public void outputNodes() {
for (Map.Entry<MobileNetID, MobileNetLayer> e : NodeList.entrySet()) {
MobileNode n = (MobileNode) e.getValue().getNetPosition();
double x = n.getXPos();
double y = n.getYPos();
if (x == 0.8151173344625606D) log.debug(e.getKey() + ";" + x + ";" + y);
}
}
/**
* Execute the method "moveNode" for all nodes which are present in this network. If the node has
* moved out of this quadrant, add it to a list and return it to the manager.
*
* @param last_changed : Time to calculate the distance for. Current time minus the last update
* time
* @return LinkedList: List with all the nodes, which have been moved out of the array and were
* already deleted.
*/
public LinkedList<MobileNetLayer> updateMovement() {
LinkedList<MobileNetLayer> l = new LinkedList<MobileNetLayer>();
for (Map.Entry<MobileNetID, MobileNetLayer> e : NodeList.entrySet()) {
MobileNetLayer elem = e.getValue();
MobileNode n = (MobileNode) e.getValue().getNetPosition();
double x = n.getXPos();
double y = n.getYPos();
n.updateMovement();
// If the node moved out of my quadrant, add it to the returned List
// and remove it from my list
if ((x != n.getXPos()) || (y != n.getYPos())) {
l.add(elem);
}
}
this.deleteNode(l);
return l;
}