protected static T _defaultGetAverageFunc(RollingAverage <T> self)
{
return((self.isValidYet)
? self.currentAverage
: Operator <T> .Add(Operator.MultiplyAlternative(self.currentAverage, self.readyPart),
Operator.MultiplyAlternative(self.defaultAverage, self.unreadyPart)));
}
public NewGlyphTrainingStage(int targetGlyphIndex, Focus Focus, OrientationSensorProvider Provider = null)
: base($"Training glyph {Glyph.AllGlyphs[targetGlyphIndex].Name}")
{
TargetGlyphIndex = targetGlyphIndex;
TargetGlyph = Glyph.AllGlyphs[targetGlyphIndex];
Implement = Focus;
Res.DebuggingSignalFlag = true;
verbLog("Ctor");
Stillness = new StillnessProvider();
//Stillness.StartDisplayLoop(Current, 750);
SetUpProvider(Stillness);
Volume = 0.1f;
verbLog("Averages");
//AverageAttitude = new AdvancedRollingAverageQuat(timeFrameInPeriods: 15);
AverageAttitude = new RollingAverage <Quaternion>(timeFrameInPeriods: 10);
AttitudeProvider = Provider ?? new GravityOrientationProvider(Implement.FrameShift);
AttitudeProvider.Activate();
if (targetGlyphIndex == 0)
{
lastOrientation = Quaternion.Identity;
}
else
{
lastOrientation = Glyph.AllGlyphs[targetGlyphIndex - 1].Orientation;
}
verbLog("Auto-activation");
Activate();
}
public GlyphTrainingStage(string label, Focus Focus, OrientationSensorProvider Provider = null) : base(label)
{
Implement = Focus;
Res.DebuggingSignalFlag = true;
verbLog("Ctor");
Stillness = new StillnessProvider();
//Stillness.StartDisplayLoop(Current, 750);
SetUpProvider(Stillness);
Volume = 0.1f;
verbLog("Averages");
//AverageAttitude = new AdvancedRollingAverageQuat(timeFrameInPeriods: 15);
AverageAttitude = new RollingAverage <Quaternion>(timeFrameInPeriods: 10);
AttitudeProvider = Provider ?? new GravityOrientationProvider(Implement.FrameShift);
AttitudeProvider.Activate();
if (Current.SpellBeingTrained.Glyphs.Count == 0)
{
lastOrientation = Quaternion.Identity;
}
else
{
lastOrientation = Current.SpellBeingTrained.Glyphs.Last().Orientation;
}
verbLog("Auto-activation");
Activate();
}
public void SetUpTiming(TimeSpan interval, float initialAverage, bool isAdjustmentAfterStart = false)
{
expectedInterval = interval;
expectedIntervalMin = TimeSpan.FromSeconds(interval.TotalSeconds * 0.85);
expectedIntervalMax = TimeSpan.FromSeconds(interval.TotalSeconds * 1.15);
Score = new RollingAverage <float>((float)(halfLife.TotalSeconds / interval.TotalSeconds), initialAverage, !isAdjustmentAfterStart);
depreciationCoefficient = (float)Math.Pow(0.5, interval.TotalSeconds / halfLife.TotalSeconds);
}
public SmoothedList(List <T> sourceList, bool SmoothNow = false, float timeFrameInPeriods = 10f)
: this(timeFrameInPeriods)
{
if (!SmoothNow)
{
Average = new RollingAverage <T>(timeFrameInPeriods, sourceList.LastOrDefault(), false);
List = sourceList;
}
else
{
Average = new RollingAverage <T>(timeFrameInPeriods, sourceList.FirstOrDefault(), false);
List = new List <T>()
{
sourceList.FirstOrDefault()
};
foreach (var pt in sourceList.Skip(1))
{
Add(pt);
}
}
}
public void Clear()
{
((IList <T>)List).Clear();
Average = new RollingAverage <T>(timeFrame, initialAvg);
}
public SmoothedList(float timeFrameInPeriods = 10f, T?initialAverage = null) : base()
{
Average = new RollingAverage <T>(timeFrameInPeriods, initialAverage);
timeFrame = timeFrameInPeriods;
initialAvg = initialAverage;
}