public void Init(StatisticsCollection collection, Core core)
{
mCore = core;
mCollection = collection;
foreach (var name in collection.StatisticsNames)
{
Series current = new Series(name, 100);
Series mean = new Series(name + " Mean", 100);
current.ChartType = SeriesChartType.Line;
mean.ChartType = SeriesChartType.Line;
sharedGraph.Series.Add(current);
sharedGraph.Series.Add(mean);
namesList.Items.Add(name);
ListViewItem row = new ListViewItem(name);
//row.SubItems.Add(name);
row.SubItems.Add("0");
row.SubItems.Add("0");
row.SubItems.Add("0");
row.SubItems.Add("0");
statsList.Items.Add(row);
mCurrentSeries.Add(name, current);
mMeanSeries.Add(name, mean);
mRows.Add(name, row);
}
}
protected override void PrintAgent()
{
base.PrintAgent();
if (!this.LogStatistics)
{
return;
}
var emotionalQuantityList = new StatisticsCollection
{
{ CONTROL_STAT_ID, this.testStatisticsAvg[CONTROL_STAT_ID] },
{ VALENCE_STAT_ID, this.testStatisticsAvg[VALENCE_STAT_ID] },
{ GOAL_REL_STAT_ID, this.testStatisticsAvg[GOAL_REL_STAT_ID] },
{ NOVELTY_STAT_ID, this.testStatisticsAvg[NOVELTY_STAT_ID] }
};
emotionalQuantityList.PrintAllQuantitiesToCSV(string.Format("{0}/Emotions/DimensionsAvg.csv", this.FilePath));
//emotionalQuantityList.Clear();
//foreach (var emotionLabel in this.emotionLabels)
// emotionalQuantityList.Add(emotionLabel, this.testStatisticsAvg[emotionLabel));
//StatisticsUtil.PrintAllQuantitiesToCSV(this.FilePath + "/Emotions/LabelsAvg.csv", emotionalQuantityList);
//StatisticsUtil.PrintAllQuantitiesCountToXLS(this.FilePath + "/Emotions/LabelsCountAvg.csv",
// emotionalQuantityList);
}
/// <summary>
/// Load the requested file/match
/// </summary>
/// <returns></returns>
public async Task Load(String Filename)
{
try
{
//Load the data
String XML = await Helpers.LocalStorage.Load(Filename);
//CompressedXML = "";
//Deserialize
TennisMatch StoredMatch = (TennisMatch)Helpers.Serializer.XMLDeserialize(XML, typeof(TennisMatch));
//Restore references
//Set it as the current match
Match = StoredMatch;
StatisticsCollection.SetSource(_Match);
}
catch (Exception)
{
ExtendedEventArgs eea = new ExtendedEventArgs();
eea.Error = "An error occured while loading the stored match";
OnFatalError(eea);
//throw new Exception();
}
}
public virtual void Dispose()
{
this.LogWriter?.Close();
this.testStatisticsAvg?.Dispose();
this.testStatisticsAvg = null;
this.FinalScores?.Dispose();
}
public static void PrintAllQuantitiesToImage(
this StatisticsCollection statisticalQuantities, string filePath,
ChartType chartType = ChartType.Line, ChartImageFormat imageFormat = ChartImageFormat.Png,
int width = 1024, int height = 768)
{
CreateAndPrintChart(statisticalQuantities, filePath, "Chart", chartType, width, height, imageFormat);
}
private static Dictionary <string, IEnumerable <DataErrorPoint> > CreateDataPointCollection(
StatisticsCollection statisticalQuantities)
{
var dictionary = new Dictionary <string, IEnumerable <DataErrorPoint> >();
foreach (var quantity in statisticalQuantities)
{
if (quantity.Value.Samples == null)
{
continue;
}
var samples = quantity.Value.Samples;
var dataPoints = new List <DataErrorPoint>();
for (var i = 0; i < quantity.Value.SampleCount; i++)
{
var sample = samples[i];
var data = new DataPoint(i, sample.Mean);
var error = new ScatterErrorPoint(i, sample.Mean, 0, sample.StandardError);
var point = new DataErrorPoint {
Data = data, Error = error
};
dataPoints.Add(point);
}
//only add >0 point series
if (dataPoints.Count > 0)
{
dictionary.Add(quantity.Key, dataPoints);
}
}
