/// <summary>
/// Calculates the mean squared error of this and another DeblurFactor
/// </summary>
/// <param name="deblurFilter"></param>
/// <returns></returns>
public Complex GetMse(DeblurFilter deblurFilter)
{
double errorRe = 0;
double errorIm = 0;
//var r1 = Data.Channel1;
//var g1 = Data.Channel2;
//var b1 = Data.Channel3;
//var r2 = blurFactor.Data.Channel1;
//var g2 = blurFactor.Data.Channel2;
//var b2 = blurFactor.Data.Channel3;
//var ilength = r1.Width;
//var jlength = r1.Width;
Action <Complex, Complex, int, int> action = delegate(Complex c1, Complex c2, int i, int j) {
var divRe = c2.Real - c1.Real;
var divIm = c2.Imaginary - c1.Imaginary;
errorRe += divRe * divRe;
errorIm += divIm * divRe;
};
C0.FoldWith(deblurFilter.C0, action);
C1.FoldWith(deblurFilter.C1, action);
C2.FoldWith(deblurFilter.C2, action);
//for (var j = 0; j < jlength; j++)
// for (var i = 0; i < ilength; i++)
// {
// var divR = r2[i][j].Real - r1[i][j].Real;
// var divG = g2[i][j].Real - g1[i][j].Real;
// var divB = b2[i][j].Real - b1[i][j].Real;
// var divRi = r2[i][j].Imaginary - r1[i][j].Imaginary;
// var divGi = g2[i][j].Imaginary - g1[i][j].Imaginary;
// var divBi = b2[i][j].Imaginary - b1[i][j].Imaginary;
// errorRe += divR*divR;
// errorRe += divG*divG;
// errorRe += divB*divB;
// errorIm += divRi*divRi;
// errorIm += divGi*divGi;
// errorIm += divBi*divBi;
// }
return(new Complex(errorRe, errorIm));
}