public void Equals_RgbRgb_Correct()
{
var source = new RGB(30, 20, 50);
var target = new RGB(30, 20, 50);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_RgbHsl_Incorrect()
{
var source = new RGB(10, 10, 20);
var target = new CMYK(50, 50, 50, 50);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_XyzHsl_Correct()
{
var source = new XYZ(7.204152260786181, 6.508662463833722, 5.291475940262422);
var target = new HSL(10, 20, 30);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_XyzXyz_Correct()
{
var source = new XYZ(10, 20, 32);
var target = new XYZ(10, 20, 32);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_XyzCmyk_Correct()
{
var source = new XYZ(43.51851344932272, 47.11567032831833, 41.45089374761614);
var target = new CMYK(10, 10, 20, 20);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_XyzHsv_Correct()
{
var source = new XYZ(20.862806611491127, 19.133352252151763, 12.718731377483968);
var target = new HSV(20, 40, 60);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_HslHex_Correct()
{
var source = new HSL(20, 100, 20);
var target = new HEX("662200");
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_XyzHex_Correct()
{
var source = new XYZ(5.699791412405596, 9.958316792578774, 3.135110923508634);
var target = new HEX("226622");
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_HslRgb_Correct()
{
var source = new HSL(250, 92, 36);
var target = new RGB(35, 7, 176);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_RgbCmyk_Correct()
{
var source = new RGB(53, 53, 59);
var target = new CMYK(9, 9, 0, 77);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_HsvXyz_Incorrect()
{
var source = new HSV(12, 12, 12);
var target = new XYZ(10, 10, 10);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_HsvXyz_Correct()
{
var source = new HSV(100, 20, 100);
var target = new XYZ(76.47787698308086, 91.25178542741659, 70.70928495701926);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_HsvHsl_Correct()
{
var source = new HSV(261, 61, 20);
var target = new HSL(261, 44, 14);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_HsvCmyk_Incorrect()
{
var source = new HSV(261, 61, 20);
var target = new CMYK(0, 100, 0, 100);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_HslHex_Incorrect()
{
var source = new HSL(250, 48, 36);
var target = new HEX("ffff66");
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_XyzRgb_Incorrect()
{
var source = new XYZ(0, 0, 0);
var target = new RGB(100, 100, 100);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_HslCmyk_Correct()
{
var source = new HSL(100, 74, 18);
var target = new CMYK(57, 0, 85, 68);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_XyzHex_Incorrect()
{
var source = new XYZ(100, 100, 100);
var target = new HEX("ababab");
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_HslCmyk_Incorrect()
{
var source = new HSL(20, 20, 80);
var target = new CMYK(0, 10, 0, 10);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_XyzCmyk_Incorrect()
{
var source = new XYZ(20, 36, 48);
var target = new CMYK(0, 100, 20, 160);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_HslHsv_Correct()
{
var source = new HSL(360, 100, 50);
var target = new HSV(360, 100, 100);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_XyzHsv_Incorrect()
{
var source = new XYZ(100, 0, 100);
var target = new HSV(20, 0, 20);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_HslHsl_Correct()
{
var source = new HSL(250, 63, 15);
var target = new HSL(250, 63, 15);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_RgbHsv_Correct()
{
var source = new RGB(10, 10, 20);
var target = new HSV(240, 50, 8);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_HslHsl_Incorrect()
{
var source = new HSL(100, 100, 100);
var target = new HSL(0, 0, 0);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_XyzXyz_Incorrect()
{
var source = new XYZ(20, 20, 20);
var target = new XYZ(30, 30, 30);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_HslXyz_Correct()
{
var source = new HSL(344, 4, 50);
var target = new XYZ(20, 20, 22);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_RgbHsl_Correct()
{
var source = new RGB(158, 0, 92);
var target = new HSL(325, 100, 31);
Assert.True(ColorComparer.Equals(source, target));
}
public void Equals_HslXyz_Incorrect()
{
var source = new HSL(1, 10, 100);
var target = new XYZ(2, 20, 200);
Assert.False(ColorComparer.Equals(source, target));
}
public void Equals_RgbXyz_Correct()
{
var source = new RGB(10, 20, 10);
var target = new XYZ(0.43011701684271597, 0.5867562215079294, 0.37774575807786603);
Assert.True(ColorComparer.Equals(source, target));
}
/**
* Finds the point within this box's lowerIndex and upperIndex index of where to split.
*
* This is calculated by finding the longest color dimension, and then sorting the
* sub-array based on that dimension value in each color. The colors are then iterated over
* until a color is found with at least the midpoint of the whole box's dimension midpoint.
*
* @return the index of the colors array to split from
*/
public int findSplitPoint()
{
int longestDimension = getLongestColorDimension();
IComparer<Color> colorComparer = null;
switch (longestDimension)
{
case COMPONENT_RED:
colorComparer = new ColorComparer();
break;
case COMPONENT_GREEN:
colorComparer = new ColorComparerByGreen();
break;
case COMPONENT_BLUE:
colorComparer = new ColorComparerByBlue();
break;
}
Array.Sort(mColors, lowerIndex, upperIndex - lowerIndex, colorComparer);
int dimensionMidPoint = midPoint(longestDimension);
for (int i = lowerIndex; i < upperIndex; i++)
{
Color color = mColors[i];
switch (longestDimension)
{
case COMPONENT_RED:
if (color.R >= dimensionMidPoint)
{
return i;
}
break;
case COMPONENT_GREEN:
if (color.G >= dimensionMidPoint)
{
return i;
}
break;
case COMPONENT_BLUE:
if (color.B >= dimensionMidPoint)
{
return i;
}
break;
}
}
return lowerIndex;
}