return(dictionary);
}
public QuantitiesForm(string title, string filePath, StatisticsCollection quantities)
{
InitializeComponent();
this._filePath = filePath;
this.Chart.Quantities = quantities;
this.Chart.Title = title;
}
public static PlotModel CreateChart(
this StatisticsCollection statisticalQuantities,
string chartName, ChartType chartType = ChartType.Line)
{
var data = CreateDataPointCollection(statisticalQuantities);
return(PlottingUtil.CreatePlotModel(data, chartName, chartType));
}
public ConditionTrigger(Core core, string name)
{
mCore = core;
mTickListener = new Action(mCoordinator_Tick);
#if DEBUG
StatisticsCollection.AddStatistics(mStatistics, name + " Trigger");
#endif
}
public MousePlugin()
{
PluginConfig cfg = new PluginConfig();
mTickListener = new Action(mCore_Tick);
#if DEBUG
StatisticsCollection.AddStatistics(mStatistics, "Mouse Plugin");
#endif
}
protected void PrintActionsStatistics()
{
//prints action info
var actionQuantitiesList = new StatisticsCollection();
actionQuantitiesList.AddRange(this.lastSimulation.Agent.Actions.Keys.ToDictionary(
actionID => actionID,
quantityName => this.testStatisticsAvg[quantityName]));
actionQuantitiesList.PrintAllQuantitiesToCSV($"{this.FilePath}/Behavior/ActionsAvg.csv");
actionQuantitiesList.PrintAllQuantitiesToImage($"{this.FilePath}/Behavior/ActionsAvg.png");
}
public KBMousePlugin()
{
PluginConfig cfg = new PluginConfig();
mEnabled = cfg.KeyboardEnabled;
mTickListener = new Action(mCoordinator_Tick);
#if DEBUG
StatisticsCollection.AddStatistics(mStatistics, Name);
#endif
}
/// <summary>
/// Initialise the fade transition, specifying how long the fade should last, in ms.
/// </summary>
/// <param name="transition">The transition this fade is part of.</param>
/// <param name="manager">The window this fade is to be drawn on.</param>
/// <param name="lengthMS">The length of time, in ms, the fade should last.</param>
public OpacityFadeWindowTransition(StateTransition transition, FrameOverlayManager manager, double lengthMS, bool fadeIn)
: base(transition, manager)
{
mLengthMS = lengthMS;
mFadeIn = fadeIn;
mTickListener = new Action(Coordinator_Tick);
Finished += new Action <IWindowTransition>(OpacityFadeWindowTransition_Finished);
#if DEBUG
StatisticsCollection.AddStatistics(mStatistics, transition.Name + " " + manager.Name);
#endif
}
public static void Init(ITickSource source)
{
if (!sTracking)
{
GetController();
source.Tick += new Action(source_Tick);
sTracking = true;
#if DEBUG
StatisticsCollection.AddStatistics(sStatistics, "GamepadManager");
#endif
}
}
private Task DecorateChart(StatisticsCollection stats, List <TimelineModel> timeline)
{
#region BarChart
foreach (var s in stats.data)
{
if (s.RegionName.Equals("Central Visayas"))
{
statisticsModel.DeceasedCount = s.DeceasedCount;
statisticsModel.CasesCount = s.CasesCount;
statisticsModel.RecoveredCount = s.RecoveredCount;
statisticsModel.RegionName = s.RegionName;
RaisePropertyChanged(() => StatisticsModel);
break;
}
}
for (int l = timeline.Count - 8; l < timeline.Count; l++)
{
LineConfirmed.Add(new Microcharts.Entry(timeline[l].Confirmed)
{
Color = SKColor.Parse(chartColors[l % 7]),
ValueLabel = timeline[l].Confirmed.ToString("#,#", CultureInfo.InvariantCulture),
Label = timeline[l].Date.Replace("-2020", string.Empty)
});
LineDiseased.Add(new Microcharts.Entry(timeline[l].Deaths)
{
Color = SKColor.Parse(chartColors[l % 7]),
ValueLabel = timeline[l].Deaths.ToString("#,#", CultureInfo.InvariantCulture),
Label = timeline[l].Date.Replace("-2020", string.Empty)
