/**
* <summary>Creates a new color sample in the CIE's 1931 xyY color space</summary>
* <param name="X">CIE's 1931 XYZ X coordinate</param>
* <param name="Y">CIE's 1931 XYZ Y coordinate</param>
* <param name="Z">CIE's 1931 XYZ Z coordinate</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIEXYZ(double X, double Y, double Z, AConvertibleColor dataSource=null)
: base(dataSource)
{
this.X = X;
this.Y = Y;
this.Z = Z;
}
/**
* <summary>Creates a new color sample in the sRGB color space</summary>
* <param name="R">Red component (between 0 and 1)</param>
* <param name="G">Green component (between 0 and 1)</param>
* <param name="B">Blue component (between 0 and 1)</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public SRGB(double R, double G, double B, AConvertibleColor dataSource=null)
: base(dataSource)
{
this.R = R;
this.G = G;
this.B = B;
}
/**
* <summary>
* Creates a new color sample in the CIE's 1960 UCS color space. This is a convenience constructor to
* allow minimum information loss in color space conversions, but not recommeneded to construct colors
* "by hand".
* </summary>
* <param name="U">CIE's 1960 UCS U coordinate</param>
* <param name="V">CIE's 1960 UCS V coordinate</param>
* <param name="u">CIE's 1960 UCS u coordinate</param>
* <param name="v">CIE's 1960 UCS v coordinate</param>
* <param name="W">CIE's 1960 UCS W coordinate</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIE1960(double U, double V, double u, double v, double W, AConvertibleColor dataSource = null) : base(dataSource)
{
if (U < 0.0 || V < 0.0 || W < 0.0 || u < 0.0 || v < 0.0)
{
throw new ArgumentException("Invalid color point");
}
if (Math.Abs(U / (U + V + W) - u) > 1e-15)
{
throw new ArgumentException("Inconsistent data");
}
if (Math.Abs(V / (U + V + W) - v) > 1e-15)
{
throw new ArgumentException("Inconsistent data");
}
this.U = U;
this.V = V;
this.u = u;
this.v = v;
this.W = W;
//GetMinorCase = true;
//GetMajorCase = true;
}
protected ASimpleColor(
AConvertibleColor whiteReference=null, AConvertibleColor dataSource=null
)
: base(dataSource)
{
if (whiteReference == null) {
WhiteReference = CIE_D65.XYZ_Sample;
} else {
WhiteReference = whiteReference;
}
}
protected ASimpleColor(
AConvertibleColor whiteReference = null, AConvertibleColor dataSource = null
) : base(dataSource)
{
if (whiteReference == null)
{
WhiteReference = CIE_D65.XYZ_Sample;
}
else
{
WhiteReference = whiteReference;
}
}
/**
* <summary>Creates a new color sample in the CIE's 1960 UCS color space</summary>
* <param name="u">CIE's 1960 UCS u coordinate</param>
* <param name="v">CIE's 1960 UCS v coordinate</param>
* <param name="W">CIE's 1960 UCS W coordinate</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIE1960(AConvertibleColor dataSource, double u, double v, double W) : base(dataSource)
{
if (u < 0.0 || v < 0.0 || W < 0 || u + v > 1.0)
{
throw new ArgumentException("Invalid color point");
}
//GetMinorCase = true;
//GetMajorCase = false;
this.u = u;
this.v = v;
this.W = W;
U = W * u / (1.0 - u - v);
V = W * v / (1.0 - u - v);
}
/**
* <summary>Creates a new color sample in the CIE's 1960 UCS color space</summary>
* <param name="U">CIE's 1960 UCS U coordinate</param>
* <param name="V">CIE's 1960 UCS V coordinate</param>
* <param name="W">CIE's 1960 UCS W coordinate</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIE1960(double U, double V, double W, AConvertibleColor dataSource = null) : base(dataSource)
{
if (U < 0.0 || V < 0.0 || W < 0.0)
{
throw new ArgumentException("Invalid color point");
}
//GetMinorCase = false;
//GetMajorCase = true;
this.U = U;
this.V = V;
this.W = W;
u = U / (U + V + W);
v = V / (U + V + W);
}
public LMS(double L, double M, double S, AConvertibleColor dataSource=null)
: base(dataSource)
{
if (double.IsNaN (L) || double.IsInfinity (L)) {
throw new ArgumentException ("L must be a real number", "L");
}
if (double.IsNaN (M) || double.IsInfinity (M)) {
throw new ArgumentException ("M must be a real number", "M");
}
if (double.IsNaN (S) || double.IsInfinity (S)) {
throw new ArgumentException ("S must be a real number", "S");
}
this.L = L;
this.M = M;
this.S = S;
}
public LMS(double L, double M, double S, AConvertibleColor dataSource = null) : base(dataSource)
{
if (double.IsNaN(L) || double.IsInfinity(L))
{
throw new ArgumentException("L must be a real number", "L");
}
if (double.IsNaN(M) || double.IsInfinity(M))
{
throw new ArgumentException("M must be a real number", "M");
}
if (double.IsNaN(S) || double.IsInfinity(S))
{
throw new ArgumentException("S must be a real number", "S");
}
this.L = L;
this.M = M;
this.S = S;
}
/**
* <inheritdoc />
*/
protected AInterpolatedLightSpectrum(AConvertibleColor dataSource = null) : base(dataSource)
{
}
/**
* <summary>Creates a new color sample in the CIE's 1931 xyY color space</summary>
* <param name="x">CIE's 1931 xyY x coordinate</param>
* <param name="y">CIE's 1931 xyY y coordinate</param>
* <param name="Y">Lightness parameter</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIExyY(double x, double y, double Y, AConvertibleColor dataSource = null) : base(dataSource)
{
this.x = x;
this.y = y;
this.Y = Y;
}
/**
* Preconditions : amplitudes MUST be sorted (crescent order)
*/
public TabularLightSpectrum(List<KeyValuePair<double, double>> amplitudes, AConvertibleColor dataSource=null)
: base(dataSource)
{
RawAmplitudes = amplitudes;
}
/**
* <summary>Creates a new color sample in the CIE's 1931 xyY color space</summary>
* <param name="X">CIE's 1931 XYZ X coordinate</param>
* <param name="Y">CIE's 1931 XYZ Y coordinate</param>
* <param name="Z">CIE's 1931 XYZ Z coordinate</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIEXYZ(double X, double Y, double Z, AConvertibleColor dataSource = null) : base(dataSource)
{
this.X = X;
this.Y = Y;
this.Z = Z;
}
/**
* <param name="minWaveLength">Associated wavelength to the first value of 'amplitudes'.</param>
* <param name="amplitudes">Equidistant data points.</param>
* <param name="nmPerStep">Nanometers between each data point in 'amplitudes'.</param>
* <param name="dataSource">
* Reference to a AConvertibleColor instance from which this object has been generated.
