public static double[] SolveInverse(
IForwardSolver forwardSolver,
IOptimizer optimizer,
SolutionDomainType solutionDomainType,
double[] dependentValues,
double[] standardDeviationValues,
InverseFitType inverseFitType,
object[] independentValues)
{
//var opticalPropertyGuess = ((OpticalProperties[]) (independentValues[0])).First();
//var fitParameters = new double[4] { opticalPropertyGuess.Mua, opticalPropertyGuess.Musp, opticalPropertyGuess.G, opticalPropertyGuess.N };
var parametersToFit = GetParametersToFit(inverseFitType);
var opticalPropertyGuess = (OpticalProperties[])(independentValues[0]);
var fitParametersArray = opticalPropertyGuess.SelectMany(opgi => new[] { opgi.Mua, opgi.Musp, opgi.G, opgi.N }).ToArray();
var parametersToFitArray = Enumerable.Range(0, opticalPropertyGuess.Count()).SelectMany(_ => parametersToFit).ToArray();
Func <double[], object[], double[]> func = GetForwardReflectanceFuncForOptimization(forwardSolver, solutionDomainType);
//var fit = optimizer.Solve(fitParameters, parametersToFit, dependentValues.ToArray(),
// standardDeviationValues.ToArray(), func, independentValues.ToArray());
var fit = optimizer.Solve(fitParametersArray, parametersToFitArray, dependentValues.ToArray(),
standardDeviationValues.ToArray(), func, independentValues.ToArray());
return(fit);
}