static void Main(string[] args)
{
MyTimer timer = new MyTimer();
//long NumberToCheck = 54996816813;
long NumberToCheck = 5791;
timer.Start();
Console.WriteLine("Factorizing:\t{0:N0}", NumberToCheck);
List <long> NumberFactors = Factorization.Factorize(NumberToCheck);
Console.WriteLine("Factorization is:");
int counter = NumberFactors.Count;
foreach (int factor in NumberFactors)
{
counter--;
Console.Write(factor);
if (counter != 0)
{
Console.Write("x");
}
}
Console.WriteLine("");
Console.WriteLine("Calculation took: {0}", timer.Elapsed);
Console.Read();
}
static void Main(string[] args)
{
// Rho Pollard
var primeA = "99194853094755497".ToOmgNum();
var primeB = "2971215073".ToOmgNum();
var primesProd = OmgOp.Multiply(primeA, primeB);
var polard = new PolardFactorization();
var factor = polard.FindFactor(primesProd);
Console.WriteLine($"factor: {factor}");
// Rho Discrete Log
var rhoLogFinder = new RhoLog();
(OmgNum a, OmgNum b, OmgNum p)log = (5.ToOmgNum(), 3.ToOmgNum(), 2017.ToOmgNum());
var discreteLog = rhoLogFinder.FindLog(log.a, log.b, log.p);
Console.WriteLine($"{discreteLog} : {OmgOp.Pow(log.a, discreteLog, log.p)}");
// Factorization
var factorizer = new Factorization();
var factorization = factorizer.Factorize("63782453".ToOmgNum());
Console.WriteLine($"factorization: {String.Join(' ', factorization.Select(x => ($"{x.Key}^{x.Value}")))}");
// EulerF
var euler = factorizer.EulerFunction("63782453".ToOmgNum());
Console.WriteLine($"euler: {euler}");
// MobiusF
var mobius1 = factorizer.Mobius("63782453".ToOmgNum());
var mobius2 = factorizer.Mobius("4".ToOmgNum());
Console.WriteLine($"mobius1: {mobius1}");
Console.WriteLine($"mobius2: {mobius2}");
}
