/// <summary>
/// A static method that returns random values distributed normally
/// </summary>
/// <param name="n">A number of values.</param>
/// <param name="mean">An arithmetic mean.</param>
/// <param name="sd">A standard deviation</param>
/// <returns>An array of values distributed normally.</returns>
public static object GetRandomNormalDistribution(int n, object mean, object sd)
{
if (mean is double)
{
double[] testArray = new double[2];
CalculationNormalDistributionBase calculation = new NormalDistributionDouble(testArray);
return(calculation.GetRandomNormalDistribution(n, mean, sd));
}
if (mean is float)
{
float[] testArray = new float[2];
CalculationNormalDistributionBase calculation = new NormalDistributionFloat(testArray);
return(calculation.GetRandomNormalDistribution(n, mean, sd));
}
if (mean is decimal)
{
decimal[] testArray = new decimal[2];
CalculationNormalDistributionBase calculation = new NormalDistributionDecimal(testArray);
return(calculation.GetRandomNormalDistribution(n, mean, sd));
}
throw new Exception(TYPE_NOT_SUPPORTED_ERROR_MESSAGE_NOINT);
}
public static object GetConfidenceInterval(double cl, double s, int n)
{
double[] testArray = new double[2];
CalculationNormalDistributionBase calculation = new NormalDistributionDouble(testArray);
return(calculation.GetConfidenceInterval(cl, s, n));
}