void healthMonitor_ReportSampledData(object sender, SimpleEventArgs <SampleData> e)
{
try
{
if (e.Result is QualityData)
{
QualityData data = (QualityData)e.Result;
if (data.IsSnapshot)
{
ReportSnapshotData(data);
}
else
{
ReportQualityData(data);
}
}
else if (e.Result is DownloadErrorAggregatedData)
{
ReportDownloadErrorData((DownloadErrorAggregatedData)e.Result);
}
}
catch (Exception ex)
{
LoggingService.Current.BroadcastException(ex);
}
}
public static void LoadSettings()
{
if (File.Exists(PATH))
{
using (StreamReader reader = File.OpenText(PATH))
{
string jsonString = reader.ReadToEnd();
DATA = JsonUtility.FromJson <QualityData>(jsonString);
Debug.Log(PATH + " loaded successfully.");
}
}
else
{
Debug.Log(PATH + " not found, using default quality settings...");
switch (Graphics.activeTier)
{
case UnityEngine.Rendering.GraphicsTier.Tier1: DATA.SHADER_GRAPHICS_TIER = 1; break;
case UnityEngine.Rendering.GraphicsTier.Tier2: DATA.SHADER_GRAPHICS_TIER = 2; break;
case UnityEngine.Rendering.GraphicsTier.Tier3: DATA.SHADER_GRAPHICS_TIER = 3; break;
}
SaveSettings();
}
ApplySettings();
}
/// <summary>
/// Compute static BCT
/// </summary>
public static double ComputeStaticBCT(
double length, double width, double height
, string cardboardId, string caseType
, FormulaType mcKeeFormulaType)
{
if (!McKeeFormula.CardboardQualityDictionary.ContainsKey(cardboardId))
{
throw new Exception(Exception.ErrorType.ERROR_INVALIDCARDBOARD, cardboardId);
}
QualityData qualityData = McKeeFormula.CardboardQualityDictionary[cardboardId];
if (!McKeeFormula.CaseTypeDictionary.ContainsKey(caseType))
{
throw new Exception(Exception.ErrorType.ERROR_INVALIDCASETYPE, caseType);
}
double caseTypeCoef = McKeeFormula.CaseTypeDictionary[caseType];
switch (mcKeeFormulaType)
{
case FormulaType.MCKEE_CLASSIC:
return(McKeeFormula.ComputeBCT_ECT(length, width, qualityData.Thickness, qualityData.ECT) * caseTypeCoef);
case FormulaType.MCKEE_IMPROVED:
return(McKeeFormula.ComputeBCT_Stiffness(length, width, height,
qualityData.Thickness, qualityData.RigidityDX, qualityData.RigidityDY,
qualityData.ECT) * caseTypeCoef);
default:
throw new TreeDim.EdgeCrushTest.Exception(Exception.ErrorType.ERROR_INVALIDFORMULATYPE, string.Empty);
}
}
void ReportSnapshotData(QualityData data)
{
VideoQualitySnapshotLog qualityLog = new VideoQualitySnapshotLog();
PopulateQualityLog(data, qualityLog);
SendLog(qualityLog);
}
public QualityData(QualityData data)
{
_name = data._name;
_thickness = data._thickness;
_ECT = data._ECT;
_rigidityDX = data._rigidityDX;
_rigidityDY = data._rigidityDY;
}
public QualityData(QualityData data)
{
_name = data._name;
_thickness = data._thickness;
_ECT = data._ECT;
_rigidityDX = data._rigidityDX;
_rigidityDY = data._rigidityDY;
}
public void SetGlobalValues()
{
QualityData selectedQuality = currentQualities[qualitySettings.value];
textureQuality.value = selectedQuality.textureQuality;
antialiasing.value = (int)selectedQuality.antialiasingValues;
anisotropicTextures.value = selectedQuality.anisotropic;
vsync.value = selectedQuality.vsync;
}
private void OnWizardUpdate()
{
if (data == null)
{
if (QualityManager.DATA == null)
{
Debug.LogWarning("Initializing QualityManager...");
QualityManager.LoadSettings();
}
data = QualityManager.DATA;
}
}
public static QualityData Parse(XmlNode qualityDataNode)
{
var downlinkQualityNode = qualityDataNode.SelectSingleNodeThrowIfNull("downlinkQuality");
