Baseline optimization flags: 
   C programs:       -openmp -O3 -IPF_fp_relaxed -ipo -ansi_alias (ONESTEP)
   Fortran programs: -openmp -O3 -IPF_fp_relaxed -ipo (ONESTEP)
   OpenMP runtime library libguide.a statically linked
 
 Extra Flags:
   331.art_l: -DINTS_PER_CACHELINE=32 -DDBLS_PER_CACHELINE=16

 User environment:
   OMP_NUM_THREADS 256
   limit stacksize 128000
   KMP_STACKSIZE 124M
   KMP_LIBRARY TURNAROUND 
   OMP_DYNAMIC FALSE
   KMP_SCHEDULE static,balanced

 Peak optimization flags
 311.wupwise_l: basepeak=true
 313.swim_l: basepeak=true
 315.mgrid_l: -openmp -O3 -IPF_fp_relaxed -ipo
              OpenMP runtime library libguide.a statically linked
              OMP_NUM_THREADS = 128
              submit = dplace -x2 -e -c255-0:2 $command
 317.applu_l: basepeak=true
 321.equake_l: basepeak=true
 325.apsi_l: -openmp -O3 -IPF_fp_relaxed -ipo
             OpenMP runtime library libguide.a statically linked
             OMP_NUM_THREADS = 128
             submit = dplace -x2 -e -c255-0:2 $command 
 327.gafort_l: basepeak=true
 329.fma3d_l: basepeak=true
 331.art_l: basepeak=true

 Required alternate sources:
 Add critical region around update of linked list in parallel loop.
 Approved src.alt available as ompl-purdue1-20040324.tar.gz
 Used for 331.art_l, base and peak.


 For all benchmarks threads were bound to cores using the following submit command:
 dplace -x2 -e -cNTM1,0 $command,
 where NTM1 is the number of threads minus 1.
 This binds threads in order of creation, beginning with the master
 thread on core NTM1, the first slave thread on core NTM1-1, and so on.
 The -x2 flag instructs dplace to skip placement of the lightweight
 OpenMP monitor thread, which is created prior to the slave threads.
 
 For a description of SGI's compiler flags, portability flags, and
 system parameters used to generate this result, please refer to the
 SGI-20060801-Linux-Intel9.1-IPF.txt file in the flags directory.