Graph500 sequentual and shared-memory reference implementation See COPYING for the general license.  Portions copyright 2010 bythe Georgia Institute of Technology, and portions copyright 2009-2010by he Trustees of Indiana University. The specification is included both in plain text format (Graph500.org,with Emacs Org mode annotations) and exported HTML (Graph500.html). Included implementations:  octave/Graph500.m : GNU Octave (may be Matlab(TM) compatible) from    the specification.  seq-list/seq-list : Sequential list-based implementation  seq-csr/seq-csr : Sequential compressed-sparse-row implementation  omp-csr/omp-csr : OpenMP compressed-sparse-row implementation  xmt-csr/xmt-csr : Cray XMT compressed-sparse-row implementation  xmt-csr-local/xmt-csr-local : Cray XMT compressed-sparse-row    implementation accumulating vertices into a small buffer before    storing globally BUILDING INSTRUCTIONS The Makefile includes make.inc to define compiler and flag variables.Some sample make.inc files are in the make-incs directory.  TheMakefile relies heavily on implicit rules and is known to work usingGNU Make. To build the MPI executables, set BUILD_MPI=Yes in your make.inc, andoptionally set MPICC if needed. To build the OpenMP executables, set BUILD_OPENMP=Yes in yourmake.inc, and define CFLAGS_OPENMP appropriately. For the XMT, ensure the correct modules are loaded and setBUILD_XMT=Yes.  This disables all other builds, including thesequential versions. RUNNING INSTRUCTIONS Options:  v   : version  h|? : this message  R   : use R-MAT from SSCA2 (default: use Kronecker generator)  s   : R-MAT scale (default 14)  e   : R-MAT edge factor (default 16)  A|a : R-MAT A (default 0.57) >= 0  B|b : R-MAT B (default 0.19) >= 0  C|c : R-MAT C (default 0.19) >= 0  D|d : R-MAT D (default 0.05) >= 0        Note: Setting 3 of A,B,C,D requires the arguments to sum to        at most 1.  Otherwise, the parameters are added and normalized        so that the sum is 1.  V   : Enable extra (Verbose) output Outputs take the form of "key: value", with keys:  SCALE  edgefactor  construction_time  min_time  firstquartile_time  median_time  thirdquartile_time  max_time  mean_time  stddev_time  min_nedge  firstquartile_nedge  median_nedge  thirdquartile_nedge  max_nedge  mean_nedge  stddev_nedge  min_TEPS  firstquartile_TEPS  median_TEPS  thirdquartile_TEPS  max_TEPS  harmonic_mean_TEPS  harmonic_stddev_TEPS