public string[] GetComponentsForColor(AxoColor color, IFormatProvider formatProvider)
{
var(a, h, s, b) = color.ToAhsb();
return(new string[]
{
h.ToString("F3", formatProvider),
s.ToString("F3", formatProvider),
b.ToString("F3", formatProvider)
});
}
public void GetColorVariations(AxoColor baseColor, AxoColor[] variations)
{
var(alpha, hue, saturation, brightness) = baseColor.ToAhsb();
// make darker, but still the last item should have a rest of color left (i.e. it should not be completely black)
int numberOfItems = variations.Length;
variations[0] = baseColor;
for (int i = 1; i < numberOfItems; ++i)
{
var newBrightness = brightness * (1 - i / (float)numberOfItems);
variations[i] = AxoColor.FromAhsb(alpha, hue, saturation, newBrightness);
}
}
public void GetColorVariations(AxoColor baseColor, AxoColor[] variations)
{
var(alpha, hue, saturation, brightness) = baseColor.ToAhsb();
// desaturate, but still the last item should have a rest of saturation left
int numberOfItems = variations.Length;
variations[0] = baseColor;
for (int i = 1; i < numberOfItems; ++i)
{
var newSaturation = saturation * (1 - i / (float)numberOfItems);
variations[i] = AxoColor.FromAhsb(alpha, hue, newSaturation, brightness);
}
}
public (double position1D, PointD2D position2D) GetRelativePositionsFor1Dand2DColorSurfaceFromColor(AxoColor color)
{
var(alpha, hue, saturation, brightness) = color.ToAhsb();
return(hue, new PointD2D(saturation, brightness));
}
public double[] GetComponentsForColor(AxoColor color)
{
var(alpha, hue, saturation, brightness) = color.ToAhsb();
return(new double[] { hue, saturation, brightness });
}