public static void allIteration(double a, double b)
{
DichometricsMethod DichometricsMethod = new DichometricsMethod();
GoldenSectionMethod GoldenSectionMethod = new GoldenSectionMethod();
FibonacciMethod FibonacciMethod = new FibonacciMethod();
ParabolMethods ParabolMethods = new ParabolMethods();
double Eps = 1E-1;
Console.WriteLine("{0,20} {1,13} {2,13} {3,13} {4,13} {5,12} {6,14} {7,12" +
"}", "Name Method | Eps", 1E-1, 1E-2, 1E-3, 1E-4, 1E-5, 1E-6, 1E-7);
Console.Write("{0,20}", "Dichometrics ");
for (int i = 0; i < 7; i++)
{
DichometricsMethod.Do(a, b, Eps);
Console.Write("{0,10}({1,2})", DichometricsMethod.getNumberOfIterationsObjectiveFunction(), DichometricsMethod.NumberOfIteration);
Eps /= 1E+1;
}
Console.WriteLine();
Eps = 1E-1;
Console.Write("{0,20}", "Golden Section ");
for (int i = 0; i < 7; i++)
{
GoldenSectionMethod.Do(a, b, Eps);
Console.Write("{0,10}({1,2})", GoldenSectionMethod.getNumberOfIterationsObjectiveFunction(), GoldenSectionMethod.NumberOfIteration);
Eps /= 1E+1;
}
Console.WriteLine();
Eps = 1E-1;
Console.Write("{0,14} ", "Fibonacci");
for (int i = 0; i < 7; i++)
{
FibonacciMethod.Do(a, b, Eps);
Console.Write("{0,10}({1,2})", FibonacciMethod.getNumberOfIterationsObjectiveFunction(), FibonacciMethod.NumberOfIteration);
Eps /= 1E+1;
}
Console.WriteLine();
Eps = 1E-1;
Console.Write("{0,20}", "Parabol ");
for (int i = 0; i < 7; i++)
{
ParabolMethods.Do(a, b, Eps);
Console.Write("{0,10}({1,2})", ParabolMethods.getNumberOfIterationsObjectiveFunction(), ParabolMethods.NumberOfIteration);
Eps /= 1E+1;
}
Console.WriteLine();
}
static void Main(string[] args)
{
/*lab1
* var l = new Lagrange(4, "../../../LAB1/values.txt");
* Console.WriteLine(l.Calculate());
*/
//lab2
//Console.WriteLine("Value: ");
//var value = float.Parse(Console.ReadLine());
//var n = new Newton(value, "../../../LAB2/values.txt");
//Console.WriteLine(n.Calculate());
////lab3
//Console.WriteLine("Podaj poczatek przedzialu calkowania");
//float xp = float.Parse(Console.ReadLine());
//Console.WriteLine("Podaj koniec przedzialu calkowania");
//float xk = float.Parse(Console.ReadLine());
//Console.WriteLine("Podaj dokladnosc calkowania");
// int n = int.Parse(Console.ReadLine());
//var v = new IntegralMethod(xp, xk, n);
//Console.WriteLine("Wartosc calki wynosi w przyblizeniu: ");
//Console.WriteLine("Dla metody prostokatow: " + v.methodRectangle());
//Console.WriteLine("Dla metody trapezow: " + v.methodTrapezoidal());
//lab5
// BisectionMethod.Calculate(-2,1);
//NewtonRaphsonMethod.Calculate(1, 64);
//lab6
//Console.WriteLine("Figura field : "+ Gausse.Calculate());
//lab7
Console.WriteLine("Figura field : " + GoldenSectionMethod.Calculate(1, 3, 4));
}
public static void showTable(double a, double b, double Eps)
{
DichometricsMethod DichometricsMethod = new DichometricsMethod();
GoldenSectionMethod GoldenSectionMethod = new GoldenSectionMethod();
FibonacciMethod FibonacciMethod = new FibonacciMethod();
ParabolMethods ParabolMethods = new ParabolMethods();
Console.WriteLine("Dichometrics Method: ");
DichometricsMethod.Do(a, b, Eps);
Console.WriteLine("Number Of Iterations: " + DichometricsMethod.getNumberOfIterationsObjectiveFunction());
DichometricsMethod.ShowTable(Eps);
Console.WriteLine("GoldenSection Method: ");
GoldenSectionMethod.Do(a, b, Eps);
Console.WriteLine("Number Of Iterations: " + GoldenSectionMethod.getNumberOfIterationsObjectiveFunction());
GoldenSectionMethod.ShowTable(Eps);
Console.WriteLine("Fibonacci Method: ");
FibonacciMethod.Do(a, b, Eps);
Console.WriteLine("Number Of Iterations: " + FibonacciMethod.getNumberOfIterationsObjectiveFunction());
FibonacciMethod.ShowTable(Eps);
}