protected static void ExpectedValuesForKnownColor(IColorSpace knownColor, ICmy expectedColor)
{
var target = knownColor.To<Cmy>();
Assert.IsTrue(CloseEnough(expectedColor.C,target.C),"(C)" + expectedColor.C + " != " + target.C);
Assert.IsTrue(CloseEnough(expectedColor.M,target.M),"(M)" + expectedColor.M + " != " + target.M);
Assert.IsTrue(CloseEnough(expectedColor.Y,target.Y),"(Y)" + expectedColor.Y + " != " + target.Y);
}
protected static void ExpectedValuesForKnownColor(IColorSpace knownColor, ICmy expectedColor)
{
var target = knownColor.To <Cmy>();
Assert.IsTrue(CloseEnough(expectedColor.C, target.C), "(C)" + expectedColor.C + " != " + target.C);
Assert.IsTrue(CloseEnough(expectedColor.M, target.M), "(M)" + expectedColor.M + " != " + target.M);
Assert.IsTrue(CloseEnough(expectedColor.Y, target.Y), "(Y)" + expectedColor.Y + " != " + target.Y);
}
protected static void ExpectedValuesForKnownColor(IColorSpace knownColor, ICmy expectedColor)
{
var target = knownColor.To <Cmy>();
Assert.AreEqual(expectedColor.C, target.C, 0.005, "(C)" + expectedColor.C + " != " + target.C);
Assert.AreEqual(expectedColor.M, target.M, 0.005, "(M)" + expectedColor.M + " != " + target.M);
Assert.AreEqual(expectedColor.Y, target.Y, 0.005, "(Y)" + expectedColor.Y + " != " + target.Y);
}
internal static IRgb ToColor(ICmy item)
{
return new Rgb
{
R = (1 - item.C) * 255.0,
G = (1 - item.M) * 255.0,
B = (1 - item.Y) * 255.0
};
}
internal static IRgb ToColor(ICmy item)
{
return(new Rgb
{
R = (1 - item.C) * 255.0,
G = (1 - item.M) * 255.0,
B = (1 - item.Y) * 255.0
});
}
internal static void ToColorSpace(IRgb color, ICmy item)
{
item.C = 1 - color.R / 255.0;
item.M = 1 - color.G / 255.0;
item.Y = 1 - color.B / 255.0;
}
internal static void ToColorSpace(IRgb color, ICmy item)
{
item.C = 1 - color.R / 255.0;
item.M = 1 - color.G / 255.0;
item.Y = 1 - color.B / 255.0;
}
public CmyColor(ICmy cmy)
{
Ordinals = cmy.Ordinals;
}
public YxyColor(ICmy cmy)
{
Initialize(cmy.ToRgb());
}
public HunterLabColor(ICmy cmy)
{
Initialize(cmy.ToRgb());
}
