/// <summary>
/// total energy and delay for an expement: for a path.
/// this is true only for one source node. don't send the data from many sources.
/// </summary>
/// <returns></returns>
public static ExpermentResults GetEnergyDelayForAnExperment()
{
ExpermentResults re = new ExpermentResults();
SegmaManager sgManager = new SegmaManager();
List <string> Paths = new List <string>();
Sensor sink = PublicParamerters.SinkNode;
if (sink != null)
{
foreach (Datapacket pck in sink.PacketsList)
{
re.Delay += pck.Delay;
re.EnergyConsumtion += pck.UsedEnergy_Joule;
re.Hops += pck.Hops;
re.RoutingDistance += pck.RoutingDistance;
re.AverageTransDistrancePerHop += pck.AverageTransDistrancePerHop;
re.RoutingDistanceEfficiency += pck.RoutingDistanceEfficiency;
re.RoutingEfficiency += pck.RoutingEfficiency;
re.TransDistanceEfficiency += pck.TransDistanceEfficiency;
Paths.Add(pck.Path);
}
sgManager.Filter(Paths);
SegmaCollection collectionx = sgManager.GetCollection;
SegmaSource sigmasourc = collectionx.GetSourcesList[0];
sigmasourc.NumberofPacketsGeneratedByMe = sink.PacketsList.Count;
// add:
re.RelaysCount = sigmasourc.RelaysCount;
re.NumberOfPackets = sink.PacketsList.Count;
re.HopsPerRelay = sigmasourc.Mean;
re.PathsSpread = sigmasourc.PathsSpread;
}
return(re);
}
private void btn_other_Menu(object sender, RoutedEventArgs e)
{
MenuItem item = sender as MenuItem;
string Header = item.Header.ToString();
switch (Header)
{
//
case "_Show Dead Node":
{
if (myNetWork.Count > 0)
{
if (PublicParamerters.DeadNodeList.Count > 0)
{
UiNetworkLifetimeReport xx = new UiNetworkLifetimeReport();
xx.Title = "LoadBalanceProject Lifetime report";
xx.dg_grid.ItemsSource = PublicParamerters.DeadNodeList;
xx.Show();
}
else
{
MessageBox.Show("No Dead node.");
}
}
else
{
MessageBox.Show("No Network is selected.");
}
}
break;
case "_Show Resultes":
{
if (myNetWork.Count > 0)
{
ExpReport xx = new ExpReport(this);
xx.Show();
}
}
break;
case "_Draw Tree":
break;
case "_Print Info":
UIshowSensorsLocations uIlocations = new UIshowSensorsLocations(myNetWork);
uIlocations.Show();
break;
case "_Entir Network Routing Log":
UiRoutingDetailsLong routingLogs = new ui.UiRoutingDetailsLong(myNetWork);
routingLogs.Show();
break;
case "_Log For Each Sensor":
break;
//_Relatives:
case "_Node Forwarding Probability Distributions":
{
UiShowLists windsow = new UiShowLists();
windsow.Title = "Forwarding Probability Distributions For Each Node";
foreach (Sensor source in myNetWork)
{
if (source.MyForwardersShortedList.Count > 0)
{
ListControl List = new conts.ListControl();
List.lbl_title.Content = "Node:" + source.ID;
List.dg_date.ItemsSource = source.MyForwardersShortedList;
windsow.stack_items.Children.Add(List);
}
}
windsow.Show();
break;
}
//
case "_Expermental Results":
UIExpermentResults xxxiu = new UIExpermentResults();
xxxiu.Show();
break;
case "_Probability Matrix":
{
UiShowLists windsow = new UiShowLists();
windsow.Title = "Matrix";
AdjecentMatrix mat = new AdjecentMatrix();
List <DataTable> Tables = mat.ConvertToTable(myNetWork);
foreach (DataTable table in Tables)
{
ListControl List = new conts.ListControl();
List.lbl_title.Content = table.TableName;
List.dg_date.ItemsSource = table.DefaultView;
windsow.stack_items.Children.Add(List);
}
windsow.Show();
}
break;
//
case "_Packets Paths":
UiRecievedPackertsBySink packsInsinkList = new UiRecievedPackertsBySink();
packsInsinkList.Show();
break;
//
case "_Random Numbers":
List <KeyValuePair <int, double> > rands = new List <KeyValuePair <int, double> >();
int index = 0;
foreach (Sensor sen in myNetWork)
{
foreach (SensorRoutingLog log in sen.Logs)
{
if (log.IsSend)
{
index++;
rands.Add(new KeyValuePair <int, double>(index, log.ForwardingRandomNumber));
}
}
}
UiRandomNumberGeneration wndsow = new ui.UiRandomNumberGeneration();
wndsow.chart_x.DataContext = rands;
wndsow.Show();
break;
case "_Nodes Load":
{
SegmaManager sgManager = new SegmaManager();
Sensor sink = PublicParamerters.SinkNode;
List <string> Paths = new List <string>();
if (sink != null)
{
foreach (Datapacket pck in sink.PacketsList)
{
Paths.Add(pck.Path);
}
}
sgManager.Filter(Paths);
UiShowLists windsow = new UiShowLists();
windsow.Title = "Nodes Load";
SegmaCollection collectionx = sgManager.GetCollection;
foreach (SegmaSource source in collectionx.GetSourcesList)
{
source.NumberofPacketsGeneratedByMe = myNetWork[source.SourceID].NumberofPacketsGeneratedByMe;
ListControl List = new conts.ListControl();
List.lbl_title.Content = "Source:" + source.SourceID + " Pks:" + source.NumberofPacketsGeneratedByMe + " Relays:" + source.RelaysCount + " Hops:" + source.HopsSum + " Mean:" + source.Mean + " Variance:" + source.Veriance + " E:" + source.PathsSpread;
List.dg_date.ItemsSource = source.GetRelayNodes;
windsow.stack_items.Children.Add(List);
}
windsow.Show();
break;
}
//_Distintc Paths
case "_Distintc Paths":
{
UiShowLists windsow = new UiShowLists();
windsow.Title = "Distinct Paths for each Source";
DisPathConter dip = new DisPathConter();
List <ClassfyPathsPerSource> classfy = dip.ClassyfyDistinctPathsPerSources();
foreach (ClassfyPathsPerSource source in classfy)
{
ListControl List = new conts.ListControl();
List.lbl_title.Content = "Source:" + source.SourceID;
List.dg_date.ItemsSource = source.DistinctPathsForThisSource;
windsow.stack_items.Children.Add(List);
}
windsow.Show();
break;
}
}
}
