Function EBNode_ComputeEdgeCosts

editor/ebnode.cpp:1291–1322

}

void EBNode_ComputeEdgeCosts(int sroom, int spnt, int eroom, int epnt) {
  int i, j;
  bool f_found = false;

  bn_list *snlist;
  snlist = BNode_GetBNListPtr(sroom);
  bn_list *enlist;
  enlist = BNode_GetBNListPtr(eroom);

  for (i = 0; i < snlist->nodes[spnt].num_edges; i++) {
    for (j = 0; j < enlist->nodes[epnt].num_edges; j++) {
      if ((snlist->nodes[spnt].edges[i].end_index == epnt && snlist->nodes[spnt].edges[i].end_room == eroom) &&
          (enlist->nodes[epnt].edges[j].end_index == spnt && enlist->nodes[epnt].edges[j].end_room == sroom)) {
        f_found = true;

        float cost = vm_VectorDistance(&snlist->nodes[spnt].pos, &enlist->nodes[epnt].pos);
        if (cost < 1.0f)
          cost = 1.0f;

        int16_t scost = (cost < 32767.0f) ? (int16_t)cost : (int16_t)32767;

        snlist->nodes[spnt].edges[i].cost = scost;
        enlist->nodes[epnt].edges[j].cost = scost;

        snlist->nodes[spnt].edges[i].max_rad = enlist->nodes[epnt].edges[j].max_rad =
            EBNode_DetermineMaxSizeForEdge(spnt, sroom, epnt, eroom);
      }
    }
  }

  ASSERT(f_found == true); // If you get this -- Get Chris!!!!!!!
}

void EBNode_Move(bool f_offset, int roomnum, int pnt, vector *pos) {
  bn_list *nlist;