WirelessChannel::WirelessChannel(void) : Channel(), numNodes_(0),
xListHead_(NULL), sorted_(0) {

  // Multi-channel Multi-interface
  for(int i = 0; i < 100; i++) {
    myList[i] = NULL;
  }

}

void
WirelessChannel::sendUp(Packet* p, Phy *tifp)
{

  ......

  if(!sorted_) {

  // sort list not implemented
  // sortLists();

  }
  ......

  affectedNodes = getAffectedNodes(mtnode, distCST_ + /* safety */ 5, &numAffectedNodes);

  for (i=0; i < numAffectedNodes; i++) {
    rnode = affectedNodes[i];

    if(rnode == tnode)
    continue;

    newp = p->copy();

    propdelay = get_pdelay(tnode, rnode);

    rifp = (rnode->ifhead()).lh_first;

    /*==============original================================
    for(; rifp; rifp = rifp->nextnode()){
      s.schedule(rifp, newp, propdelay);
    }
    ==============original================================*/

    //Multi-channel Multi-interface
    for(; rifp; rifp = rifp->nextnode()){
      // Only the right channel gets the copy
      if (rifp->channel() == this) {
        s.schedule(rifp, newp, propdelay);
        break;
      }
    }

  }
  delete [] affectedNodes;

  ......

}

void
WirelessChannel::addNodeToList(MobileNode *mn)
{

  // Multi-channel Multi-interface
  myList[numNodes_] = mn;

  ......

}

MobileNode **
WirelessChannel::getAffectedNodes(MobileNode *mn, double radius,
int *numAffectedNodes)
{

  ......

  /*==============original================================
  for(tmp = xListHead_; tmp != NULL; tmp = tmp->nextX_) tmpList[n++] = tmp;
  for(int i = 0; i < n; ++i)
  if(tmpList[i]->speed()!=0.0 && (Scheduler::instance().clock() -
  tmpList[i]->getUpdateTime()) > XLIST_POSITION_UPDATE_INTERVAL )
  tmpList[i]->update_position();
  n=0;

  for(tmp = mn; tmp != NULL && tmp->X() >= xmin; tmp=tmp->prevX_)
  if(tmp->Y() >= ymin && tmp->Y() <= ymax){
  tmpList[n++] = tmp;
  }
  for(tmp = mn->nextX_; tmp != NULL && tmp->X() <= xmax; tmp=tmp->nextX_){
  if(tmp->Y() >= ymin && tmp->Y() <= ymax){
  tmpList[n++] = tmp;
  }
  }
  ===========original==========================================*/

  //Multi-channel Multi-interface
  for(int i = 0; i < numNodes_; i++) {
    if(myList[i]->X() >= xmin && myList[i]->X() <= xmax && myList[i]->Y() >= ymin && myList[i]->Y() <= ymax) {
      tmpList[n++] = myList[i];
    }
  }

}