public void Equals_Same()
{
var first = new xyYColor(x: .1, y: .205, luminance: .45445);
var second = new xyYColor(x: .1, y: .205, luminance: .45445);
CustomAssert.EqualsWithHashCode(first, second);
}
public void FromGrayCtor()
{
var first = new LinearRGBColor(r: .4, g: .4, b: .4);
var second = LinearRGBColor.FromGray(.4);
CustomAssert.EqualsWithHashCode(first, second);
}
public void Equals_Same()
{
var first = new LinearRGBColor(r: .1, g: .205, b: .45445);
var second = new LinearRGBColor(r: .1, g: .205, b: .45445);
CustomAssert.EqualsWithHashCode(first, second);
}
public void Equals_Same()
{
var first = new JzCzhzColor(jz: 0.6, cz: 0.3, hz: 150);
var second = new JzCzhzColor(jz: 0.6, cz: 0.3, hz: 150);
CustomAssert.EqualsWithHashCode(first, second);
}
public void Equals_Same()
{
var first = new LuvColor(l: 10, u: 20.5, v: 45.445);
var second = new LuvColor(l: 10, u: 20.5, v: 45.445);
CustomAssert.EqualsWithHashCode(first, second);
}
public void Equals_Same()
{
var first = new xyChromaticity(x: .1, y: .205);
var second = new xyChromaticity(x: .1, y: .205);
CustomAssert.EqualsWithHashCode(first, second);
}
public void Equals_Same()
{
var first = new HunterLabColor(l: 10, a: 20.5, b: 45.445);
var second = new HunterLabColor(l: 10, a: 20.5, b: 45.445);
CustomAssert.EqualsWithHashCode(first, second);
}
public void Equals_Same()
{
var first = new JzazbzColor(jz: 0.6, az: -0.3, bz: 0.01);
var second = new JzazbzColor(jz: 0.6, az: -0.3, bz: 0.01);
CustomAssert.EqualsWithHashCode(first, second);
}
public void Equals_Same()
{
var first = new LMSColor(l: .1, m: .205, s: .45445);
var second = new LMSColor(l: .1, m: .205, s: .45445);
CustomAssert.EqualsWithHashCode(first, second);
}
public void VectorCtor()
{
var first = new LinearRGBColor(r: .2, g: .205, b: .45445);
var vector = new[] { .2, .205, .45445 };
var second = new LinearRGBColor(vector);
CustomAssert.EqualsWithHashCode(first, second);
Assert.Equal(vector, second.Vector);
}
public void VectorCtor()
{
var first = new xyYColor(x: .2, y: .205, luminance: .45445);
var vector = new[] { .2, .205, .45445 };
var second = new xyYColor(vector);
CustomAssert.EqualsWithHashCode(first, second);
Assert.Equal(vector, second.Vector);
}
public void VectorCtor()
{
var first = new xyChromaticity(x: .1, y: .205);
var vector = new[] { .1, .205 };
var second = new xyChromaticity(vector);
CustomAssert.EqualsWithHashCode(first, second);
Assert.Equal(vector, second.Vector);
}
public void FromSaturationCtor()
{
var first = new LChabColor(l: 10, c: 3, h: 20);
const double saturation = 30d;
var second = LChabColor.FromSaturation(lightness: 10, hue: 20, saturation);
CustomAssert.EqualsWithHashCode(first, second);
Assert.Equal(saturation, second.Saturation);
}
public void VectorCtor()
{
var first = new JzazbzColor(jz: 0.6, az: -0.3, bz: 0.01);
var vector = new[] { 0.6, -0.3, 0.01 };
var second = new JzazbzColor(vector);
CustomAssert.EqualsWithHashCode(first, second);
Assert.Equal(vector, second.Vector);
}
public void VectorCtor()
{
var first = new LuvColor(l: 10, u: 20.5, v: 45.445);
var vector = new[] { 10, 20.5, 45.445 };
var second = new LuvColor(vector);
CustomAssert.EqualsWithHashCode(first, second);
Assert.Equal(vector, second.Vector);
}
public void VectorCtor()
{
var first = new JzCzhzColor(jz: 0.6, cz: 0.3, hz: 150);
var vector = new[] { 0.6, 0.3, 150 };
var second = new JzCzhzColor(vector);
CustomAssert.EqualsWithHashCode(first, second);
Assert.Equal(vector, second.Vector);
}
public void ComplexCompandingEqualityTest()
{
var compandings1 = new List <ICompanding>
{
new LCompanding(),
new Rec2020Companding(),
new Rec709Companding(),
new sRGBCompanding(),
new GammaCompanding(gamma: 2.0),
new GammaCompanding(gamma: 3.0),
};
// same as above, separate instances
var compandings2 = new List <ICompanding>
{
new LCompanding(),
new Rec2020Companding(),
new Rec709Companding(),
new sRGBCompanding(),
new GammaCompanding(gamma: 2.0),
new GammaCompanding(gamma: 3.0),
};
// check that same are the same and different are different
for (var i = 0; i < compandings1.Count; i++)
{
var c1 = compandings1[i];
for (var j = 0; j < compandings2.Count; j++)
{
var c2 = compandings2[j];
if (i == j)
{
CustomAssert.EqualsWithHashCode(c1, c2);
}
else
{
CustomAssert.NotEqualsWithHashCode(c1, c2);
}
}
CustomAssert.NotEqualsWithHashCode(c1, (ICompanding)null);
}
}
public void ComplexRGBWorkingSpaceEqualityTest()
{
var spaces1 = new List <IRGBWorkingSpace>
{
sRGB,
sRGBSimplified,
Rec709,
Rec2020,
ECIRGBv2,
AdobeRGB1998,
ApplesRGB,
BestRGB,
BetaRGB,
BruceRGB,
CIERGB,
ColorMatchRGB,
DonRGB4,
EktaSpacePS5,
NTSCRGB,
PALSECAMRGB,
ProPhotoRGB,
SMPTECRGB,
WideGamutRGB,
new RGBWorkingSpace(Illuminants.C, new GammaCompanding(15.77), new RGBPrimaries(new xyChromaticity(1, 2), new xyChromaticity(3, 4), new xyChromaticity(5, 6))),
};
// same as above (separate instance where non-static)
var spaces2 = new List <IRGBWorkingSpace>
{
sRGB,
sRGBSimplified,
Rec709,
Rec2020,
ECIRGBv2,
AdobeRGB1998,
ApplesRGB,
BestRGB,
BetaRGB,
BruceRGB,
CIERGB,
ColorMatchRGB,
DonRGB4,
EktaSpacePS5,
NTSCRGB,
PALSECAMRGB,
ProPhotoRGB,
SMPTECRGB,
WideGamutRGB,
new RGBWorkingSpace(Illuminants.C, new GammaCompanding(15.77), new RGBPrimaries(new xyChromaticity(1, 2), new xyChromaticity(3, 4), new xyChromaticity(5, 6))),
};
// check that same are the same and different are different
for (var i = 0; i < spaces1.Count; i++)
{
var s1 = spaces1[i];
for (var j = 0; j < spaces2.Count; j++)
{
var s2 = spaces2[j];
if (i == j)
{
CustomAssert.EqualsWithHashCode(s1, s2);
}
else
{
CustomAssert.NotEqualsWithHashCode(s1, s2);
}
}
CustomAssert.NotEqualsWithHashCode(s1, (IRGBWorkingSpace)null);
}
}
