private ReportInfo GetReportInfoFromRecordInfo(IFileRecordInfo recordInfo)
{
var session = _recordManager.LoadData(recordInfo.FullPath);
double GeMetricValue(IList <double> sequence, EMetric metric) =>
_frametimeStatisticProvider.GetFpsMetricValue(sequence, metric);
var frameTimes = session.Runs.SelectMany(r => r.CaptureData.MsBetweenPresents).ToList();
var recordTime = session.Runs.SelectMany(r => r.CaptureData.TimeInSeconds).Last();
var max = GeMetricValue(frameTimes, EMetric.Max);
var p99_quantile = GeMetricValue(frameTimes, EMetric.P99);
var p95_quantile = GeMetricValue(frameTimes, EMetric.P95);
var average = GeMetricValue(frameTimes, EMetric.Average);
var median = GeMetricValue(frameTimes, EMetric.Median);
var p0dot1_quantile = GeMetricValue(frameTimes, EMetric.P0dot1);
var p0dot2_quantile = GeMetricValue(frameTimes, EMetric.P0dot2);
var p1_quantile = GeMetricValue(frameTimes, EMetric.P1);
var p5_quantile = GeMetricValue(frameTimes, EMetric.P5);
var p1_averageLow = GeMetricValue(frameTimes, EMetric.OnePercentLow);
var p0dot1_averageLow = GeMetricValue(frameTimes, EMetric.ZerodotOnePercentLow);
var min = GeMetricValue(frameTimes, EMetric.Min);
var adaptiveStandardDeviation = GeMetricValue(frameTimes, EMetric.AdaptiveStd);
var cpuFpsPerWatt = _frametimeStatisticProvider
.GetPhysicalMetricValue(frameTimes, EMetric.CpuFpsPerWatt,
SensorReport.GetAverageCpuPower(session.Runs.Select(run => run.SensorData),
0, double.PositiveInfinity));
//var gpuFpsPerWatt = _frametimeStatisticProvider
// .GetPhysicalMetricValue(frameTimes, EMetric.GpuFpsPerWatt,
// SensorReport.GetAverageGpuPower(session.Runs.Select(run => run.SensorData),
// 0, double.PositiveInfinity));
var reportInfo = new ReportInfo()
{
Game = recordInfo.GameName,
Resolution = recordInfo.Resolution,
Date = recordInfo.CreationDate,
Time = recordInfo.CreationTime,
NumberOfSamples = frameTimes.Count,
RecordTime = Math.Round(recordTime, 2).ToString(),
Cpu = recordInfo.ProcessorName == null ? "" : recordInfo.ProcessorName.Trim(new Char[] { ' ', '"' }),
GraphicCard = recordInfo.GraphicCardName == null ? "" : recordInfo.GraphicCardName.Trim(new Char[] { ' ', '"' }),
Ram = recordInfo.SystemRamInfo == null ? "" : recordInfo.SystemRamInfo.Trim(new Char[] { ' ', '"' }),
MaxFps = max,
NinetyNinePercentQuantileFps = p99_quantile,
NinetyFivePercentQuantileFps = p95_quantile,
AverageFps = average,
MedianFps = median,
FivePercentQuantileFps = p5_quantile,
OnePercentQuantileFps = p1_quantile,
OnePercentLowAverageFps = p1_averageLow,
ZeroDotTwoPercentQuantileFps = p0dot2_quantile,
ZeroDotOnePercentQuantileFps = p0dot1_quantile,
ZeroDotOnePercentLowAverageFps = p0dot1_averageLow,
MinFps = min,
AdaptiveSTDFps = adaptiveStandardDeviation,
CpuFpsPerWatt = cpuFpsPerWatt,
//GpuFpsPerWatt = gpuFpsPerWatt,
CustomComment = recordInfo.Comment
};
return(reportInfo);
}
private void SetMetrics(ComparisonRecordInfoWrapper wrappedComparisonRecordInfo)
{
double startTime = FirstSeconds;
