public void Equals_Different()
{
var first = new LChuvColor(l: 11, c: 20.5, h: 45.445);
var second = new LChuvColor(l: 10, c: 20.5, h: 45.445);
CustomAssert.NotEqualsWithHashCode(first, second);
}
public void Equals_Same()
{
var first = new LChuvColor(l: 10, c: 20.5, h: 45.445);
var second = new LChuvColor(l: 10, c: 20.5, h: 45.445);
CustomAssert.EqualsWithHashCode(first, second);
}
public void LChuvColor()
{
var first = new LChuvColor(10, 20.5, 45.445);
var second = new LChuvColor(10, 20.5, 45.445);
Assert.Equal(first, (object)second);
}
public void VectorCtor()
{
var first = new LChuvColor(l: 10, c: 20.5, h: 45.445);
var vector = new[] { 10, 20.5, 45.445 };
var second = new LChuvColor(vector);
CustomAssert.EqualsWithHashCode(first, second);
Assert.Equal(vector, second.Vector);
}
public void FromSaturationCtor()
{
var first = new LChuvColor(l: 10, c: 3, h: 20);
const double saturation = 30d;
var second = LChuvColor.FromSaturation(lightness: 10, hue: 20, saturation);
CustomAssert.EqualsWithHashCode(first, second);
Assert.Equal(saturation, second.Saturation);
}
public void Dctor()
{
const double l1 = 10;
const double c1 = 20.5;
const double h1 = 45.445;
var(l2, c2, h2) = new LChuvColor(l1, c1, h1);
Assert.Equal(l1, l2);
Assert.Equal(c1, c2);
Assert.Equal(h1, h2);
}
public void LChuvToRgb()
{
var inputLChuv = new LChuvColor(53.04, 143.39, 10.53);
var rgbWorkingSpace = RGBWorkingSpaces.sRGB;
var lChuvToRgb = new ConverterBuilder().FromLChuv(rgbWorkingSpace.WhitePoint).ToRGB(rgbWorkingSpace).Build();
var outputRgb = lChuvToRgb.Convert(inputLChuv); // RGB [R=0.94, G=0.2, B=0.25]
Assert.Equal(0.9370059187037388, outputRgb.R);
Assert.Equal(0.19996423944042457, outputRgb.G);
Assert.Equal(0.2510189456133648, outputRgb.B);
}
public LinearRGBColor ToLinearRGB(LChuvColor color)
{
if (color == null)
{
throw new ArgumentNullException("color");
}
XYZColor xyzColor = ToXYZ(color);
LinearRGBColor result = ToLinearRGB(xyzColor);
return(result);
}
public HunterLabColor ToHunterLab(LChuvColor color)
{
if (color == null)
{
throw new ArgumentNullException("color");
}
XYZColor xyzColor = ToXYZ(color);
HunterLabColor result = ToHunterLab(xyzColor);
return(result);
}
public LChuvColor ToLChuv(XYZColor color)
{
if (color == null)
{
throw new ArgumentNullException("color");
}
LuvColor luvColor = ToLuv(color);
LChuvColor result = ToLChuv(luvColor);
return(result);
}
public xyYColor ToxyY(LChuvColor color)
{
if (color == null)
{
throw new ArgumentNullException("color");
}
XYZColor xyzColor = ToXYZ(color);
xyYColor result = ToxyY(xyzColor);
return(result);
}
public void Convert_LChuv_to_Luv(double l, double c, double h, double l2, double u, double v)
{
// arrange
var input = new LChuvColor(l, c, h);
// act
LuvColor output = Converter.ToLuv(input);
// assert
Assert.That(output.L, Is.EqualTo(l2).Using(DoubleComparer));
Assert.That(output.u, Is.EqualTo(u).Using(DoubleComparer));
Assert.That(output.v, Is.EqualTo(v).Using(DoubleComparer));
}
public void Convert_LChuv_to_Luv(double l, double c, double h, double l2, double u, double v)
{
// arrange
var input = new LChuvColor(l, c, h);
// act
var output = Converter.ToLuv(input);
// assert
Assert.Equal(output.L, l2, DoubleComparer);
Assert.Equal(output.u, u, DoubleComparer);
Assert.Equal(output.v, v, DoubleComparer);
}
public void Convert_LChuv_to_Luv(double l, double c, double h, double l2, double u, double v)
{
// arrange
var input = new LChuvColor(l, c, h);
// act
LuvColor output = Converter.ToLuv(input);
// assert
Assert.That(output.L, Is.EqualTo(l2).Using(DoubleComparer));
Assert.That(output.u, Is.EqualTo(u).Using(DoubleComparer));
Assert.That(output.v, Is.EqualTo(v).Using(DoubleComparer));
}
public void Convert_Luv_to_LChuv(double l, double u, double v, double l2, double c, double h)
{
// arrange
var input = new LuvColor(l, u, v);
// act
LChuvColor output = Converter.ToLChuv(input);
// assert
Assert.That(output.L, Is.EqualTo(l2).Using(DoubleComparer));
Assert.That(output.C, Is.EqualTo(c).Using(DoubleComparer));
Assert.That(output.h, Is.EqualTo(h).Using(DoubleComparer));
}
public void SamplesLChuv()
{
// red
var c1 = new LChuvColor(53.04, 143.39, 10.53);
// white
var c2 = new LChuvColor(100, 0, 0);
// gray
var c3 = new LChuvColor(53.39, 0, 0);
// black
var c4 = new LChuvColor(0, 0, 0);
}
public LChuvColor ToLChuv(LuvColor color)
{
if (color == null)
{
throw new ArgumentNullException("color");
}
// adaptation to target luv white point (LuvWhitePoint)
LuvColor adapted = IsChromaticAdaptationPerformed ? Adapt(color) : color;
// conversion (perserving white point)
var converter = new LuvToLChuvConverter();
LChuvColor result = converter.Convert(adapted);
return(result);
}
public XYZColor ToXYZ(LChuvColor color)
{
if (color == null)
{
throw new ArgumentNullException("color");
}
// conversion to Luv
var luvConverter = new LChuvToLuvConverter();
LuvColor labColor = luvConverter.Convert(color);
// conversion to XYZ (incl. adaptation)
XYZColor result = ToXYZ(labColor);
return(result);
}
public LChuvColor ToLChuv <T>(T color) where T : IColorVector
{
if (color == null)
{
throw new ArgumentNullException("color");
}
LChuvColor converted = color as LChuvColor;
if (converted != null)
{
return(converted);
}
else
{
dynamic source = color;
return(ToLChuv(source));
}
}
public LuvColor ToLuv(LChuvColor color)
{
if (color == null)
{
throw new ArgumentNullException("color");
}
// conversion (perserving white point)
var converter = new LChuvToLuvConverter();
LuvColor unadapted = converter.Convert(color);
if (!IsChromaticAdaptationPerformed)
{
return(unadapted);
}
// adaptation to target luv white point (LuvWhitePoint)
LuvColor adapted = Adapt(unadapted);
return(adapted);
}
public void ToString_Simple()
{
var color = new LChuvColor(l: 10, c: 20.5, h: 45.445);
Assert.Equal("LChuv [L=10, C=20.5, h=45.45]", color.ToString());
}