private Color RybAsUColor(Color color)
{
RYB rybColor = Khroma.RgbToRyb(color);
Color rybAsColor = new Color(rybColor.R, rybColor.Y, rybColor.B, rybColor.Alpha);
return(rybAsColor);
}
public void AddHarmony(Color baseColor, Harmony harmony)
{
colors.Add(baseColor);
if (wheelModel == WheelModel.RYB)
{
baseColor = RybAsUColor(baseColor);
}
HSV baseHSV = new HSV(baseColor);
List <HSV> colorTransforms = presetHarmonies[harmony.ToString()];
// Debug.Log("base: " + baseHSV.h + " / " + baseHSV.s + " / " + baseHSV.v);
for (int i = 0; i < colorTransforms.Count; i++)
{
HSV tempHSV = baseHSV;
tempHSV.h += colorTransforms[i].h;
tempHSV.h = Mathf.Repeat(tempHSV.h, 1f);
tempHSV.s += colorTransforms[i].s;
if (tempHSV.s > 1f || tempHSV.s < 0f)
{
tempHSV.s = Mathf.PingPong(tempHSV.s, 1f);
}
tempHSV.v += colorTransforms[i].v;
if (tempHSV.v > 1f || tempHSV.v < 0f)
{
tempHSV.v = Mathf.PingPong(tempHSV.v, 1f);
}
// Debug.Log(tempHSV.h + " / " + tempHSV.s + " / " + tempHSV.v);
Color outColor = Color.HSVToRGB(tempHSV.h, tempHSV.s, tempHSV.v);
if (wheelModel == WheelModel.RYB)
{
outColor = Khroma.RybToRgb(RybAsUColorReverse(outColor));
}
colors.Add(outColor);
}
}