});
LineRecovered.Add(new Microcharts.Entry(timeline[l].Recovered)
{
Color = SKColor.Parse(chartColors[l % 7]),
ValueLabel = timeline[l].Recovered.ToString("#,#", CultureInfo.InvariantCulture),
Label = timeline[l].Date.Replace("-2020", string.Empty)
});
}
DailyUpdateChart = new BarChart()
{
Entries = LineConfirmed,
LabelTextSize = 40,
BackgroundColor = SKColors.Transparent
};
#endregion
return(Task.CompletedTask);
}
protected virtual StatisticsCollection GetFitnessQuantityList()
{
var cumulativeFitnessAvgList = new StatisticsCollection();
foreach (var testParameters in this)
{
var testMeasure = this[testParameters];
if ((testMeasure.Quantity != null) &&
!cumulativeFitnessAvgList.ContainsKey(testMeasure.ToString()))
{
cumulativeFitnessAvgList.Add(testMeasure.ToString(), testMeasure.Quantity);
}
}
return(cumulativeFitnessAvgList);
}
public static void Main(string[] args)
{
var baseFilter = new HotslogsFilter
{
Mode = (GameMode)Enum.Parse(typeof(GameMode), Settings.Default.BaseWinrateGameMode),
LookbackDays = Settings.Default.BaseWinrateNumberOfDays > 0 ? Settings.Default.BaseWinrateNumberOfDays : (int?)null
};
var adjFilter = new HotslogsFilter
{
Mode = (GameMode)Enum.Parse(typeof(GameMode), Settings.Default.AdjustmentsGameMode),
LookbackDays = Settings.Default.AdjustmentsNumberOfDays > 0 ? Settings.Default.AdjustmentsNumberOfDays : (int?)null
};
var stats = StatisticsCollection.FromHotslogsExport(Settings.Default.HotsLogsExportPath, baseFilter, adjFilter);
stats.SerializeToFile(Settings.Default.ExtractDestinationPath);
}
protected void PrintEmotionDimensions(string filePath)
{
if (File.Exists(filePath))
{
File.Delete(filePath);
}
var allDimensions = new StatisticsCollection();
allDimensions.Add(this.emotionalSTM.Mood.Id, this.emotionalSTM.Mood);
allDimensions.Add(this.emotionalSTM.Clarity.Id, this.emotionalSTM.Clarity);
foreach (var dimension in this.emotionalSTM.AppraisalSet.Dimensions.Values)
{
allDimensions.Add(dimension.Id, dimension);
}
allDimensions.PrintAllQuantitiesToCSV(filePath);
}
public static PlotModel CreateAndPrintChart(
this StatisticsCollection statisticalQuantities,
string filePath, string chartName, ChartType chartType = ChartType.Line,
int width = 640, int height = 480, ChartImageFormat imageFormat = ChartImageFormat.Png)
{
var dataCollection = CreateDataPointCollection(statisticalQuantities);
//ignore if no data
if (dataCollection.Count == 0)
{
return(null);
}
//creates chart
var chartModel = PlottingUtil.CreateAndPrintChart(
dataCollection, filePath, chartName, chartType, width, height, imageFormat);
return(chartModel);
}
protected virtual StatisticsCollection GetPopulationStatsCollectionAvg(IPopulation population)
{
if ((population == null) || (population.Count == 0))
{
return(null);
}
var popStatsCollectionAvg = new StatisticsCollection();
//for each agent statistic
foreach (var statKey in population[0].StatisticsCollection.Keys)
{
//average statistic between all agents
var stat = StatisticalQuantity.GetQuantitiesAverage(
population.Select(ag => ag.StatisticsCollection[statKey]).ToList());
popStatsCollectionAvg.Add(statKey, stat);
}
return(popStatsCollectionAvg);
}
protected virtual void PrintAgent(uint agentIdx)
{
this.WriteLine($@"Printing {agentIdx} statistical quantities...");
//this.PrintAgentQuantity(agentID, "StateActionValue", "/" + agentID + "/STM/StateActionValueAvg.csv");
this.PrintAgentQuantity(agentIdx, "Epsilon", $"/{agentIdx}/Learning/EpsilonAvg.csv");
