C++ (Cpp) Zoltan_Print_Obj_List Examples

Example #1

File: rcb_util.c Project: askhl/octopus-dfrt2

/*
** For debugging purposes, print out the RCB structure
**   Indicate how many objects you want printed out, -1 for all.
*/
void Zoltan_RCB_Print_Structure(ZZ *zz, int howMany)
{
  int num_obj, i, len;
  RCB_STRUCT *rcb;
  struct Dot_Struct dot;
  struct rcb_tree r;
  struct rcb_box *b;
  int printed = 0;

  rcb = (RCB_STRUCT *)zz->LB.Data_Structure;
  num_obj = Zoltan_Print_Obj_List(zz, rcb->Global_IDs, rcb->Local_IDs, 
    0, NULL, NULL, howMany);

  for (i=0; rcb->Dots && (i<num_obj); i++){
    dot = rcb->Dots[i];
    printf("(Dots %d) (%6.4lf %6.4lf %6.4lf) (%6.4lf %6.4lf %6.4lf %6.4lf) proc %d, part %d, new part %dn",
     i, dot.X[0], dot.X[1], dot.X[2], 
     dot.Weight[0], dot.Weight[1], dot.Weight[2], dot.Weight[3],
     dot.Proc, dot.Input_Part, dot.Part);
    printed = 1;
  }
  if (!printed){
    printf("Dots: NULL\n");
  }

  len = zz->LB.Num_Global_Parts;
  printed = 0;

  for (i=0; rcb->Tree_Ptr && (i<len); i++){
    r = rcb->Tree_Ptr[i];
    printf("(Tree %d) cut: %6.4lf, dim %d, up %d, left %d, right %d\n",
      i, r.cut, r.dim, r.parent, r.left_leaf, r.right_leaf);
    printed=1;
  }
  if (!printed){
    printf("Tree: NULL\n");
  }

  b = rcb->Box;
  if (b){
     printf("Box: (%6.4lf, %6.4lf) (%6.4lf, %6.4lf) (%6.4lf, %6.4lf)\n",
       b->lo[0], b->hi[0],
       b->lo[1], b->hi[1],
       b->lo[2], b->hi[2]);
  }
  else{
    printf("Box: NULL\n");
  }

  Zoltan_Print_Transformation(&(rcb->Tran));
}

Example #2

File: rib_util.c Project: haripandey/trilinos

void Zoltan_RIB_Print_Structure(ZZ *zz, int howMany)
{
  int num_obj, i, len;
  RIB_STRUCT *rib;
  struct Dot_Struct dot;
  struct rib_tree r;
  int printed = 0;

  rib = (RIB_STRUCT *)zz->LB.Data_Structure;
  num_obj = Zoltan_Print_Obj_List(zz, rib->Global_IDs, rib->Local_IDs,
    0, NULL, NULL, howMany);

  for (i=0; rib->Dots && (i<num_obj); i++){
    dot = rib->Dots[i];
    printf("(Dots %d) (%6.4f %6.4f %6.4f) (%6.4f %6.4f %6.4f %6.4f) proc %d, part %d, new part %dn",
     i, dot.X[0], dot.X[1], dot.X[2],
     dot.Weight[0], dot.Weight[1], dot.Weight[2], dot.Weight[3],
     dot.Proc, dot.Input_Part, dot.Part);
    printed = 1;
  }
  if (!printed){
    printf("Dots: NULL\n");
  }

  len = zz->LB.Num_Global_Parts;
  printed = 0;

  for (i=0; rib->Tree_Ptr && (i<len); i++){
    r = rib->Tree_Ptr[i];
    printf("(Tree %d) cm %6.4f %6.4f %6.4f, ev %6.4f %6.4f %6.4f, cut: %6.4f, up %d, left %d, right %d\n",
      i, 
      r.cm[0], r.cm[1], r.cm[2],
      r.ev[0], r.ev[1], r.ev[2],
      r.cut, r.parent, r.left_leaf, r.right_leaf);
    printed=1;
  }
  if (!printed){
    printf("Tree: NULL\n");
  }

  printf("Num_Geom: %d\n", rib->Num_Geom);

  Zoltan_Print_Transformation(&(rib->Tran));
}