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--- software:lapack:caviness [2020-03-09 12:51] – [Sequential vs parallel] anita
+++ software:lapack:caviness [2020-12-01 09:34] – frey
@@ Line 25: / Line 25: @@
 already have.</note>
-===== Compiling with intel and mkl library =====
+===== Compiling with Intel and MKL library =====
 The [[https://software.intel.com/en-us/parallel-studio-xe/|Intel Parallel Studio XE]] comes installed with a Fortran compiler with the MKL library.  Use VALET, **''vpkg_versions intel''**. to find the latest version installed on Caviness.
@@ Line 45: / Line 45: @@
 <code>
+workgroup -g <<investing-entity>>
 vpkg_devrequire intel
 ifort -mkl dgels-ex.f -o dgels-ex
@@ Line 70: / Line 71: @@
 </code>
 </note>
-==== qsub file to test ====
+==== sbatch file to test ====
 The ''ifort'' compiler with flag ''-mkl'' will compile and link to the threaded MKL libraries.  Thus you should test in the threaded parallel environment, and export the number of slots to the ''MKL_NUM_THREAD'' environment variable. Remember to use our templates for threaded jobs which can be found in ''/opt/templates/slurm/generic/threads.qs'' as a starting point. Here is a simple ''test.qs'' based on the ''threads.qs'' template.
@@ Line 172: / Line 173: @@
 [(it_css:traine)@login01 nagex]$ more slurm-6718859.out
 -- OpenMP job setup complete:
---  OMP_NUM_THREADS      = 4
+--  OMP_THREAD_LIMIT     = 4
 --  OMP_PROC_BIND        = true
 --  OMP_PLACES           = cores