* </param>
*/
public RegularLightSpectrum(double minWaveLength, IList <double> amplitudes, double nmPerStep, AConvertibleColor dataSource = null) : base(dataSource)
{
NmPerStep = nmPerStep;
MinWaveLength = minWaveLength;
MaxWaveLength = minWaveLength + nmPerStep * (amplitudes.Count - 1);
Amplitudes = new ReadOnlyCollection <double> (amplitudes);
}
/**
* <summary>Creates a new color sample in the CIE's 1960 UCS color space</summary>
* <param name="U">CIE's 1960 UCS U coordinate</param>
* <param name="V">CIE's 1960 UCS V coordinate</param>
* <param name="W">CIE's 1960 UCS W coordinate</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIE1960(double U, double V, double W, AConvertibleColor dataSource=null)
: base(dataSource)
{
if (U < 0.0 || V < 0.0 || W < 0.0) {
throw new ArgumentException ("Invalid color point");
}
GetMinorCase = false;
GetMajorCase = true;
this.U = U;
this.V = V;
this.W = W;
u = U / (U + V + W);
v = V / (U + V + W);
}
/**
* <summary>
* Creates a new color sample in the CIE's 1960 UCS color space. This is a convenience constructor to
* allow minimum information loss in color space conversions, but not recommeneded to construct colors
* "by hand".
* </summary>
* <param name="U">CIE's 1960 UCS U coordinate</param>
* <param name="V">CIE's 1960 UCS V coordinate</param>
* <param name="u">CIE's 1960 UCS u coordinate</param>
* <param name="v">CIE's 1960 UCS v coordinate</param>
* <param name="W">CIE's 1960 UCS W coordinate</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIE1960(double U, double V, double u, double v, double W, AConvertibleColor dataSource=null)
: base(dataSource)
{
if (U < 0.0 || V < 0.0 || W < 0.0 || u < 0.0 || v < 0.0) {
throw new ArgumentException ("Invalid color point");
}
if (Math.Abs (U / (U + V + W) - u) > 1e-15) {
throw new ArgumentException ("Inconsistent data");
}
if (Math.Abs (V / (U + V + W) - v) > 1e-15) {
throw new ArgumentException ("Inconsistent data");
}
this.U = U;
this.V = V;
this.u = u;
this.v = v;
this.W = W;
GetMinorCase = true;
GetMajorCase = true;
}
/**
* <summary>Creates a new color sample in the CIE's 1960 UCS color space</summary>
* <param name="u">CIE's 1960 UCS u coordinate</param>
* <param name="v">CIE's 1960 UCS v coordinate</param>
* <param name="W">CIE's 1960 UCS W coordinate</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIE1960(AConvertibleColor dataSource, double u, double v, double W)
: base(dataSource)
{
if (u < 0.0 || v < 0.0 || W < 0 || u + v > 1.0) {
throw new ArgumentException ("Invalid color point");
}
GetMinorCase = true;
GetMajorCase = false;
this.u = u;
this.v = v;
this.W = W;
U = W * u / (1.0 - u - v);
V = W * v / (1.0 - u - v);
}
/**
* <summary>Creates a new color sample in the CIE's 1931 xyY color space</summary>
* <param name="x">CIE's 1931 xyY x coordinate</param>
* <param name="y">CIE's 1931 xyY y coordinate</param>
* <param name="Y">Lightness parameter</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public CIExyY(double x, double y, double Y, AConvertibleColor dataSource=null)
: base(dataSource)
{
this.x = x;
this.y = y;
this.Y = Y;
}
/**
* Boilerplate constructor
*/
protected ALightSpectrum(AConvertibleColor dataSource=null)
: base(dataSource)
{
}
/**
* <summary>Creates a new color sample in the sRGB color space</summary>
* <param name="R">Red component (between 0 and 1)</param>
* <param name="G">Green component (between 0 and 1)</param>
* <param name="B">Blue component (between 0 and 1)</param>
* <param name="dataSource">If you aren't working with ColorSharp internals, don't use this parameter</param>
*/
public SRGB(double R, double G, double B, AConvertibleColor dataSource = null) : base(dataSource)
{
this.R = R;
this.G = G;
this.B = B;
}
/**
* Boilerplate constructor
*/
protected AConvertibleColor(AConvertibleColor dataSource = null)
{
DataSource = dataSource;
}
/**
* Preconditions : amplitudes MUST be sorted (crescent order)
*/
public TabularLightSpectrum(List <KeyValuePair <double, double> > amplitudes, AConvertibleColor dataSource = null) : base(dataSource)
{
RawAmplitudes = amplitudes;
}
