static void Main(string[] args)
{
IMyFactory factory = new MyFactory();
// Question1
var ratio = factory.CreatePopulationService().RatioPerformanceCheck(1000, 50);
Console.WriteLine($"*******************************");
Console.WriteLine($"QUESTION 1 (Population): ");
Console.WriteLine($"Ratio of 2s to 1s for 1000 collection with index of 50 ");
Console.WriteLine($"Ratio is : {ratio}");
Console.WriteLine($"");
Console.WriteLine($"*******************************");
Console.WriteLine($"");
// Question2
var diceGame = factory.CreateDiceGameService();
Console.WriteLine($"QUESTION 2 (Dice Game):");
Console.WriteLine($"When I calculate the average payout per each TRY of games, I assumed that customer has to pay each time that roll te dice.");
Console.WriteLine($"Average payout has calculated in 2 different ways.");
Console.WriteLine($"");
Console.WriteLine($"GetCalculatedAveragePayoutMathematically: this method is using the laws of 'Probability and Statistics for Computer Scientists' which I studied in university in late 90's .");
Console.WriteLine($"I strongly RECOMMENDED this method because it doesn't rely on chance and can't be corrupted by bad data.");
var averagePayout1 = diceGame.GetCalculatedAveragePayoutMathematically(6, new List <int>()
{
1, 2, 3, 4, 5, 6
});
Console.WriteLine($"Average Payout (Mathematically) is : {averagePayout1}");
Console.WriteLine($"");
Console.WriteLine($"*******************************");
Console.WriteLine($"");
Console.WriteLine($"GetAveragePayoutStatistically: this method is using an internal engine to generate some random statiscal data then based on that will calculates the average payout.");
Console.WriteLine($"The main advantage of this method is that if the game is FIXED and you have real data , still you can find the relatively close answer");
var averagePayout2 = diceGame.GetAveragePayoutStatistically(players: 1000, minGames: 1, maxGames: 6);
Console.WriteLine($"Average Payout (Statistically) is : {averagePayout2:0.000}");
Console.WriteLine($"*******************************");
}