private void ListChanceOfAllSingleRatesSuccess()
{
Console.WriteLine("|||\n|| List of the chances of all specific rates [r] of success\n" +
"|| given the probability of a success [p] among [n] elements: X~b(n,p) P(X=r)\n||");
CheckValuesForBadness();
bool longList = DecideListLength();
for (int i = 0; i <= xVar.number; i++)
{
double binomPdf = BinomialStochasticVariables.binomPdf(xVar, i);
if (binomPdf > 0.0002 | longList)
{
ColorCodeIntervals(binomPdf);
Console.WriteLine("||| Chance of {0} success = {1}% :\tX~b( {2} , {3} ) P(X = {0}) = {4}\t\t {5}",
i, 100 * Math.Round(binomPdf, 4), xVar.number, xVar.probability,
Math.Round(binomPdf, 5), Access.Dash(binomPdf));
}
}
Console.ResetColor();
Console.ReadLine();
}
private void ChanceOfSingleRateSuccess()
{
Console.WriteLine("|||Calculate the chance of a specific rate [r] of success\n" +
"|| given the probability of a success [p] among [n] elements:\t X~b(n,p) P(X=r)\n||");
CheckValuesForBadness();
Rate = FetchRate();
Console.WriteLine("||\n||| The likelyhood of {0} success' = {1}% : X~b( {2} , {3} ) P(X = {0}) = {4}\n||",
Rate, 100 * Math.Round(BinomialStochasticVariables.binomPdf(xVar, Rate), 3), xVar.number, xVar.probability,
Math.Round(BinomialStochasticVariables.binomPdf(xVar, Rate), 5));
Console.WriteLine("|| Enter to continue.");
Console.ReadLine();
}