var rawDataAnalysisQualityNode = qualityDataNode.SelectSingleNodeThrowIfNull("rawDataAnalysisQuality");
var dopplerCentroidQualityNode = qualityDataNode.SelectSingleNodeThrowIfNull("dopplerCentroidQuality");
var imageQualityNode = qualityDataNode.SelectSingleNodeThrowIfNull("imageQuality");
var data = new QualityData();
data.AzimuthTime = DateTimeOffset.Parse(qualityDataNode.SelectSingleNodeThrowIfNull("azimuthTime").InnerText);
data.DownlinkQuality = new DownlinkQuality();
data.DownlinkQuality.IInputDataMean = double.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("iInputDataMean").InnerText);
data.DownlinkQuality.QInputDataMean = double.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("qInputDataMean").InnerText);
data.DownlinkQuality.InputDataMeanOutsideNorminalRange = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("inputDataMeanOutsideNominalRangeFlag").InnerText);
data.DownlinkQuality.IInputDataStdDev = double.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("iInputDataStdDev").InnerText);
data.DownlinkQuality.QInputDataStdDev = double.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("qInputDataStdDev").InnerText);
data.DownlinkQuality.InputDataStDevOutsideNominalRange = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("inputDataStDevOutsideNominalRangeFlag").InnerText);
data.DownlinkQuality.DownlinkInputDataGaps = int.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("numDownlinkInputDataGaps").InnerText);
data.DownlinkQuality.DownlinkGapsInInputDataSignificant = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("downlinkGapsInInputDataSignificantFlag").InnerText);
data.DownlinkQuality.DownlinkInputMissingLines = int.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("numDownlinkInputMissingLines").InnerText);
data.DownlinkQuality.DownlinkMissingLinesSignificant = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("downlinkMissingLinesSignificantFlag").InnerText);
data.DownlinkQuality.InstrumentInputDataGaps = int.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("numInstrumentInputDataGaps").InnerText);
data.DownlinkQuality.InstrumentGapsInInputDataSignificant = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("instrumentGapsInInputDataSignificantFlag").InnerText);
data.DownlinkQuality.InstrumentInputMissingLines = int.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("numInstrumentInputMissingLines").InnerText);
data.DownlinkQuality.InstrumentMissingLinesSignificant = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("instrumentMissingLinesSignificantFlag").InnerText);
data.DownlinkQuality.SsbErrorInputDataGaps = int.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("numSsbErrorInputDataGaps").InnerText);
data.DownlinkQuality.SsbErrorGapsInInputDataSignificant = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("ssbErrorGapsInInputDataSignificantFlag").InnerText);
data.DownlinkQuality.SsbErrorInputMissingLines = int.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("numSsbErrorInputMissingLines").InnerText);
data.DownlinkQuality.SsbErrorMissingLinesSignificant = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("ssbErrorMissingLinesSignificantFlag").InnerText);
data.DownlinkQuality.ChirpSourceUsed = (ChirpSourceType)Enum.Parse(typeof(ChirpSourceType), downlinkQualityNode.SelectSingleNodeThrowIfNull("chirpSourceUsed").InnerText);
