Projects at LAM

The version 0.5.2 of the ETC-42 is now available and it can be downloaded from here

glnemo2 1.6.1 is a bug fix release, see Changelog for details.

glnemo2 1.6.1 is available for download:

source code - 1.6.1
Mac OSX binary package QT4 - 1.6.1
Windows 32 bits binary QT5 - 1.6.1.1

This is the first stable release of UNSIO (1.0.0)

Unsio is still improving and a python wrapper is available which open UNSIO to the great world of python !

With only one API based on UNSIO, you can develop analysis programs in C, C++, Fortran and now Python language !

A lot of bugs have been fixed, and new features have been introduced:

• Python wrapper (see Unsio python reading, Unsio python writing)

• Improved MAC OSX installation

• Nemo : support mulitple snapshots with different numbers of particles

• Sqlite3DB : sqlite3 database improved (see sqlite3 doc )

To download latest Unsio package, go to download page

Documentation is available here

Présentation au colloque MASTODONS des 23 et 24 janvier 2014

Fiche de synthèse et rapport scientifique des 2 années 2012-2013

glnemo2 1.6.0 is a maintenance fix release, see Changelog for details.

glnemo2 1.6.0 is available for download:

source code - 1.6.0

Unsio is getting better and better. A lot of bugs have been fixed, and new features have been introduced:

• Ramses : mettalicity and particles identities support added

• Nemo : softening support added (reading/writing)

• Sqlite3DB : sqlite3 database added (see Sqlite3Db )

• Installation : binaries are linked against installed shared libraries.

To download latest Unsio package, go to download page

glnemo2 1.53 is a bug fix release, see Changelog for details.

glnemo2 1.53 is available for download:

source code - 1.53
Mac OSX binary package - 1.53
Windows 32 bits binary - 1.53

glnemo2 1.52 is a bug fix release, see Changelog for details.

glnemo2 1.52 is available for download:

source code - 1.52
Mac OSX binary package - 1.52
Windows 32 bits binary - 1.52

A 17 millions dark matter particles movies, rendered with glnemo2, has been done at French supercomputer CINES . Ramses code has been used to run the simulation and glnemo2 to render the movie.
Simulation initial conditions have been run by Emmanuel Nezri and Pol Mollitor.