public List <AbstractColor> sweetspot(bool includeSelf)
{
List <HSV> colors = new List <HSV>(6);
colors.Add(this.toHSV());
colors.Add(new HSV(colors[0].h, Math.Round(colors[0].s * 0.3), Math.Min(Math.Round(colors[0].v * 1.3), 100)));
colors.Add(null);
colors.Add(new HSV((colors[0].h + 300) % 360, colors[0].s, colors[0].v));
colors[2] = new HSV(colors[1].h, Math.Min(Math.Round(colors[1].s * 1.2), 100), Math.Min(Math.Round(colors[1].v * 0.5), 100));
colors.Add(new HSV(colors[2].h, 0, (colors[2].v + 50) % 100));
colors.Add(new HSV(colors[4].h, colors[4].s, (colors[4].v + 50) % 100));
List <AbstractColor> rtn = new List <AbstractColor>();
for (int i = includeSelf ? 0 : 1; i < colors.Count; i++)
{
rtn.Add(colors[i][this.toSelf]);
}
return(rtn);
}
public List<AbstractColor> sweetspot(bool includeSelf)
{
List<HSV> colors = new List<HSV>(6);
colors.Add(this.toHSV());
colors.Add(new HSV(colors[0].h, Math.Round(colors[0].s * 0.3), Math.Min(Math.Round(colors[0].v * 1.3), 100)));
colors.Add(null);
colors.Add(new HSV((colors[0].h + 300) % 360, colors[0].s, colors[0].v));
colors[2] = new HSV(colors[1].h, Math.Min(Math.Round(colors[1].s * 1.2), 100), Math.Min(Math.Round(colors[1].v * 0.5), 100));
colors.Add(new HSV(colors[2].h, 0, (colors[2].v + 50) % 100));
colors.Add(new HSV(colors[4].h, colors[4].s, (colors[4].v + 50) % 100));
List<AbstractColor> rtn = new List<AbstractColor>();
for (int i = includeSelf ? 0 : 1; i < colors.Count; i++)
{
rtn.Add(colors[i][this.toSelf]);
}
return rtn;
}
