public void OptimizeUsingEdgeSearch_Test()
{
string function = "x^4+y^4";
Function f = new Parser().ParseFunction(function);
Math_Collection.Basics.Interval intervall = new Math_Collection.Basics.Interval(-4, 4);
Vector pointOfMinimum = Analysis.OptimizeUsingEdgeSearch(f, new Vector(new double[] { 1, 1, 1 }), intervall);
}
public void ExtremaApproximationWithFibonacciMethod_Test()
{
string function = "x^2";
Function f = new Parser().ParseFunction(function);
int n = 30;
Math_Collection.Basics.Interval intervall = new Math_Collection.Basics.Interval(-16, 16);
// TODO: Epsilon umgebung mit (min-max) / Nn, damit Test nicht fehlschlägt
Vector expected = new Vector(new double[] { 2, 1 });
Vector actual = Analysis.ExtremaApproximatedWithFibonacciMethod(f, intervall, n, Enums.EExtrema.eMinimum);
Assert.AreEqual(expected, actual);
}
