private void ProcessActions()
{
//process action should be considered in runtime performance
gameTurnSW.Start();
//Rotate the order the player actions are processed so there is no advantage given to
//any one player
for (int i = playerIDToProcessFirst;
i < pendingActions.CurrentActions.Length; i++)
{
pendingActions.CurrentActions[i].ProcessAction();
runtimeAverage.Add(pendingActions.CurrentActions[i].RuntimeAverage, i);
networkAverage.Add(pendingActions.CurrentActions[i].NetworkAverage, i);
}
for (int i = 0; i < playerIDToProcessFirst; i++)
{
pendingActions.CurrentActions[i].ProcessAction();
runtimeAverage.Add(pendingActions.CurrentActions[i].RuntimeAverage, i);
networkAverage.Add(pendingActions.CurrentActions[i].NetworkAverage, i);
}
playerIDToProcessFirst++;
if (playerIDToProcessFirst >= pendingActions.CurrentActions.Length)
{
playerIDToProcessFirst = 0;
}
//finished processing actions for this turn, stop the stopwatch
gameTurnSW.Stop();
}
public void GetAverageTest1()
{
RollingAverage target = new RollingAverage();
double expected = 2F;
double actual;
target.Add(1);
target.Add(2);
target.Add(3);
actual = target.GetAverage();
Assert.AreEqual(expected, actual);
}
/// <summary>
/// </summary>
/// <param name="Block"></param>
private void UpdateLatency(ManifestPendingDownloadBlock Download)
{
ulong Elapsed = TimeUtils.Ticks - Download.TimeStarted;
//Console.WriteLine("Recieved block {0} in {1} ms", Download.BlockIndex, Elapsed);
BlockRecieveLatency.Add(Elapsed);
AverageBlockSize.Add(Download.Size);
}
public void Add_N_Values_Returns_Average(double expectedaverage, params int[] sampleset)
{
var average = new RollingAverage(10);
foreach (int value in sampleset)
{
average.Add(value);
}
var result = average.CurrentAverage;
Assert.Equal(expectedaverage, result);
}
public void GetAverageTest3()
{
RollingAverage target = new RollingAverage(16);
double expected = 100F;
double actual;
for (int i = 0; i < 10000; i++)
{
target.Add(100F);
}
actual = target.GetAverage();
Assert.AreEqual(expected, actual);
}
private void ProcessActions()
{
//process action should be considered in runtime performance
_gameTurnSW.Start();
//Rotate the order the player actions are processed so there is no advantage given to
//any one player
// TODO : Consider fairness between players, rotating first action
foreach (KeyValuePair <int, Action> currentAction in _pendingActions.currentActions)
{
if (currentAction.Value != null)
{
currentAction.Value.ProcessAction();
_runtimeRollingAverage.Add(currentAction.Value.gameLagTime, currentAction.Key);
_networkRollingAverage.Add(currentAction.Value.networkLagTime, currentAction.Key);
}
}
//finished processing actions for this turn, stop the stopwatch
_gameTurnSW.Stop();
}
