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Astrophysics MHD simulation code optimized for large cluster of GPU
zwghit/ramsesGPU
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##################### # RAMSES-GPU README # ##################### - RAMSES-GPU website : http://www.maisondelasimulation.fr/projects/RAMSES-GPU/html/index.html - See doxygen-generated documentation in doc sub-directory - Quickstart for building RAMSES-GPU using autotools 0. make sure to have up-to-date autotools on you build system (autoconf, automake, libtool, m4); then run `sh autogen.sh` 1. configure --with-cuda=<path to CUDA toolkit root directory> 2. make (or make -j N to speed-up compilation time; you might need to execute make several times when using option -j) Note: make sure to have CUDA toolkit installed, and environment variables PATH and LD_LIBRARY_PATH correctly set. This will build the monoCPU / monoGPU version of the programme to solve hydro/MHD problems. Executable are located in src subdirectory and named euler_cpu / euler_gpu Execute a test run: cd src ./euler_gpu --param ../data/jet2d_gpu.ini This will start a Hydrodynamics 2D jet simulation run. Output files can be in multiple file format (VTK, Hdf5, ...). To visualize Hdf5 output, just run: paraview --data=./jet2d_gpu.xmf Contact, questions, comments: pierre.kestener at cea.fr
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Astrophysics MHD simulation code optimized for large cluster of GPU
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