//this.PrintAgentQuantity(agentID, "PredictionError", "/" + agentID + "/Learning/PredictionErrorAvg.csv");
//this.PrintAgentQuantity(agentID, "NumBackups", string.Format("/{0}/Learning/NumBackups.csv", agentID));
var rewardQuantityList =
new StatisticsCollection
{
//{"Reward", this.GetAgentQuantityAverage(agentID, "Reward")},
{ "ExtrinsicReward", this.GetAgentQuantityAverage(agentIdx, "ExtrinsicReward") },
{ "IntrinsicReward", this.GetAgentQuantityAverage(agentIdx, "IntrinsicReward") }
};
rewardQuantityList.PrintAllQuantitiesToCSV($"{this.FilePath}/{agentIdx}/STM/RewardAvg.csv");
}
private void DoLoad()
{
Ready = false;
Task <StatisticsCollection> loadTask;
if (Settings.Default.UseRawHotslogsExport)
{
loadTask = Task.Factory.StartNew(() =>
{
var baseFilter = new HotslogsFilter
{
Mode = (GameMode)Enum.Parse(typeof(GameMode), Settings.Default.BaseWinrateGameMode),
LookbackDays = Settings.Default.BaseWinrateNumberOfDays > 0 ? Settings.Default.BaseWinrateNumberOfDays : (int?)null
};
var adjFilter = new HotslogsFilter
{
Mode = (GameMode)Enum.Parse(typeof(GameMode), Settings.Default.AdjustmentsGameMode),
LookbackDays = Settings.Default.AdjustmentsNumberOfDays > 0 ? Settings.Default.AdjustmentsNumberOfDays : (int?)null
};
return(StatisticsCollection.FromHotslogsExport(Settings.Default.HotsLogsExportPath, baseFilter, adjFilter));
});
}
else
{
loadTask = Task.Factory.StartNew(() => StatisticsCollection.DeserializeFromFile(Settings.Default.DraftDataPath));
}
loadTask.ContinueWith(r =>
{
Ready = true;
if (r.IsFaulted)
{
LoadError = "Failed to load: " + r.Exception.Message;
}
else if (r.IsCompleted)
{
LoadError = null;
_stats = r.Result;
ReInit();
}
}, TaskScheduler.FromCurrentSynchronizationContext());
}
protected override void PrintAgent()
{
base.PrintAgent();
if (!this.LogStatistics)
{
return;
}
this.PrintStatistic("NumBackups", "/Learning/NumBackupsAvg.csv");
var rewardQuantityList = new StatisticsCollection
{
//{"Reward", this.GetAgentQuantityAverage("Reward")},
{ "ExtrinsicReward", this.testStatisticsAvg["ExtrinsicReward"] },
{ "IntrinsicReward", this.testStatisticsAvg["IntrinsicReward"] }
};
rewardQuantityList.PrintAllQuantitiesToCSV(this.FilePath + "/STM/RewardAvg.csv");
}
/// <summary>
/// Input axes will automatically be assigned to camera axes if no axis is specified.
/// The ordering is as follows:
/// 1st axis: x
/// 2nd axis: y
/// 3rd axis: z
/// 4th axis: pitch
/// 5th axis : yaw
/// Specify null if you do not which to assign that axis.
/// </summary>
/// <param name="name"></param>
/// <param name="axes"></param>
public AxisBasedDelta(string name, AxisConfig config, params IAxis[] axes)
{
Logger = LogManager.GetLogger(name);
mName = name;
mConfig = config;
mTickListener = new Action(mCore_Tick);
foreach (var axis in axes)
{
if (axis != null)
{
AddAxis(axis);
}
}
#if DEBUG
StatisticsCollection.AddStatistics(mStatistics, name);
#endif
}
protected override void PrintPerformanceResults()
{
//prints agents' cumulative fitness
this.WriteLine(@"Printing agents' performances...");
if (this.TestsConfig.StoreIndividualAgentStats)
{
var agentsFitnessList = new StatisticsCollection();
for (uint i = 0; i < this.TestsConfig.NumAgents; i++)
{
agentsFitnessList.Add($"Agent{i}",
this.testStatisticsAvg[this.GetAgentFitnessStatID(i)]);
}
agentsFitnessList.PrintAllQuantitiesToCSV($"{this.FilePath}/AgentsCumulativeFitnessAvg.csv");
//agentsFitnessList.PrintAllQuantitiesToImage($"{this.FilePath}/AgentsCumulativeFitnessAvg.png");
}
//prints overall cumulative fitness
this.SimulationScoreAvg.PrintStatisticsToCSV($"{this.FilePath}/CumulativeFitnessAvg.csv");
