public RV <float, Color> MakeRectangle(P2V <int, T> v)
{
return(new RV <float, Color>(
minX: v.X,
minY: v.Y,
maxX: v.X + 1.0f,
maxY: v.Y + 1.0f,
v: ColorSets.GetLegColor(ColorLeg, v.V)
));
}
private object UpDato(P2 <int> dataLoc, R <double> imagePatch, object data)
{
var offset = dataLoc.X + dataLoc.Y * DataSz2.X;
var color = ColorSets.GetLegColor(ColorSets.RedBlueSFLeg, _testArray[offset]);
return(new RV <float, Color>(
minX: (float)imagePatch.MinX,
maxX: (float)imagePatch.MaxX,
minY: (float)imagePatch.MinY,
maxY: (float)imagePatch.MaxY,
v: color));
}
private List <RV <float, Color> > MakePlotRectangles(
ColorLeg <int> colorLeg,
IEnumerable <P2V <int, RV <float, int> > > hist)
{
return(hist.Select(
v => new RV <float, Color>(
minX: v.V.MinX,
minY: v.V.MinY,
maxX: v.V.MaxX,
maxY: v.V.MaxY,
v: ColorSets.GetLegColor(colorLeg, v.V.V)
)).ToList());
}
private TileVm UpDato(P2 <int> dataLoc, R <double> imagePatch)
{
var offset = dataLoc.X + dataLoc.Y * DataSz2.X;
var vmRet = new TileVm
{
BoundingRect = new R <float>(
minX: (float)imagePatch.MinX,
maxX: (float)imagePatch.MaxX,
minY: (float)imagePatch.MinY,
maxY: (float)imagePatch.MaxY
),
Color = ColorSets.GetLegColor(ColorSets.RedBlueSFLeg, _testArray[offset]),
TextA = $"({dataLoc.X}, {dataLoc.Y})"
};
return(vmRet);
}
private TileVm MakeTileVm(P2 <int> dataLoc, R <double> imagePatch)
{
var offset = dataLoc.X + dataLoc.Y * (LatticeBounds.MaxX - LatticeBounds.MinX);
var gpuData = GpuArrayWrite.GetGpuData(offset)[0];
var vmRet = new TileVm
{
BoundingRect = new R <float>(
minX: (float)imagePatch.MinX,
maxX: (float)imagePatch.MaxX,
minY: (float)imagePatch.MinY,
maxY: (float)imagePatch.MaxY
),
Color = ColorSets.GetLegColor(ColorSets.RedBlueSFLeg, gpuData.Value),
TextA = $"({gpuData.Block.X}, {gpuData.Block.Y}, {gpuData.Block.Z})",
TextB = $"",
TextC = $"({gpuData.Thread.X}, {gpuData.Thread.Y}, {gpuData.Thread.Z})"
};
return(vmRet);
}
public Func <LS2V <int, T>, RV <float, Color> > MakeFilledRectangle()
{
if (X1Y1)
{
return(v => new RV <float, Color>(
minX: v.X2,
minY: v.Y2,
maxX: v.X2 + 1.0f,
maxY: v.Y2 + 1.0f,
v: ColorSets.GetLegColor(ColorLeg, v.V)
));
}
if (X1X2)
{
return(v => new RV <float, Color>(
minX: v.Y1,
minY: v.Y2,
maxX: v.Y1 + 1.0f,
maxY: v.Y2 + 1.0f,
v: ColorSets.GetLegColor(ColorLeg, v.V)
));
}
if (X1Y2)
{
return(v => new RV <float, Color>(
minX: v.Y1,
minY: v.X2,
maxX: v.Y1 + 1.0f,
maxY: v.X2 + 1.0f,
v: ColorSets.GetLegColor(ColorLeg, v.V)
));
}
if (Y1X2)
{
return(v => new RV <float, Color>(
minX: v.X1,
minY: v.Y2,
maxX: v.X1 + 1.0f,
maxY: v.Y2 + 1.0f,
v: ColorSets.GetLegColor(ColorLeg, v.V)
));
}
if (Y1Y2)
{
return(v => new RV <float, Color>(
minX: v.X1,
minY: v.X2,
maxX: v.X1 + 1.0f,
maxY: v.X2 + 1.0f,
v: ColorSets.GetLegColor(ColorLeg, v.V)
));
}
if (X2Y2)
{
return(v => new RV <float, Color>(
minX: v.X1,
minY: v.Y1,
maxX: v.X1 + 1.0f,
maxY: v.Y1 + 1.0f,
v: ColorSets.GetLegColor(ColorLeg, v.V)
));
}
throw new Exception("case not handled in FilterByCursor");
}
