/// <summary>
///
/// </summary>
public static void InstanceDisplay()
{
LiveStatstics.Dispatcher.Invoke((Action) delegate
{
LiveStatstics.lbl_Generated_Packets_Count.Content = GeneratedPacketsCount;
LiveStatstics.lbl_Delivered_Packets_Count.Content = DeleiverdPacketsList.Count;
LiveStatstics.lbl_Average_Success_Ratio.Content = DeleiverdPacketsRatio.ToString("0.00");
LiveStatstics.lbl_In_Queue_Packets.Content = InQueuePackets.ToString();
LiveStatstics.lbl_In_Queue_Packets_Ratio.Content = InQueuePacketsRatio.ToString("0.00");
LiveStatstics.lbl_average_queue_delay.Content = AverageQueuDelay.ToString("0.00");
LiveStatstics.lbl_average_waiting_times.Content = AverageWaitingTimes.ToString();
LiveStatstics.lbl_AveragePropagationDelay.Content = AveragePropagationgDelay.ToString("0.0000");
LiveStatstics.lbl_average_total_delay.Content = TotalDelay.ToString("0.000");
LiveStatstics.lbl_average_hops.Content = AverageHops.ToString("0.00");
LiveStatstics.lbl_average_routing_distance.Content = AverageRouitngDistance.ToString("0.00");
LiveStatstics.lbl_Dropped_Packets_Count.Content = DropedPacketsCount.ToString();
LiveStatstics.lbl_Dropped_Packets_Ratio.Content = DropedPacketsRatio.ToString("0.00");
LiveStatstics.lbl_redundant_pacekts_count.Content = SumCommunicationOverhead.ToString();
LiveStatstics.lbl_average_overhead_path.Content = AverageCommOverhead.ToString("0.00");
});
}
/// <summary>
/// print.
/// </summary>
public static List <ValParPair> PrintResults(MainWindow mainWindow)
{
if (mainWindow.MyVehicles.Count > 0)
{
if (mainWindow.MyRoadSegments.Count > 0)
{
List <ValParPair> res = new List <ValParPair>();
res.Add(new ValParPair {
Par = "Network Name", Val = Settings.Default.NetTopName
});
res.Add(new ValParPair {
Par = "Junctions Count", Val = mainWindow.MyJunctions.Count.ToString()
});
res.Add(new ValParPair {
Par = "Rows Count", Val = Settings.Default.Rows_net_top.ToString()
});
res.Add(new ValParPair {
Par = "Cols Count", Val = Settings.Default.Cols_net_top.ToString()
});
res.Add(new ValParPair {
Par = "Road Segments Count", Val = mainWindow.MyRoadSegments.Count.ToString()
});
res.Add(new ValParPair {
Par = "HLength(m)", Val = Settings.Default.HorizontalLength.ToString()
});
res.Add(new ValParPair {
Par = "VLength(m)", Val = Settings.Default.VerticalLength.ToString()
});
res.Add(new ValParPair {
Par = "Road-ways", Val = "2"
});
res.Add(new ValParPair {
Par = "Lanes", Val = mainWindow.MyRoadSegments[0].LanesCount.ToString()
});
res.Add(new ValParPair {
Par = "Number of Vehicles", Val = mainWindow.MyVehicles.Count.ToString()
});
res.Add(new ValParPair {
Par = "Average Speed(km/h)", Val = PublicParamerters.MeanSpeed.ToString()
});
res.Add(new ValParPair {
Par = "Max Speed(km/h)", Val = Settings.Default.MaxSpeed.ToString()
});
res.Add(new ValParPair {
Par = "Min Speed(km/h)", Val = Settings.Default.MinSpeed.ToString()
});
res.Add(new ValParPair {
Par = "Comm Range(m)", Val = Settings.Default.CommunicationRange.ToString()
});
res.Add(new ValParPair {
Par = "Packet Size", Val = PublicParamerters.DataPacketLength.ToString()
});
res.Add(new ValParPair {
Par = "Generated Packets Count", Val = GeneratedPacketsCount.ToString()
});
res.Add(new ValParPair {
Par = "Delivered Packets Count", Val = DeleiverdPacketsList.Count.ToString()
});
res.Add(new ValParPair {
Par = "Average Success Ratio(%)", Val = DeleiverdPacketsRatio.ToString("0.00")
});
res.Add(new ValParPair {
Par = "In Queue Packets", Val = InQueuePackets.ToString()
});
res.Add(new ValParPair {
Par = "In Queue Packets Ratio(%)", Val = InQueuePacketsRatio.ToString("0.00")
});
res.Add(new ValParPair {
Par = "Dropped Packets Count", Val = DropedPacketsCount.ToString()
});
res.Add(new ValParPair {
Par = "Dropped Packets Ratio(%)", Val = DropedPacketsRatio.ToString("0.00")
});
res.Add(new ValParPair {
Par = "Average Queue Delay (s)", Val = AverageQueuDelay.ToString("0.00")
});
res.Add(new ValParPair {
Par = "Average Store Times ", Val = AverageWaitingTimes.ToString()
});
res.Add(new ValParPair {
Par = "Average Propagation Delay (s)", Val = AveragePropagationgDelay.ToString("0.0000")
});
res.Add(new ValParPair {
Par = "Average Delay (s)", Val = TotalDelay.ToString("0.000")
});
res.Add(new ValParPair {
Par = "Average Hops", Val = AverageHops.ToString("0.00")
});
res.Add(new ValParPair {
Par = "Average Routing Distance(m)/path", Val = AverageRouitngDistance.ToString()
});
res.Add(new ValParPair {
Par = "Redundant Packets/total", Val = SumCommunicationOverhead.ToString()
});
res.Add(new ValParPair {
Par = "Average Com. Overhead/Path", Val = AverageCommOverhead.ToString("0.00")
});
res.Add(new ValParPair {
Par = "Max. Attemps", Val = Settings.Default.MaximumAttemps.ToString()
});
res.Add(new ValParPair {
Par = "Max. Store Time", Val = Settings.Default.MaxStoreTime.ToString()
});
res.Add(new ValParPair {
Par = "Distance Between Source and Destination (m) ", Val = Settings.Default.DistanceBetweenSourceAndDestination.ToString()
});
res.Add(new ValParPair {
Par = "Trafic Signaling (s) ", Val = Settings.Default.TraficSignalingTimerInterval.ToString()
});
res.Add(new ValParPair {
Par = "Transmission Rate(bps)", Val = PublicParamerters.TransmissionRate.ToString()
});
//
res.Add(new ValParPair {
Par = "Frontward Par", Val = Settings.Default.IntraVehiForwardDirectionPar.ToString()
});
res.Add(new ValParPair {
Par = "Backward Par ", Val = Settings.Default.IntraVehiBackwardDirectionPar.ToString()
});
res.Add(new ValParPair {
Par = "Connectivity Par", Val = Settings.Default.WeightConnectivity.ToString()
});
res.Add(new ValParPair {
Par = "Distance Par", Val = Settings.Default.WeightShortestDistance.ToString()
});
return(res);
}
}
return(null);
}