/// <summary>
/// Time per frame (TPF) of the unit
/// </summary>
public TimeSpan GetFrameTime(PPDCalculation ppdCalculation)
{
int rawTime = GetRawTime(ppdCalculation);
if (rawTime != 0)
{
return(TimeSpan.FromSeconds(rawTime));
}
var benchmark = SlotModel.Client.BenchmarkService.GetBenchmark(SlotModel.SlotIdentifier, BenchmarkIdentifier);
return(benchmark?.AverageFrameTime ?? TimeSpan.Zero);
}
/// <summary>
/// Frame Time per section based on current PPD calculation setting (readonly)
/// </summary>
public int GetRawTime(PPDCalculation ppdCalculation)
{
switch (ppdCalculation)
{
case PPDCalculation.LastFrame:
return(WorkUnit.FramesObserved > 1 ? Convert.ToInt32(WorkUnit.CurrentFrame.Duration.TotalSeconds) : 0);
case PPDCalculation.LastThreeFrames:
return(WorkUnit.FramesObserved > 3 ? GetDurationInSeconds(3) : 0);
case PPDCalculation.AllFrames:
return(WorkUnit.FramesObserved > 0 ? GetDurationInSeconds(WorkUnit.FramesObserved) : 0);
case PPDCalculation.EffectiveRate:
return(GetRawTimePerUnitDownload());
}
return(0);
}
public void ShowProductionTrace(ILogger logger, string slotName, SlotStatus status, PPDCalculation ppdCalculation, BonusCalculation bonusCalculation)
{
// test the level
if (!logger.IsDebugEnabled)
{
return;
}
if (ProteinIsUnknown(CurrentProtein))
{
logger.Debug(String.Format(Logger.NameFormat, slotName, "Protein is unknown... 0 PPD."));
return;
}
switch (bonusCalculation)
{
case BonusCalculation.DownloadTime:
logger.Debug(String.Format(Logger.NameFormat, slotName,
status == SlotStatus.RunningNoFrameTimes
? "Calculate Bonus PPD by Frame Time."
: "Calculate Bonus PPD by Download Time."));
break;
case BonusCalculation.FrameTime:
logger.Debug(String.Format(Logger.NameFormat, slotName, "Calculate Bonus PPD by Frame Time."));
break;
default:
logger.Debug(String.Format(Logger.NameFormat, slotName, "Calculate Standard PPD."));
break;
}
TimeSpan frameTime = GetFrameTime(ppdCalculation);
var noBonus = CurrentProtein.GetProteinProduction(frameTime, TimeSpan.Zero);
TimeSpan unitTimeByDownloadTime = GetUnitTimeByDownloadTime(frameTime);
var bonusByDownload = CurrentProtein.GetProteinProduction(frameTime, unitTimeByDownloadTime);
TimeSpan unitTimeByFrameTime = GetUnitTimeByFrameTime(frameTime);
var bonusByFrame = CurrentProtein.GetProteinProduction(frameTime, unitTimeByFrameTime);
logger.Debug(CreateProductionDebugOutput(WorkUnit.ToShortProjectString(), frameTime, CurrentProtein, noBonus,
unitTimeByDownloadTime, bonusByDownload,
unitTimeByFrameTime, bonusByFrame));
}
/// <summary>
/// Estimated time of arrival (ETA) for this unit
/// </summary>
public DateTime GetEtaDate(PPDCalculation ppdCalculation)
{
return(WorkUnit.UnitRetrievalTime.Add(GetEta(ppdCalculation)));
}
/// <summary>
/// Estimated time of arrival (ETA) for this unit
/// </summary>
public TimeSpan GetEta(PPDCalculation ppdCalculation)
{
return(GetEta(GetFrameTime(ppdCalculation)));
}
/// <summary>
/// Points per day (PPD) rating for this unit
/// </summary>
public double GetPPD(SlotStatus status, PPDCalculation ppdCalculation, BonusCalculation calculateBonus)
{
TimeSpan frameTime = GetFrameTime(ppdCalculation);
return(GetPPD(frameTime, GetUnitTimeByDownloadTime(frameTime), GetUnitTimeByFrameTime(frameTime), status, calculateBonus));
}
/// <summary>
/// Units per day (UPD) rating for this unit
/// </summary>
public double GetUPD(PPDCalculation ppdCalculation)
{
return(ProductionCalculator.GetUPD(GetFrameTime(ppdCalculation), CurrentProtein.Frames));
}
public bool IsUsingBenchmarkFrameTime(PPDCalculation ppdCalculation)
{
return(GetRawTime(ppdCalculation) == 0);
}
