public MullersMethod(double a, double b, IDifferentiableTwice analyzedFunction, int sign = 1)
{
Sign = sign;
var domain = new UsualExpandingDomain().Update(a).Update(b);
MaximumOfDoubleDiff = domain.GetRangeOfArguments().Select(x => analyzedFunction.SecondDerivative.Compute(x)).Max();
}
public Iterator(IShape <TFunc> func, Conditions conditions)
{
var domain = new UsualExpandingDomain();
foreach (var actualPoint in conditions.InitialPoints)
{
domain.Update(actualPoint);
}
MinimumOfOnceDiff = domain.GetRangeOfArguments().Select(x => func.Generator.FirstDerivative.Compute(x)).Min();
}
