private void UpdateUi()
{
GridValsVm.UpdateData(Star3Grid.CurValuesAsP2Vs());
AbsDelta = A2dUt.flattenRowMajor(Star3Grid.Stars).Sum(st => st.AbsDelta);
OnPropertyChanged("Generation");
OnPropertyChanged("ElapsedTime");
}
public void UpdateGraphVm()
{
if (Values == null)
{
return;
}
var bins = A2dUt.ToP2V(Histos.Histogram2d(
bounds: Bounds,
binCount: BinCounts.Sz2Int,
vals: Values)).ToArray();
var counts = bins.Select(b => b.V.V).ToArray();
var colorLeg = ColorLegger(counts);
LegendVm = new LegendVm(
minVal: "<" + colorLeg.minV,
midVal: ColorSets.GetLegMidVal(colorLeg).ToString(),
maxVal: ">" + colorLeg.maxV,
minCol: colorLeg.minC,
midColors: colorLeg.spanC,
maxColor: colorLeg.maxC
);
GraphVm.Watermark = $"Bins count: [{BinCounts.X}, {BinCounts.Y}]";
GraphVm.SetData(
boundingRect: Bounds,
plotPoints: Enumerable.Empty <P2V <float, Color> >(),
plotLines: Enumerable.Empty <LS2V <float, Color> >(),
filledRects: MakePlotRectangles(colorLeg: colorLeg, hist: bins),
openRects: Enumerable.Empty <RV <float, Color> >());
}
public void UpdateP(float step, float noise)
{
var zippy = A2dUt.flattenRowMajor(Stars)
.Zip(Noise.Take(A2dUt.Count(Stars)),
(a, b) => new Tuple <Star, float>(a, b));
Parallel.ForEach(zippy, tup => tup.Item1.Update(step, tup.Item2 * noise));
Generation++;
}
private void UpdateUi()
{
GridValsVm.UpdateData(Star5Grid.CurValuesAsP2Vs());
GridDeltasVm.UpdateData(Star5Grid.CurDeltasAsP2Vs());
AbsDelta = A2dUt.flattenRowMajor(Star5Grid.Stars).Average(st => st.AbsDelta);
NoiseField = A2dUt.flattenRowMajor(Star5Grid.Stars).Average(st => st.NoiseField);
NoiseLevelVm.Value = (NoiseField > AbsDeltaTargetVm.Value) ? NoiseLevelVm.Value - 0.0025f : NoiseLevelVm.Value + 0.0025f;
OnPropertyChanged("Generation");
OnPropertyChanged("ElapsedTime");
}
public void UpdateS(float step, float noise)
{
var zippy = A2dUt.flattenRowMajor(Stars)
.Zip(Noise.Take(A2dUt.Count(Stars)),
(a, b) => new Tuple <Star, float>(a, b));
foreach (var tup in zippy)
{
tup.Item1.Update(step, tup.Item2 * noise);
}
Generation++;
}
public Grid2D2IVm(Sz2 <int> strides, ColorLeg2I <float> colorLeg, string title = "")
{
Strides = strides;
ColorLeg2I = colorLeg;
WbImageVm = new WbImageVm();
Title = title;
var sp = A2dUt.GetColumn(colorLeg.spanC, colorLeg.spanC.GetLength(1) - 1);
LegendVm = new LegendVm(
minVal: "<" + colorLeg.rangeV.MinY,
midVal: ColorSets2I.GetLegMidVal(colorLeg).ToString(),
maxVal: ">" + colorLeg.rangeV.MaxY,
minCol: colorLeg.exteriorC,
midColors: sp,
maxColor: colorLeg.exteriorC
);
}
public void Update(float step,
float noise,
float nfDecay,
float absDeltaToNoise,
float nfCpl,
float ffCpl)
{
var zippy = A2dUt.flattenRowMajor(Stars)
.Zip(Noise.Take(A2dUt.Count(Stars)),
(a, b) => new Tuple <Star5, float>(a, b));
zippy.ToArray().AsParallel().ForEach(
tup => tup.Item1.Update(
step: step,
noise: tup.Item2 * noise,
nfDecay: nfDecay,
absDeltaToNoise: absDeltaToNoise,
nfCpl: nfCpl,
ffCpl: ffCpl)
);
//zippy.ForEach(
// tup => tup.Item1.UpdateP(
// step: step,
// noiseLevel: tup.Item2 * noiseLevel,
// nfDecay: nfDecay,
// absDeltaToNoise: absDeltaToNoise,
// nfCpl: nfCpl,
// ffCpl: ffCpl)
// );
//Parallel.ForEach(zippy, tup => tup.Item1.UpdateP(
// step: step,
// noiseLevel: tup.Item2 * noiseLevel,
// nfDecay: nfDecay,
// absDeltaToNoise: absDeltaToNoise,
// nfCpl: nfCpl,
// ffCpl: ffCpl));
Generation++;
}
public void Update(float step,
float noise,
float nfDecay,
float absDeltaToNoise,
float nfCpl)
{
var zippy = A2dUt.flattenRowMajor(Stars)
.Zip(Noise.Take(A2dUt.Count(Stars)),
(a, b) => new Tuple <Star2, float>(a, b));
Parallel.ForEach(zippy, tup => tup.Item1.Update(
step: step,
noise: tup.Item2 * noise,
nfDecay: nfDecay,
absDeltaToNoise: absDeltaToNoise,
nfCpl: nfCpl));
Generation++;
}
public static IEnumerable <P2V <int, float> > CurValuesAsP2Vs(this StarGrid starGrid)
{
return(A2dUt.ToP2V(starGrid.Stars).Select(s =>
new P2V <int, float>(x: s.X, y: s.Y, v: s.V.CurValue)));
}
public static IEnumerable <P2V <int, float> > CurDeltasAsP2Vs(this Star5Grid starGrid)
{
return(A2dUt.ToP2V(starGrid.Stars).Select(s =>
new P2V <int, float>(x: s.X, y: s.Y, v: s.V.NoiseField)));
}
public void GetDeltas()
{
A2dUt.flattenRowMajor(Stars).ForEach(s => s.CalcDelta());
}