double lastFrameStart = wrappedComparisonRecordInfo.WrappedRecordInfo.Session.Runs.SelectMany(r => r.CaptureData.TimeInSeconds).Last();
double endTime = LastSeconds > lastFrameStart ? lastFrameStart : lastFrameStart + LastSeconds;
var frametimeTimeWindow = wrappedComparisonRecordInfo.WrappedRecordInfo.Session.GetFrametimeTimeWindow(startTime, endTime, _appConfiguration, ERemoveOutlierMethod.None);
double GeMetricValue(IList <double> sequence, EMetric metric) =>
_frametimeStatisticProvider.GetFpsMetricValue(sequence, metric);
if (SelectedFirstMetric == EMetric.CpuFpsPerWatt)
{
wrappedComparisonRecordInfo.WrappedRecordInfo.FirstMetric =
_frametimeStatisticProvider.GetPhysicalMetricValue(frametimeTimeWindow, EMetric.CpuFpsPerWatt,
SensorReport.GetAverageCpuPower(wrappedComparisonRecordInfo.WrappedRecordInfo.Session.Runs.Select(run => run.SensorData2),
startTime, endTime));
}
else if (SelectedFirstMetric == EMetric.GpuFpsPerWatt)
{
wrappedComparisonRecordInfo.WrappedRecordInfo.FirstMetric =
_frametimeStatisticProvider.GetPhysicalMetricValue(frametimeTimeWindow, EMetric.GpuFpsPerWatt,
SensorReport.GetAverageGpuPower(wrappedComparisonRecordInfo.WrappedRecordInfo.Session.Runs.Select(run => run.SensorData2),
startTime, endTime));
}
else
{
wrappedComparisonRecordInfo.WrappedRecordInfo.FirstMetric
= GeMetricValue(frametimeTimeWindow, SelectedFirstMetric);
}
if (SelectedSecondMetric == EMetric.CpuFpsPerWatt)
{
wrappedComparisonRecordInfo.WrappedRecordInfo.SecondMetric =
_frametimeStatisticProvider.GetPhysicalMetricValue(frametimeTimeWindow, EMetric.CpuFpsPerWatt,
SensorReport.GetAverageCpuPower(wrappedComparisonRecordInfo.WrappedRecordInfo.Session.Runs.Select(run => run.SensorData2),
startTime, endTime));
}
else if (SelectedSecondMetric == EMetric.GpuFpsPerWatt)
{
wrappedComparisonRecordInfo.WrappedRecordInfo.SecondMetric =
_frametimeStatisticProvider.GetPhysicalMetricValue(frametimeTimeWindow, EMetric.GpuFpsPerWatt,
SensorReport.GetAverageGpuPower(wrappedComparisonRecordInfo.WrappedRecordInfo.Session.Runs.Select(run => run.SensorData2),
startTime, endTime));
}
else
{
wrappedComparisonRecordInfo.WrappedRecordInfo.SecondMetric
= GeMetricValue(frametimeTimeWindow, SelectedSecondMetric);
}
if (SelectedThirdMetric == EMetric.CpuFpsPerWatt)
{
wrappedComparisonRecordInfo.WrappedRecordInfo.ThirdMetric =
_frametimeStatisticProvider.GetPhysicalMetricValue(frametimeTimeWindow, EMetric.CpuFpsPerWatt,
SensorReport.GetAverageCpuPower(wrappedComparisonRecordInfo.WrappedRecordInfo.Session.Runs.Select(run => run.SensorData2),
startTime, endTime));
}
else if (SelectedThirdMetric == EMetric.GpuFpsPerWatt)
{
wrappedComparisonRecordInfo.WrappedRecordInfo.ThirdMetric =
_frametimeStatisticProvider.GetPhysicalMetricValue(frametimeTimeWindow, EMetric.GpuFpsPerWatt,
SensorReport.GetAverageGpuPower(wrappedComparisonRecordInfo.WrappedRecordInfo.Session.Runs.Select(run => run.SensorData2),
startTime, endTime));
}
else
{
wrappedComparisonRecordInfo.WrappedRecordInfo.ThirdMetric
= GeMetricValue(frametimeTimeWindow, SelectedThirdMetric);
}
}