dice/wiki/RAMSES%20simulation

MUSIC

MUSIC generates cosmological initial conditions and can be used to set up RAMSES cosmo simulations.

Code: https://bitbucket.org/ohahn/music

Wiki page: https://bitbucket.org/rteyssie/ramses/wiki/Music

MPgrafic

MPgrafic generates (large) cosmological initial conditions and can be used to set up RAMSES cosmo simulations.

Code : https://bitbucket.org/broukema/mpgrafic

Reference: http://adsabs.harvard.edu/abs/2013ascl.soft04014P

Analysis and Post-Processing

RAMSES tools

RAMSES comes with a decent number of Fortran routines and programs to extract information from RAMSES outputs.

You can find some documentation on the wiki page

MERA

Mera is a Julia package developed by Manuel Behrendt to efficiently read/store/analyse RAMSES outputs: https://github.com/ManuelBehrendt/Mera.jl

OSIRIS

OSIRIS is a simple python interface developed by Neil Vaytet to visualise RAMSES outputs: https://bitbucket.org/nvaytet/osiris

PYNBODY

Pynbody is a python interface developed by Andrew Pontzen to visualise particle data.

It also works for RAMSES outputs by turning cells into particles: https://github.com/pynbody/pynbody

Pymses

Pymses is an analysis library written in Python for RAMSES outputs: http://irfu.cea.fr/Projets/PYMSES/

YT

YT fills a similar role to Pymses. It is a large community code supporting a number of simulation codes, including RAMSES: http://yt-project.org/

Hamu

Hamu lets you organise your simulation results and save Python analysis routine outputs automatically.

It wraps around Pymses, although options such as YT are also possible: https://github.com/samgeen/Hamu

Visualisation

GLnemo2

GLnemo2 is an interactive visualisation 3D program using OpenGL. This software, developed by Jean-Charles Lambert, can help you visualise particles from many different codes, including RAMSES.

It works on your laptop or on larger servers. Download the code here: https://projets.lam.fr/projects/glnemo2

Hegelian

[Work in progress!] Hegelian is a 3D interactive visualisation with Python & OpenGL. This is a heavily work-in-progress project that was uploaded here to facilitate sharing of development code: https://github.com/samgeen/Hegelian