/*-------------------------------------------------------------------------*/
s32
poly_stage2_run(poly_stage2_t *data)
{
stage2_stat_t stats;
curr_poly_t curr_poly;
root_sieve_t root_sieve;
assess_t assess;
stage2_stat_init(&stats);
curr_poly_init(&curr_poly);
root_sieve_init(&root_sieve);
assess_init(&assess, data->bound0, data->bound1,
data->area, data->p_bound);
optimize(&curr_poly, data, &root_sieve, &assess, &stats);
#ifdef DO_PROFILE
profile_done(&stats.profile);
printf("\nTiming:");
printf("\nTotal ");
profile_print(&stats.profile, PROF_ALL);
printf("\n 1. Optimization ");
profile_print(&stats.profile, PROF_INITIAL_OPTIMIZE);
printf("\n Sieve all ");
profile_print(&stats.profile, PROF_SIEVE_ALL);
printf("\n Init sieve ");
profile_print(&stats.profile, PROF_INIT_SIEVE);
printf("\n Sieve ");
profile_print(&stats.profile, PROF_SIEVE);
printf("\n eval ");
profile_print(&stats.profile, PROF_EVAL);
printf("\n gmp/alpha1 ");
profile_print(&stats.profile, PROF_ALPHA1);
printf("\n polroots ");
profile_print(&stats.profile, PROF_MURPHY_ROOTS);
printf("\n 2. Optimization ");
profile_print(&stats.profile, PROF_OPTIMIZE2);
printf("\n 3. Optimization ");
profile_print(&stats.profile, PROF_OPTIMIZE3);
printf("\n murphy-e sum ");
profile_print(&stats.profile, PROF_MURPHY_E);
printf("\n");
#endif
stage2_stat_free(&stats);
curr_poly_free(&curr_poly);
root_sieve_free(&root_sieve);
assess_free(&assess);
return 1;
}
/*-------------------------------------------------------------------------*/
void
poly_rootopt_init(poly_rootopt_t *data,
msieve_obj *obj,
rootopt_callback_t callback,
void *callback_data)
{
stage2_curr_data_t *s;
memset(data, 0, sizeof(poly_rootopt_t));
mpz_init(data->gmp_N);
data->obj = obj;
data->murphy_p_bound = PRIME_BOUND;
data->callback = callback;
data->callback_data = callback_data;
s = (stage2_curr_data_t *)xmalloc(sizeof(stage2_curr_data_t));
curr_poly_init(&s->curr_poly);
root_sieve_init(&s->root_sieve);
assess_init(&s->assess);
data->internal = (void *)s;
}