data.DownlinkQuality.PgSourceUsed = (PgSourceType)Enum.Parse(typeof(PgSourceType), downlinkQualityNode.SelectSingleNodeThrowIfNull("pgSourceUsed").InnerText);
data.DownlinkQuality.RrfSpectrumUsed = (RrfSpectrumType)Enum.Parse(typeof(RrfSpectrumType), downlinkQualityNode.SelectSingleNodeThrowIfNull("rrfSpectrumUsed").InnerText.RemoveWhitespaces());
data.DownlinkQuality.ReplicaReconstructionFailed = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("replicaReconstructionFailedFlag").InnerText);
data.DownlinkQuality.MeanPgProductAmplitude = double.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("meanPgProductAmplitude").InnerText);
data.DownlinkQuality.StdDevPgProductAmplitude = double.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("stdDevPgProductAmplitude").InnerText);
data.DownlinkQuality.MeanPgProductPhase = double.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("meanPgProductPhase").InnerText);
data.DownlinkQuality.StdDevPgProductPhase = double.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("stdDevPgProductPhase").InnerText);
data.DownlinkQuality.PgProductDerivationFailed = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("pgProductDerivationFailedFlag").InnerText);
data.DownlinkQuality.InvalidDownlinkParams = bool.Parse(downlinkQualityNode.SelectSingleNodeThrowIfNull("invalidDownlinkParamsFlag").InnerText);
data.RawDataAnalysisQuality = new RawDataAnalysisQuality();
data.RawDataAnalysisQuality.IBias = double.Parse(rawDataAnalysisQualityNode.SelectSingleNodeThrowIfNull("iBias").InnerText);
data.RawDataAnalysisQuality.IBiasSignificance = bool.Parse(rawDataAnalysisQualityNode.SelectSingleNodeThrowIfNull("iBiasSignificanceFlag").InnerText);
data.RawDataAnalysisQuality.QBias = double.Parse(rawDataAnalysisQualityNode.SelectSingleNodeThrowIfNull("qBias").InnerText);
data.RawDataAnalysisQuality.QBiasSignificance = bool.Parse(rawDataAnalysisQualityNode.SelectSingleNodeThrowIfNull("qBiasSignificanceFlag").InnerText);
data.RawDataAnalysisQuality.IQGainImbalance = double.Parse(rawDataAnalysisQualityNode.SelectSingleNodeThrowIfNull("iqGainImbalance").InnerText);
data.RawDataAnalysisQuality.IQGainSignificance = bool.Parse(rawDataAnalysisQualityNode.SelectSingleNodeThrowIfNull("iqGainSignificanceFlag").InnerText);
data.RawDataAnalysisQuality.IqQuadratureDeparture = double.Parse(rawDataAnalysisQualityNode.SelectSingleNodeThrowIfNull("iqQuadratureDeparture").InnerText);
data.RawDataAnalysisQuality.IqQuadratureDepartureSignificance = bool.Parse(rawDataAnalysisQualityNode.SelectSingleNodeThrowIfNull("iqQuadratureDepartureSignificanceFlag").InnerText);
data.DopplerCentroidQuality = new DopplerCentroidQuality();
data.DopplerCentroidQuality.DcMethod = (DcMethodType)Enum.Parse(typeof(DcMethodType), dopplerCentroidQualityNode.SelectSingleNodeThrowIfNull("dcMethod").InnerText.RemoveWhitespaces());
data.DopplerCentroidQuality.DopplerCentroidUncertain = bool.Parse(dopplerCentroidQualityNode.SelectSingleNodeThrowIfNull("dopplerCentroidUncertainFlag").InnerText);
data.ImageQuality = new ImageQuality();
data.ImageQuality.ImageStatistics = new ImageQualityStatistics();
data.ImageQuality.ImageStatistics.OutputDataMeanRe = double.Parse(imageQualityNode.SelectSingleNodeThrowIfNull("imageStatistics/outputDataMean/re").InnerText);
data.ImageQuality.ImageStatistics.OutputDataMeanIm = double.Parse(imageQualityNode.SelectSingleNodeThrowIfNull("imageStatistics/outputDataMean/im").InnerText);
