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# Untar tgv.zip cd tgv # Load Intel Compilers and MPI libraries. export MPIFC=mpiifort export FC=$MPIFC export LD_LIBRARY_PATH=<path>/json-fortran/lib64:$LD_LIBRARY_PATH <path>/neko/bin/makeneko ${TEST}.f90 mpirun -np <NPROC> -genv USE_UCX=1 -genv UCX_NET_DEVICES mlx5_0:1 -genv FI_PROVIDER=mlx ./neko tgv_Re1600.case |
Sample output:
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_ __ ____ __ __ ____ / |/ / / __/ / //_/ / __ \ / / / _/ / ,< / /_/ / /_/|_/ /___/ /_/|_| \____/ (version: 0.8.0-rc1) (build: 2024-04-10 on x86_64-pc-linux-gnu using cray) -------Job Information-------- Start time: 10:41 / 2024-04-10 Running on: 256 MPI ranks CPU type : AMD EPYC 7742 64-Core Processor Bcknd type: CPU Real type : double precision -------------Case------------- Reading case file tgv_Re1600.case -------------Mesh------------- Reading a binary Neko file 32768.nmsh ... -----Material properties------ Read non-dimensional values: ... -----Starting simulation------ T : [ 0.0000000E+00, 0.2000000E+01) dt : 0.5000000E-03 ... ---------------------------------------------------------------- t = 0.0000000E+00 [ 0.00% ] ---------------------------------------------------------------- Time-step: 1 CFL: 0.3970812E-01 dt: 0.5000000E-03 ... ---------------------------------------------------------------- t = 0.2683500E+01 [ 26.84% ] ---------------------------------------------------------------- Time-step: 5368 CFL: 0.4915199E-01 dt: 0.5000000E-03 ------------Fluid------------- Projection Pressure Proj. vec.: Orig. residual: 2 0.4020491E-05 Pressure Iterations: Start residual: Final residual: 1 0.2061696E-06 0.8489571E-07 X-Velocity Iterations: Start residual: Final residual: 2 0.8948043E-03 0.1355196E-08 Y-Velocity Iterations: Start residual: Final residual: 2 0.8948043E-03 0.1355196E-08 Z-Velocity Iterations: Start residual: Final residual: 2 0.8240080E-03 0.1270342E-08 Elapsed time (s): 0.8980917E+03 Step time: 0.1604918E+00 --------Postprocessing-------- ! stop at job limit >>> ! saving checkpoint >>> Normal end. |
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