this.FinalScores.PrintStatisticsToCSV($"{this.FilePath}/CumulativeFitnessValues.csv", false, true, ChartType.Column);
}
protected virtual void AverageTestStatistics(Simulation simulation)
{
//stores and replaces ref to last simulation
if (this.lastSimulation != null)
{
if (this.lastSimulation.Equals(simulation))
{
return;
}
else
{
this.lastSimulation.Dispose();
}
}
this.lastSimulation = simulation;
//adds cumulative (final) value to statistical variable
this.FinalScores.Value = simulation.Score.Value;
if (!this.LogStatistics)
{
return;
}
//stores or averages tests' statistics
if (this.testStatisticsAvg == null)
{
this.testStatisticsAvg = this.GetTestStatistics(simulation);
}
else
{
this.testStatisticsAvg.AverageWith(this.GetTestStatistics(simulation));
}
//removes simulation from list
this.currentSimulations.Remove(simulation);
}
public Step(FlythroughState state, XmlNode node, Text subtitlesText, int subtitleTimeoutS, IMediaPlayer player)
{
if (node.Attributes["Step"] == null && !int.TryParse(node.Attributes["Step"].Value, out mStep))
{
throw new ArgumentException("Unable to load slideshow step. A valid 'Step' attribute must be supplied.");
}
#if DEBUG
if (sStatistics == null)
{
sStatistics = new TickStatistics();
StatisticsCollection.AddStatistics(sStatistics, "Flythrough Steps");
}
#endif
mPlayer = player;
mManager = state.Manager;
mStep = GetInt(node, -1, "Step");
if (mStep == -1)
{
throw new ArgumentException("Unable to load step ID. A valid Step attribute is expected.");
}
XmlAttribute voiceoverAttribute = node.Attributes["Voiceover"];
if (voiceoverAttribute != null && File.Exists(Path.GetFullPath(voiceoverAttribute.Value)))
{
if (mPlayer != null)
{
mVoiceoverFile = Path.GetFullPath(voiceoverAttribute.Value);
}
else
{
Logger.Warn("Unable to load voiceover for flythrough step. No MediaPlayer supplied.");
}
}
mSubtitlesText = subtitlesText;
XmlNode newFontNode = node.SelectSingleNode("child::SubtitlesFont");
if (newFontNode != null)
{
mNewSubtitlesFont = state.Manager.MakeText(newFontNode);
}
if (mSubtitlesText != null)
{
mTickListener = new Action(mCoordinator_Tick);
mSubtitleTimeoutS = subtitleTimeoutS;
XmlNode subtitlesNode = node.SelectSingleNode("child::Subtitles");
if (subtitlesNode != null)
{
foreach (XmlNode child in subtitlesNode.ChildNodes)
{
if (child is XmlElement)
{
double time = child.Attributes["Time"] != null?double.Parse(child.Attributes["Time"].Value) : 0;
mSubtitles.Add(time, child.InnerText.Trim('\n', ' ', Environment.NewLine[0]).Replace(" ", ""));
}
}
}
}
foreach (var featureNode in GetChildrenOfChild(node, "Features"))
{
IFeature feature = mManager.GetFeature(featureNode, "flythrough step " + (mStep + 1), null);
if (feature != null)
{
mFeatures.Add(feature);
state.AddFeature(feature);
feature.Active = false;
}
}
}
/// <summary>
/// Start the match
/// </summary>
public void Start(vmNewMatch newMatch)
{
if (Match == null)
{
Match = new TennisMatch();
}
//Set the properties of the new match
Match.Type = newMatch.GetType();
Match.NumberGamesPerSet = newMatch.GamesPerSet;
Match.BestOutOf = newMatch.GetBestOutOf();
Match.TieBreakFinalSet = newMatch.TiebreakFinalSet;
Match.LogLevel = newMatch.GetLogLevel();
Match.Location = newMatch.Location;
Match.MatchSurface = newMatch.GetSurface();
TennisMatchVariant _variant = newMatch.MatchVariants[newMatch.SelectedMatchIndex];
Match.DeuceSuddenDeath = _variant.DeuceSuddenDeath;
Match.FinalSetIsTiebreak = _variant.FinalSetIsTiebreak;
