/* Last edited on 2009-11-09 19:34:42 by stolfi */

void show_options(options_t *o);
  /* Prints the options {o} to {stderr}. */

void show_options(options_t *o)
  {
    fprintf(stderr, "-- command line arguments --------------------------------\n");
    fprintf(stderr, "maze dimensions = %d x %d\n", o->nx, o->ny);
    fprintf(stderr, "total cells = %d\n", o->nx * o->ny);
    char *topology_name[2] = { "open", "torus" };
    fprintf(stderr, "topology = %s\n", topology_name[o->torus]);
    fprintf(stderr, "seed = %d\n", o->seed);
    if (o->plot_cell_size > 0)
      { fprintf(stderr, "plot cell size = %.3f mm\n", o->plot_cell_size); }
    fprintf(stderr, "dump the graph = %c\n", "NY"[o->graph]);
    fprintf(stderr, "----------------------------------------------------------\n");
  }

void show_options(options_t *o)
  {
    fprintf(stderr, "-- command line arguments --------------------------------\n");
    fprintf(stderr, "maze dimensions = %d x %d\n", o->nx, o->ny);
    fprintf(stderr, "total cells = %d\n", o->nx * o->ny);
    char *topology_name[2] = { "open", "torus" };
    fprintf(stderr, "topology = %s\n", topology_name[o->torus]);
    fprintf(stderr, "seed = %d\n", o->seed);
    if (o->plot_cell_size > 0)
      { fprintf(stderr, "plot cell size = %.3f mm\n", o->plot_cell_size); }
    fprintf(stderr, "dump the graph = %c\n", "NY"[o->dump]);
    fprintf(stderr, "----------------------------------------------------------\n");
  }