public static Spectrum operator /(Spectrum sp1, Spectrum sp2)
{
double leftLambda = 0;
double rightLambda = 0;
if (sp1.xx[0] < sp2.xx[0])
{
leftLambda = sp2.xx[0];
}
else
{
leftLambda = sp1.xx[0];
}
if (sp1.xx[sp1.xx.Length - 1] < sp2.xx[sp2.xx.Length - 1])
{
rightLambda = sp1.xx[sp1.xx.Length - 1];
}
else
{
rightLambda = sp2.xx[sp2.xx.Length - 1];
}
sp1 = sp1.Trimmed(leftLambda, rightLambda);
Interp.LinInterpolator li = new LinInterpolator(sp2.xx, sp2.yy);
for (int i = 0; i < sp1.xx.Length; i++)
{
sp1.yy[i] = li.Interp(sp1.xx[i]) / sp1.yy[i];
}
sp1.Name = "Division.dat";
return(sp1);
}
public static SpectrumMod operator +(SpectrumMod op1, Spectrum op2)
{
double leftLambda = 0;
double rightLambda = 0;
if (op1.XX[0] < op2.XX[0])
{
leftLambda = op2.XX[0];
}
else
{
leftLambda = op1.XX[0];
}
if (op1.XX[op1.XX.Length - 1] < op2.XX[op2.XX.Length - 1])
{
rightLambda = op1.XX[op1.XX.Length - 1];
}
else
{
rightLambda = op2.XX[op2.XX.Length - 1];
}
op1 = op1.Trimmed(leftLambda, rightLambda);
Interp.LinInterpolator li = new LinInterpolator(op2.XX, op2.YY);
for (int i = 0; i < op1.XX.Length; i++)
{
op1.YY[i] = li.Interp(op1.XX[i]) + op1.YY[i];
}
return(op1);
}
