ROOSTER: Robust Object Oriented Solver of Transport Equations in a Reactor

The ROOSTER projects aims at developing a software for multi-physics modeling of Generation-IV Sodium Fast Reactor.

How to install and execute on Linux

Clone the code: `git clone https://github.com/rooster-code/rooster.git or download and unpack ZIP.
Compile Fortran source to the .so library by running compile or compile_noOMP batch file. Note that gfortran compiler should be installed.
Launch ROOSTER by python rooster.py.
Find the results in the output directory.
if you want to package this source code into a executable code, please install pyinstaller and uncomment corresponding lines in the compile

ROOSTER has not yet been tested for Windows.

Name		Name	Last commit message	Last commit date
Latest commit History 286 Commits
examples		examples
.gitignore		.gitignore
A0_control.py		A0_control.py
A1A_heatstructure.py		A1A_heatstructure.py
A1B0_fuel.py		A1B0_fuel.py
A1B1_innergas.py		A1B1_innergas.py
A1B2_clad.py		A1B2_clad.py
A1B_fuelrod.py		A1B_fuelrod.py
A1_solid.py		A1_solid.py
A2_fluid.py		A2_fluid.py
A3A_isotope.py		A3A_isotope.py
A3B_mix.py		A3B_mix.py
A3_core.py		A3_core.py
A3_coreF.f90		A3_coreF.f90
A4_data.py		A4_data.py
A_reactor.py		A_reactor.py
LICENSE		LICENSE
README.md		README.md
_compile.py		_compile.py
rooster.py		rooster.py