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SWE is an education-oriented code that implements simple Finite Volumes models that solve the shallow water equations - in a problem setting as it would be used for tsunami simulation. SWE has a modular design that allows parallelisation using different programming paradigms, such as MPI, OpenMP, or CUDA (further tests were done with Intel TBB/ArBB and OpenCL). | SWE is an education-oriented code that implements simple Finite Volumes models that solve the shallow water equations - in a problem setting as it would be used for tsunami simulation. SWE has a modular design that allows parallelisation using different programming paradigms, such as MPI, OpenMP, or CUDA (further tests were done with Intel TBB/ArBB and OpenCL). | ||
= Simulation Examples = | = Simulation Examples =<p>[http://www5.in.tum.de/wiki/uploads/4/4d/Tohoku_surface_46min.png[[File:Tohoku_surface_46min.png|800px]]]</p> | ||
<p>[http://www5.in.tum.de/wiki/uploads/b/b9/Tohoku_both_224min.png[[File:Tohoku_both_224min.png|800px]]]</p> | <p>[http://www5.in.tum.de/wiki/uploads/b/b9/Tohoku_both_224min.png[[File:Tohoku_both_224min.png|800px]]]</p> | ||
Revision as of 18:19, 24 June 2012
An Education-Oriented Code for Parallel Tsunami Simulation
SWE is an education-oriented code that implements simple Finite Volumes models that solve the shallow water equations - in a problem setting as it would be used for tsunami simulation. SWE has a modular design that allows parallelisation using different programming paradigms, such as MPI, OpenMP, or CUDA (further tests were done with Intel TBB/ArBB and OpenCL).
= Simulation Examples =
Availability of the Code
SWE is made available under the GPL license. The latest version can be downloaded as a tarball (see below). We are currently doing a lot of changes (to be used during the Gene Golub SIAM Summer School 2012, and plan to publish the resulting version via a respective repository in August/September 2012.
- ... .tar.gz ...