void
prepare(void)
{
struct rt_i *rtip = APP.a_rt_i;
RT_CK_RTI(rtip);
if (debug) fprintf(stderr, "prepare()\n");
/*
* initialize application -- it will allocate 1 line and
* set buf_mode=1, as well as do mlib_init().
*/
(void)view_init(&APP, title_file, title_obj, 0, 0);
do_prep(rtip);
if (rtip->nsolids <= 0)
bu_exit(3, "ph_matrix: No solids remain after prep.\n");
grid_setup();
/* initialize lighting */
view_2init(&APP, NULL);
rtip->nshots = 0;
rtip->nmiss_model = 0;
rtip->nmiss_tree = 0;
rtip->nmiss_solid = 0;
rtip->nmiss = 0;
rtip->nhits = 0;
rtip->rti_nrays = 0;
}
int main(int argc, char *argv[]) {
struct grid_info grid;
MPI_Init(&argc, &argv);
grid_setup(&grid);
grid_info_print(&grid);
/* lado de una submatriz */
int n = 4;
int local_n = n / grid.ppside;
char A_filename[50], B_filename[50];
sprintf(A_filename, "data_localn2_side2/A_localn2_row%d_col%d", grid.my_row, grid.my_col);
sprintf(B_filename, "data_localn2_side2/B_localn2_row%d_col%d", grid.my_row, grid.my_col);
matrix_type **local_A, **local_B, **local_C;
local_A = matrix_new_from_file(local_n, local_n, A_filename);
local_B = matrix_new_from_file(local_n, local_n, B_filename);
local_C = matrix_new(local_n, local_n);
Fox(&grid, local_n, local_A, local_B, local_C);
printf("A%d%d =\n", grid.my_row, grid.my_col);
matrix_print(stdout, local_A, local_n, local_n);
printf("B%d%d =\n", grid.my_row, grid.my_col);
matrix_print(stdout, local_B, local_n, local_n);
printf("C%d%d =\n", grid.my_row, grid.my_col);
matrix_print(stdout, local_C, local_n, local_n);
MPI_Finalize();
return 0;
}
