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Cain 0.7.1 (Stable branch)
11-16-2008
Cain performs stochastic and deterministic simulations of chemical reactions. It can spawn multiple simulation processes to utilize multi-core computers. It stores models, simulation parameters, and simulation results (populations and reaction counts) in an XML format. In addition, SBML models can be imported and exported. The models and simulation parameters can be read from input files or edited within the program. Solvers are implemented as command line executables, which makes it easy to launch batch jobs and simplifies the process of adding new solvers. Solvers include Gillespie's direct method, Gillespie's first reaction method, Gibson and Bruck's next reaction method, Tau-leaping, and Hybrid direct/tau-leaping. |
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MULTINODE_SERVER(1) MORSE MULTINODE_SERVER(1) NAME
multinode_server - Server program to synchronise several instances of MORSE SYNOPSIS
multinode_server [synchronisation delay] DESCRIPTION
Socket server program to synchronise several instances of MORSE (nodes) running the same simulation scenario. This program must be started before launching the simulation in the nodes. All the client nodes will connect with the server and send it the updated positions of the robots they manage. The multinode_server program will concentrate the positions of all robots into a single Python dictionary, and then send it back to all clients. It also permits pausing the simulation, by typing in its terminal p and Enter. The same command will allow the simulation to continue. This mechanism relies on the fact that the clients will remain waiting for a reply from the server before continuing with the simulation. PARAMETERS
[synchronisation delay] Optional parameter that defines the delay (in seconds) between messages to the connected clients. A larger delay will slow down the simulation in all clients. Default value is 0.0 SEE ALSO
morse(1) morseexec(1) COPYRIGHT
2009-2010, LAAS-CNRS/ONERA ; 2010-2012, LAAS-CNRS 0.5.2 May 14, 2012 MULTINODE_SERVER(1)