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sunfluidh:sunfluidh_tuto1_parallel_config [2017/09/27 09:26] – créée yannsunfluidh:sunfluidh_tuto1_parallel_config [2017/09/27 09:29] (Version actuelle) – [For an OpenMP parallel computing] yann
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-=== For an OpenMP parallel computing ===+==== For an OpenMP parallel computing ====
  
 The variable "Number_OMP_Threads" must be added to the namelist and set to a value corresponding to number of threads wanted. The variable "Number_OMP_Threads" must be added to the namelist and set to a value corresponding to number of threads wanted.
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 <note important> <note important>
-In this case, the code automatically split the grid in different parts along the last direction preferentially. Each part is linked to a thread.+In this case, the code automatically split the loops associated to the computational grid in parts along the last direction preferentially. Each part is linked to a thread.
 </note> </note>
  
-=== For a MPI parallel computing ===+==== For a MPI parallel computing ====
  
 We must set the number of MPI processes used and describe how each MPI process is linked to a specific subdomain. We must set the number of MPI processes used and describe how each MPI process is linked to a specific subdomain.
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 </note> </note>
  
-== Example for a MPI cartesian topology ==+=== Example for a MPI cartesian topology ===
  
 We here consider 4 MPI processes, 2 along each direction. The cell size is the same as previously reported. We here consider 4 MPI processes, 2 along each direction. The cell size is the same as previously reported.
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-== Example for a MPI graph topology ==+=== Example for a MPI graph topology ===
  
 We here consider 48 MPI processes, 12 along the I-direction and 4 along the J-direction. The cell size is the same as previously reported. \\ We here consider 48 MPI processes, 12 along the I-direction and 4 along the J-direction. The cell size is the same as previously reported. \\
sunfluidh/sunfluidh_tuto1_parallel_config.1506497204.txt.gz · Dernière modification : 2017/09/27 09:26 de yann

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