Match.FinalSetTieBreakLength = _variant.FinalSetTieBreakLength;
Match.NumberGamesPerSet = _variant.NumberGamesPerSet;
Match.TieBreakAtSameScoreOf = _variant.TieBreakAtSameScoreOf;
Match.TieBreakFinalSet = _variant.TieBreakFinalSet;
Match.TieBreakLength = _variant.TieBreakLength;
StatisticsCollection.SetSource(Match);
//Add the players
Tennis_Statistics.Game_Logic.TennisPlayer Player1 = new Game_Logic.TennisPlayer();
Player1.Name = newMatch.Player1.Name;
Player1.ID = newMatch.Player1.ID;
Player1.LocalPlayer = newMatch.Player1.LocalPlayer;
Tennis_Statistics.Game_Logic.TennisPlayer Player2 = new Game_Logic.TennisPlayer();
Player2.Name = newMatch.Player2.Name;
Player2.ID = newMatch.Player2.ID;
Player2.LocalPlayer = newMatch.Player2.LocalPlayer;
Match.Contestant1.Players.Add(Player1);
Match.Contestant2.Players.Add(Player2);
//Add partners
if (Match.Type == TennisMatch.MatchType.Doubles)
{
Tennis_Statistics.Game_Logic.TennisPlayer Partner1 = new Game_Logic.TennisPlayer();
Partner1.Name = newMatch.Player1Partner.Name;
Partner1.ID = newMatch.Player2Partner.ID;
Partner1.LocalPlayer = newMatch.Player1Partner.LocalPlayer;
Tennis_Statistics.Game_Logic.TennisPlayer Partner2 = new Game_Logic.TennisPlayer();
Partner2.Name = newMatch.Player2Partner.Name;
Partner2.ID = newMatch.Player2Partner.ID;
Partner2.LocalPlayer = newMatch.Player2Partner.LocalPlayer;
Match.Contestant1.Players.Add(Partner1);
Match.Contestant2.Players.Add(Partner2);
}
CurrentPoint.LogLevel = Match.LogLevel;
//Start the new set
Match.StartNewSet();
NewPoint();
}
/// <summary>
/// Process the action/choice of the user
/// </summary>
/// <param name="Method"></param>
public void ProcessAction(string CommandMethod)
{
try
{
switch (CommandMethod)
{
case "CommandTerminate":
Match.Terminate();
break;
case "CommandEnd":
Match.End(TennisMatch.MatchStatus.Terminated);
break;
case "CommandResign":
Match.End(TennisMatch.MatchStatus.Resigned);
break;
case "CommandUndo":
if (CurrentPoint == null || CurrentPoint.Point.Winner == 0 && CurrentPoint.Point.Serve != TennisPoint.PointServe.SecondServe)
{
//Undo the last played point if the current point is not present, or if it has not been played yet.
Match.Undo();
}
NewPoint();
break;
case "CommandSwitchServer":
Match.SwitchServer();
NewPoint();
break;
case "CommandExtend":
Match.Extend();
NewPoint();
break;
default:
CurrentPoint.ProcessAction(CommandMethod);
if (CurrentPoint.PossibleActions.Count <= 1)
{
//no choices to make; start a new point
Match.Add(CurrentPoint.Point);
NewPoint();
}
break;
}
NotifyPropertyChanged("CurrentPoint");
NotifyPropertyChanged("Duration");
NotifyPropertyChanged("IsExtendPossible");
NotifyPropertyChanged("SetScores");
NotifyPropertyChanged("ScorePlayer1");
NotifyPropertyChanged("ScorePlayer2");
NotifyPropertyChanged("Server");
NotifyPropertyChanged("InProgress");
NotifyPropertyChanged("Winner");
NotifyPropertyChanged("Completed");
NotifyPropertyChanged("Undo");
NotifyPropertyChanged("Sets");
NotifyPropertyChanged("Switch");
NotifyPropertyChanged("MatchType");
NotifyPropertyChanged("Status");
CurrentSetScore.Notify();
TotalSets.Notify();
StatisticsCollection.Notify();
}
catch (Exception e)
{
ExtendedEventArgs eaa = new ExtendedEventArgs();
eaa.Error = "A fatal error occurred. Please try again or stop this match to preserve the statistics.";
#if DEBUG
eaa.Error = String.Format("A fatal error occurred. {1}:{0}", e.Message, e.Source);
#endif
OnFatalError(eaa);
}
}
public StatisticsCollectionPanel(StatisticsCollection collection, Core core)
: this()
{
Init(collection, core);
}
