/**
* <see cref="ToCIEXYZ(ColorStrategy)"/>
* <param name="strategy">Strategy used to obtain the tristimulous values</param>
*/
public CIEXYZ ToCIEXYZ(Spd2ClrStrategy strategy = Spd2ClrStrategy.Default)
{
AMatchingFunction[] MFs;
int step;
if (strategy == Spd2ClrStrategy.Nm1Deg2)
{
step = 1;
MFs = new AMatchingFunction[] {
CIE1931XYZ1Nm2DegX.Instance, CIE1931XYZ1Nm2DegY.Instance, CIE1931XYZ1Nm2DegZ.Instance
};
}
else if (strategy == Spd2ClrStrategy.Nm1Deg10)
{
step = 1;
MFs = new AMatchingFunction[] {
CIE1964XYZ1Nm10DegX.Instance, CIE1964XYZ1Nm10DegY.Instance, CIE1964XYZ1Nm10DegZ.Instance
};
}
else if (strategy == Spd2ClrStrategy.Nm5Deg10)
{
step = 5;
MFs = new AMatchingFunction[] {
CIE1964XYZ5Nm10DegX.Instance, CIE1964XYZ5Nm10DegY.Instance, CIE1964XYZ5Nm10DegZ.Instance
};
}
else // if (strategy == SpectrumStrategy.Nm5Deg2) {
{
step = 5;
MFs = new AMatchingFunction[] {
CIE1931XYZ5Nm2DegX.Instance, CIE1931XYZ5Nm2DegY.Instance, CIE1931XYZ5Nm2DegZ.Instance
};
}
double X = 0.0, Y = 0.0, Z = 0.0;
int n = MFs [0].GetNumberOfDataPoints();
double minV = MFs [0].GetSupportMinValue();
for (int i = 0; i < n; i++)
{
if (i * step + minV < GetSupportMinValue())
{
continue;
}
if (i * step + minV > GetSupportMaxValue())
{
break;
}
double v = EvaluateAt(i * step + minV);
X += MFs [0].EvaluateAt(i * step + minV) * v * step;
Y += MFs [1].EvaluateAt(i * step + minV) * v * step;
Z += MFs [2].EvaluateAt(i * step + minV) * v * step;
}
return(new CIEXYZ(X, Y, Z, DataSource ?? this));
}
/**
* <see cref="ToCIEXYZ(ColorStrategy)"/>
* <param name="strategy">Strategy used to obtain the tristimulous values</param>
*/
public CIEXYZ ToCIEXYZ(Spd2ClrStrategy strategy=Spd2ClrStrategy.Default)
{
AMatchingFunction[] MFs;
int step;
if (strategy == Spd2ClrStrategy.Nm1Deg2) {
step = 1;
MFs = new AMatchingFunction[] {
CIE1931XYZ1Nm2DegX.Instance, CIE1931XYZ1Nm2DegY.Instance, CIE1931XYZ1Nm2DegZ.Instance
};
} else if (strategy == Spd2ClrStrategy.Nm1Deg10) {
step = 1;
MFs = new AMatchingFunction[] {
CIE1964XYZ1Nm10DegX.Instance, CIE1964XYZ1Nm10DegY.Instance, CIE1964XYZ1Nm10DegZ.Instance
};
} else if (strategy == Spd2ClrStrategy.Nm5Deg10) {
step = 5;
MFs = new AMatchingFunction[] {
CIE1964XYZ5Nm10DegX.Instance, CIE1964XYZ5Nm10DegY.Instance, CIE1964XYZ5Nm10DegZ.Instance
};
} else { // if (strategy == SpectrumStrategy.Nm5Deg2) {
step = 5;
MFs = new AMatchingFunction[] {
CIE1931XYZ5Nm2DegX.Instance, CIE1931XYZ5Nm2DegY.Instance, CIE1931XYZ5Nm2DegZ.Instance
};
}
double X = 0.0, Y = 0.0, Z = 0.0;
int n = MFs [0].GetNumberOfDataPoints ();
double minV = MFs [0].GetSupportMinValue ();
for (int i = 0; i < n; i++) {
if (i * step + minV < GetSupportMinValue ()) {
continue;
}
if (i * step + minV > GetSupportMaxValue ()) {
break;
}
double v = EvaluateAt (i * step + minV);
X += MFs [0].EvaluateAt (i * step + minV) * v * step;
Y += MFs [1].EvaluateAt (i * step + minV) * v * step;
Z += MFs [2].EvaluateAt (i * step + minV) * v * step;
}
return new CIEXYZ (X, Y, Z, DataSource ?? this);
}
