static void WriteDataAppear (unif01_Gen * gen,
long N, int r, int s, int L, long Q, long K, double n)
{
printf ("***********************************************************\n");
printf ("HOST = ");
if (swrite_Host) {
gdef_WriteHostName ();
printf ("\n");
} else
printf ("\n\n");
unif01_WriteNameGen (gen);
printf ("\n");
if (swrite_ExperimentName && strcmp (swrite_ExperimentName, "")) {
printf ("%s", swrite_ExperimentName);
printf (":\n\n");
}
printf ("svaria_AppearanceSpacings test:\n"
"-----------------------------------------------\n");
printf (" N = %2ld, Q = %1ld, K = %1ld, r = %1d, s = %1d,"
" L = %1d\n\n", N, Q, K, r, s, L);
printf (" Sequences of n = (K + Q)L = %12.0f bits\n", n);
printf (" Q = %4ld initialization blocks\n", Q);
printf (" K = %4ld blocks for the test\n", K);
printf (" the blocks have L = %2d bits\n\n\n", L);
}
void WrCombGenAPRNGFill (void *vsta)
{
size_t i;
unif01_Comb_APRNG_fill_t *g = vsta;
fprintf (stdout, "%zu Combined Generators based on %s", g->size, g->A->name);
report_status_APRNG(g->A);
for (i=0; i<g->size-1; ++i) {
unif01_WriteNameGen (g->g[i]);
unif01_WriteState (g->g[i]);
}
fprintf (stdout, "with following generator value inserted at every %u position\n", g->fill_frequency);
i = g->size - 1;
unif01_WriteNameGen (g->g[i]);
unif01_WriteState (g->g[i]);
fprintf (stdout, "Values generated after last fill insertion: %u\n", g->n_after_fill);
}
void WrCombGenAPRNG (void *vsta)
{
size_t i;
unif01_Comb_APRNG_t *g = vsta;
fprintf (stdout, "%zu Combined Generators based on %s", g->size, g->A->name);
report_status_APRNG(g->A);
for (i=0; i<g->size; ++i) {
unif01_WriteNameGen (g->g[i]);
unif01_WriteState (g->g[i]);
}
}
