public Part3(Part1 table, Part2 data)
{
Lymbda = 1 / data.Xв;
Xi = new int[table.k];
Xi1 = new int[table.k];
ni = new int[table.k];
zi = new double[table.k];
zi1 = new double[table.k];
E_zi = new double[table.k];
E_zi1 = new double[table.k];
pi = new double[table.k];
npi = new double[table.k];
Component = new double[table.k];
for (var index = 0; index < table.k; index++)
{
Xi[index] = index * table.h;
Xi1[index] = (index + 1) * table.h;
ni[index] = table.Ni[index];
zi[index] = Math.Round(Lymbda * Xi[index], 2);
zi1[index] = Math.Round(Lymbda * Xi1[index], 2);
E_zi[index] = Math.Round(Math.Pow(Math.E, -zi[index]), 4);
E_zi1[index] = Math.Round(Math.Pow(Math.E, -zi1[index]), 4);
pi[index] = Math.Round(E_zi[index] - E_zi1[index], 4);
npi[index] = Math.Round(pi[index] * table.Count, 2);
Component[index] = Math.Round(Math.Pow(ni[index] - npi[index], 2) / npi[index], 3);
X2набл += Math.Round(Component[index], 2);
}
}
public static void PrintPart2(Part2 part2)
{
Console.WriteLine("M1: {0}", part2.M1);
Console.WriteLine("M2: {0}", part2.M2);
Console.WriteLine("M3: {0}", part2.M3);
Console.WriteLine("M4: {0}", part2.M4);
Console.WriteLine("m2: {0}", part2.m2);
Console.WriteLine("m3: {0}", part2.m3);
Console.WriteLine("m4: {0}", part2.m4);
Console.WriteLine("Xв: {0}", part2.Xв);
Console.WriteLine("Dв: {0}", part2.Dв);
Console.WriteLine("Бв: {0}", part2.Бв);
Console.WriteLine("As: {0}", part2.As);
Console.WriteLine("Ex: {0}", part2.Ex);
Console.WriteLine("V: {0}", part2.V);
Console.WriteLine();
}
private static void Solution(double[] data)
{
if (data.Length != 100)
{
Console.WriteLine("The sample must be a hundred items");
return;
}
var table = new Part1(data);
PrintResult.PrintPart1(table);
var part2 = new Part2(table);
PrintResult.PrintPart2(part2);
var part3 = new Part3(table, part2);
PrintResult.PrintPart3(table, part3);
}
