private double SearchMeanPercentForSize(int size, int matrixQuantity, double averChange, Solver solver, Random random)
{
PercentFinder.PercentDelegate SearchPercent = GetPercentOfChange;
var parameters = new ParametersForRandom(size, matrixQuantity, _cChangeParameters);
return(PercentFinder.SearchMeanPercent(SearchPercent, parameters, averChange, solver, random));
}
private int GetPercentOfChange(SearchParameters parameters, Solver solver, Random random)
{
if (!(parameters is ParametersForRandom))
{
throw new ArgumentException("Wrong parameters type in method Experiment.GetPercentOfChange. Need to be ParametersForRandom.");
}
var param = (ParametersForRandom)parameters;
int percent;
double[] x = new double[param.Size * param.Size];
double[][] cs = new double[param.MatrixQuantity][];
double[] a = new double[param.Size];
double[] b = new double[param.Size];
double[] l = new double[param.MatrixQuantity];
double[] alpha = new double[param.MatrixQuantity];
double[] solutions;
bool success = false;
while (!success)
{
(a, b) = _generator.GenerateAB(param.Size, random);
l = _generator.GenerateL(param.MatrixQuantity, random);
alpha = _generator.GenerateAlpha(param.MatrixQuantity);
for (int i = 0; i < param.MatrixQuantity; i++)
{
cs[i] = _generator.GenerateMatrix(param.Size, random);
}
(_, solutions) = solver.GetSolutions(cs, a, b);
(x, _) = solver.SolveSeveral(cs, a, b, l, alpha, solutions);
x = solver.DivideX(solver.RoundVector(x), param.MatrixQuantity);
if (!solver.CheckABConstraints(x, a, b))
{
continue;
}
success = true;
}
var parametersForDefined = new ParametersForDefined(x, cs, a, b, l, alpha, _cChangeParameters);
percent = PercentFinder.FindPercentOfChange(parametersForDefined, solver, random);
return(percent);
}
