public static List <ArtColor> ColorSplitter(ArtColor c1, ArtColor c2, int numDivisions)
{
var result = new List <ArtColor>();
result.Add(c1);
for (int y = 0; y < numDivisions - 1; y++)
{
var blendPercent = 100.FloorDivide(numDivisions) * (y + 1);
result.Add(c1.Blend(c2, blendPercent));
}
return(result);
}
private void HilbertFill()
{
var curve = HilbertCurve.GenerateHilbertCurve(HilbertIterationsRequired());
// inflate curve to gridSize (this could be a grid method eventually)
var temp = new Grid <bool>(curve.gridSize.Times(gridSize));
foreach (Cell <bool> C in curve.EachCell())
{
bool value = curve.GetCell(C.loc);
foreach (var C2 in Methods.EachPoint(new Coord(gridSize)))
{
temp.SetCell(C.loc.Times(gridSize).Plus(C2), value);
}
}
curve = temp;
curve = curve.Crop(new Coord(0, 0), size);
foreach (var cell in curve.EachCell())
{
ArtColor color = BinaryColor(cell.value, ArtColor.White.Blend(ArtColor.White, 75), ArtColor.Green.Blend(ArtColor.Red, 25));//funColor2(cell.loc, cell.value);
canvas.SetCell(cell.loc, color);
}
}
public ArtLayer Generate(CommonInfo _Info)
{
Info = _Info;
var result = new ArtLayer(Info.Size);
var curve = HilbertCurve.GenerateHilbertCurve(HilbertIterationsRequired());
// inflate curve to gridSize (this could be a grid method eventually)
var temp = new Grid <bool>(curve.gridSize.Times(Info.PatternScale));
foreach (Cell <bool> C in curve.EachCell())
{
bool value = curve.GetCell(C.loc);
foreach (var C2 in Methods.EachPoint(new Coord(Info.PatternScale)))
{
temp.SetCell(C.loc.Times(Info.PatternScale).Plus(C2), value);
}
}
curve = temp;
curve = curve.Crop(new Coord(0, 0), Info.Size);
foreach (var cell in curve.EachCell())
{
if (cell.value == true)
{
Info.Phase = 0;
}
else
{
Info.Phase = 1;
}
Info.Position = cell.loc;
ArtColor color = Info.Fill.Fill(Info);
result.grid.SetCell(cell.loc, color);
}
return(result);
}
private ArtColor BinaryColor(bool value, ArtColor on, ArtColor off)
{
return(value ? on : off);
}
