public List <double> getDataRates()
{
int timeInterval = 60;
TimeSpan RecordingLength = getDurationOfRecording();
DateTime DataStartPoint = PacketStartTime;
DateTime DataEndPoint = PacketStartTime.AddSeconds(timeInterval);
int seconds = (int)Math.Round(RecordingLength.TotalSeconds / timeInterval);
List <double> datarate = new List <double>();
for (int i = 0; i < seconds; i++)
{
DataStartPoint = DataStartPoint.AddSeconds(timeInterval);
DataEndPoint = DataEndPoint.AddSeconds(timeInterval);
Console.WriteLine(i);
int packets = 0;
for (int j = 0; j < ListOfPackets.Count; j++)
{
TimeSpan a = ListOfPackets[j].Time.Subtract(DataStartPoint);
TimeSpan b = DataEndPoint.Subtract(ListOfPackets[j].Time);
if (ListOfPackets[j].Time.Subtract(DataStartPoint).TotalSeconds <= timeInterval && DataEndPoint.Subtract(ListOfPackets[j].Time).TotalSeconds <= timeInterval)
{
packets += ListOfPackets[j].getNumberOfBytes();
}
}
datarate.Add(packets);
}
return(datarate);
}
public void AddInputEvent(int tickAck, float deltaTime)
{
if (ci.inputEvents.Count == 0)
{
PacketStartTime.StartStopWatch();
}
SetInput();
InputEvent newInputEvent = new InputEvent(tickAck, deltaTime, pressedKeys, zAngle, mouseDown);
ci.AddEvent(newInputEvent);
}
private void ClientTick()
{
ci = AIInputHandler.GetClientInput();
if (ci.inputEvents.Count > 0)
{
// Network Tick
NetworkTick.tickSeq++;
ci.UpdateStatistics(NetworkTick.tickSeq, statisticsModule.tickAck, statisticsModule.GetTimeSpentIdleInTicks());
Send(ClientPktSerializer.Serialize(ci));
statisticsModule.RecordSentPacket();
// Clear the list of events.
ci.inputEvents.Clear();
PacketStartTime.ResetStopWatch();
}
}
