public double[] TestingUniformity(IRandomMethod method, int numberOfSection, int countNumbers, out double M, out double D)
{
double[] result = new double[numberOfSection];
double[] numbers = new double[countNumbers];
for (int i = 0; i < countNumbers; i++)
{
numbers[i] = method.Next();
}
double max = numbers.Max();
for (int i = 0; i < countNumbers; i++)
{
result[(int)(numbers[i]*numberOfSection/max)%numberOfSection]++;
}
numbers = numbers.Select(x => x/max).ToArray();
double m = CalcM(numbers);
double d = CalcD(numbers);
M = m;
D = d;
return result;
}
public double TestingtestingIndependence(IRandomMethod method, int countNumbers)
{
double result;
double[] numbers1 = new double[countNumbers];
double[] numbers2 = new double[countNumbers];
numbers1 = numbers1.Select(x => (double)method.Next()).ToArray();
double max = numbers1.Max();
numbers2 = numbers2.Select(x => (double)method.Next()).ToArray();
max = Math.Max(max, numbers2.Max());
numbers1 = numbers1.Select(x => x/max).ToArray();
numbers2 = numbers2.Select(x => x/max).ToArray();
double[] multiply = new double[countNumbers];
for (int i = 0; i < countNumbers; i++)
{
multiply[i] = numbers1[i]*numbers2[i];
}
result = (CalcM(multiply) - CalcM(numbers1)*CalcM(numbers2))/Math.Sqrt(CalcD(numbers1)*CalcD(numbers2));
return result;
}
