This software, rescal-snow, was conceived and adapted at Lawrence Livermore National Laboratory (LLNL) and the University of Colorado at Boulder (CU) from 2018-2019. It was developed from version 1.6 of the Real-Space Cellular Automaton Laboratory (ReSCAL v1.6), which was developed at IPGP beginning in 2004.
- Kelly Kochanski, [email protected], (designed rescal-snow features, added rescal_utilities, cleaned up I/O, wrote docs, misc debugging)
- Eric Green (simplified configuration/dependencies, simplified and selectively modularized source code, optimized random number generator, misc debugging)
- Barry Rountree, [email protected], (configured software for parallel/Mac use, misc debugging)
- Gian-Carlo Defazio (added heightmap and cellspace utilities, measured effects of stochastic behavior in rescal-snow)
- Carlos Downie (added fft utility and tests)
- Richard Barnes (simplified build using cmake, misc review and debugging)
- Adam Rubin* (added snowfall feature)
- Aaron Robeson (added xcorr utility)
- Divya Mohan (misc debugging)
- Jenna Horrall (misc debugging)
Rescal-snow would not have been possible without the development of ReSCAL, which was written 2004-2014 at the Laboratoire de Dynamique des Fluides Geologiques, Institute de Physique du Globe de Paris.
We thank the authors of ReSCAL (listed below) for providing ReSCAL freely under the terms of the GNU General Public License. We do not, however, hold them in any way responsible for changes to the code after 2016. See docs/NEWS.md for details. For their ongoing work with ReSCAL, see http://www.ipgp.fr/~rozier/rescal/rescal.html
ReSCAL development and maintenance at IPGP
Olivier Rozier [email protected]
Physical background and stochastic algorithms
Clement Narteau [email protected] and coauthors of:
Cellular engine based on dissol program (2d)
by Eduardo Sepulveda [email protected]
Other contributors
- Xin Gao
- Marc Hufschmitt
- Fernando Lopes
- Antoine Lucas
- Ping Lv
- Deguo Zhang