public ColorScale GetPaletteScale()
{
var baseColorRGB = _baseColor.ActiveColor;
var baseColorHSL = ColorUtils.RGBToHSL(baseColorRGB);
var baseColorNormalized = new NormalizedRGB(baseColorRGB);
var baseScale = new ColorScale(new Color[] { _scaleColorLight, baseColorRGB, _scaleColorDark, });
var trimmedScale = baseScale.Trim(_clipLight, 1.0 - _clipDark);
var trimmedLight = new NormalizedRGB(trimmedScale.GetColor(0, _interpolationMode));
var trimmedDark = new NormalizedRGB(trimmedScale.GetColor(1, _interpolationMode));
var adjustedLight = trimmedLight;
var adjustedDark = trimmedDark;
if (baseColorHSL.S >= _saturationAdjustmentCutoff)
{
adjustedLight = ColorBlending.SaturateViaLCH(adjustedLight, _saturationLight);
adjustedDark = ColorBlending.SaturateViaLCH(adjustedDark, _saturationDark);
}
if (_multiplyLight != 0)
{
var multiply = ColorBlending.Blend(baseColorNormalized, adjustedLight, ColorBlendMode.Multiply);
adjustedLight = ColorUtils.InterpolateColor(adjustedLight, multiply, _multiplyLight, _interpolationMode);
}
if (_multiplyDark != 0)
{
var multiply = ColorBlending.Blend(baseColorNormalized, adjustedDark, ColorBlendMode.Multiply);
adjustedDark = ColorUtils.InterpolateColor(adjustedDark, multiply, _multiplyDark, _interpolationMode);
}
if (_overlayLight != 0)
{
var overlay = ColorBlending.Blend(baseColorNormalized, adjustedLight, ColorBlendMode.Overlay);
adjustedLight = ColorUtils.InterpolateColor(adjustedLight, overlay, _overlayLight, _interpolationMode);
}
if (_overlayDark != 0)
{
var overlay = ColorBlending.Blend(baseColorNormalized, adjustedDark, ColorBlendMode.Overlay);
adjustedDark = ColorUtils.InterpolateColor(adjustedDark, overlay, _overlayDark, _interpolationMode);
}
var finalScale = new ColorScale(new Color[] { adjustedLight.Denormalize(), baseColorRGB, adjustedDark.Denormalize() });
return(finalScale);
}
public static string FormatColorString(Color input, ColorStringFormat format, int precision = 4)
{
switch (format)
{
case ColorStringFormat.RGB:
return(string.Format("{0}{1}{2}", input.R.ToString("x2"), input.G.ToString("x2"), input.B.ToString("x2")));
case ColorStringFormat.PoundRGB:
return(string.Format("#{0}{1}{2}", input.R.ToString("X2"), input.G.ToString("X2"), input.B.ToString("X2")));
case ColorStringFormat.ARGB:
return(string.Format("{0}{1}{2}{3}", input.A.ToString("x2"), input.R.ToString("x2"), input.G.ToString("x2"), input.B.ToString("x2")));
case ColorStringFormat.NormalizedRGB:
var normalizedRGB = new NormalizedRGB(input, true, precision);
return(string.Format("{0},{1},{2}", normalizedRGB.R, normalizedRGB.G, normalizedRGB.B));
case ColorStringFormat.HSL:
var hsl = RGBToHSL(input, true, precision);
return(string.Format("{0},{1},{2}", hsl.H, hsl.S, hsl.L));
case ColorStringFormat.HSV:
var hsv = RGBToHSV(input, true, precision);
return(string.Format("{0},{1},{2}", hsv.H, hsv.S, hsv.V));
case ColorStringFormat.LAB:
var lab = RGBToLAB(input, true, precision);
return(string.Format("{0},{1},{2}", lab.L, lab.A, lab.B));
case ColorStringFormat.LCH:
var lch = RGBToLCH(input, true, precision);
return(string.Format("{0},{1},{2}", lch.L, lch.C, lch.H));
case ColorStringFormat.XYZ:
var xyz = RGBToXYZ(input, true, precision);
return(string.Format("{0},{1},{2}", xyz.X, xyz.Y, xyz.Z));
case ColorStringFormat.Luminance:
var lum = RGBToLuminance(input, true, precision);
return(lum.ToString());
case ColorStringFormat.Temperature:
var temp = RGBToTemperature(input, true, 0);
return(temp.ToString());
}
return(null);
}