data.ImageQuality.ImageStatistics.OutputDataStdDevRe = double.Parse(imageQualityNode.SelectSingleNodeThrowIfNull("imageStatistics/outputDataStdDev/re").InnerText);
data.ImageQuality.ImageStatistics.OutputDataStdDevIm = double.Parse(imageQualityNode.SelectSingleNodeThrowIfNull("imageStatistics/outputDataStdDev/im").InnerText);
data.ImageQuality.OutputDataMeanOutsideNominalRange = bool.Parse(imageQualityNode.SelectSingleNodeThrowIfNull("outputDataMeanOutsideNominalRangeFlag").InnerText);
data.ImageQuality.OutputDataStDevOutsideNominalRange = bool.Parse(imageQualityNode.SelectSingleNodeThrowIfNull("outputDataStDevOutsideNominalRangeFlag").InnerText);
return(data);
}
private void PopulateQualityLog(QualityData data, VideoQualityBaseLog qualityLog)
{
PopulateVideoEventLog(qualityLog);
qualityLog.VideoUrl = data.CurrentStreamUrl;
qualityLog.EdgeIP = healthMonitor.EdgeServer;
qualityLog.ClientIP = healthMonitor.ClientIP;
qualityLog.MediaElementId = data.MediaElementId;
qualityLog.SamplingFrequencySeconds = data.SampleSizeMilliseconds / 1000;
qualityLog.IsLive = data.IsLive;
qualityLog.TotalElapsedTime = healthMonitor.VideoSessionTotalTime.TotalSeconds;
if (data.Bitrate.HasValue)
{
qualityLog.BitRate = Convert.ToInt32(data.Bitrate.Value);
}
if (data.BitrateChangeCount.HasValue)
{
qualityLog.BitRateChangeCount = data.BitrateChangeCount.Value;
}
if (data.BitrateMax.HasValue)
{
qualityLog.MaxBitRate = data.BitrateMax.Value;
}
if (data.BitrateMaxMilliseconds.HasValue)
{
qualityLog.MaxBitRateMilliseconds = Convert.ToInt32(data.BitrateMaxMilliseconds.Value);
}
if (data.BufferingMilliseconds.HasValue)
{
qualityLog.BufferingMilliseconds = Convert.ToInt32(data.BufferingMilliseconds.Value);
}
if (data.ProcessCpuLoad.HasValue)
{
qualityLog.ProcessCPULoad = Convert.ToInt16(data.ProcessCpuLoad.Value);
}
if (data.SystemCpuLoad.HasValue)
{
qualityLog.SystemCPULoad = Convert.ToInt16(data.SystemCpuLoad.Value);
}
if (data.DroppedFrames.HasValue)
{
qualityLog.DroppedFrames = Convert.ToInt16(data.DroppedFrames.Value);
}
if (data.RenderedFrames.HasValue)
{
qualityLog.RenderedFrames = Convert.ToInt16(data.RenderedFrames.Value);
}
if (data.HttpErrorCount.HasValue)
{
qualityLog.HttpErrorCount = data.HttpErrorCount.Value;
}
if (data.AudioBufferSize.HasValue)
{
qualityLog.AudioBufferSize = Convert.ToInt32(data.AudioBufferSize.Value);
}
if (data.VideoBufferSize.HasValue)
{
qualityLog.VideoBufferSize = Convert.ToInt32(data.VideoBufferSize.Value);
}
if (data.PerceivedBandwidth.HasValue)
{
qualityLog.PerceivedBandwidth = Convert.ToInt64(data.PerceivedBandwidth.Value);
}
if (data.DvrOperationCount.HasValue)
{
qualityLog.DVRUseCount = Convert.ToInt32(data.DvrOperationCount.Value);
}
if (data.FullScreenChangeCount.HasValue)
{
qualityLog.FullScreenChangeCount = data.FullScreenChangeCount.Value;
}
if (data.VideoDownloadLatencyMilliseconds.HasValue)
{
if (!Double.IsInfinity(data.VideoDownloadLatencyMilliseconds.Value))
{
qualityLog.VideoDownloadLatencyMilliseconds = Convert.ToInt32(data.VideoDownloadLatencyMilliseconds.Value);
}
}
if (data.AudioDownloadLatencyMilliseconds.HasValue)
{
if (!Double.IsInfinity(data.AudioDownloadLatencyMilliseconds.Value))
{
qualityLog.AudioDownloadLatencyMilliseconds = Convert.ToInt32(data.AudioDownloadLatencyMilliseconds.Value);
}
}
//qualityLog.Data[VideoLogAttributes.CDNBlocked] = healthMonitor.AnonymousProxy;
}
