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ReSCAL

Real-Space Cellular Automaton Laboratory

ReSCAL is a generator of 3D multiphysics, markovian and stochastic cellular automata with continuous time (more info).

This project aims to provide spatio-temporal modeling of geological interfaces. It is conducted with the Geomorphology team and the Laboratoire de Dynamique des Fluides Géologiques, within the Institut de Physique du Globe de Paris.



Selected publications
Setting the length and time scales of a cellular automaton dune model from the analysis of superimposed bed forms
C. Narteau, D. Zhang, O. Rozier & P. Claudin
J. Geophys. Res., 114, F03006 (2009)
A Real-Space Cellular Automaton Laboratory
O. Rozier & C. Narteau
Earth Surface Processes and Landforms, doi:10.1002/esp.3479 (2013)

All publications

 
Source code
rescal-1.6
277 kB
2016-11
rescal-1.5
272 kB
2016-05
rescal-1.4 250 kB 2014-08
rescal-1.3.2
236 kB 2013-03
rescal-1.3.1
229 kB 2012-08
rescal-1.3
228 kB 2012-04
rescal-1.2
210 kB 2011-08
rescal-1.1 209 kB2011-06
rescal-1.0 208 kB2011-05
GNU General Public License - Copyright (C) 2011-2016


Demos package
rescal-demos
2.1 MB
2013-05
GNU General Public License - Copyright (C) 2011-2013


Key features:
  • transitions of neighboring cells
  • choice of the geometry and boundary conditions
  • computation of simulated time
  • detection of solid surfaces and computation of the slope
  • avalanche mechanisms
  • correlations between transitions
  • localized control and forcing of the transition rates
  • coupling with a multispeed lattice gas automaton
  • polymorphism of the cells

Graphical interface:
  • real-time rendering
  • light shading
  • horizontal and vertical planes
  • visualization of the hydrodynamical flow

Parallelized code with OpenMP and MPI libraries (MPI code not included in the GPL version).

Examples of application domains:

barchane
Barchan dune
(image by D. Zhang)

Stratification of grains in a vertical plane

Erosion by runoff on a sloping ground

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