private static List <OneGameStatisticsDto> RunSimluations(GameSimluator simluator, int numberOfIterations, int numberOfProgressLogs, int maxTurns)
{
List <OneGameStatisticsDto> allGameStats = new List <OneGameStatisticsDto>();
int afterHowManyRunsToMakeLog = numberOfIterations / numberOfProgressLogs;
DateTime simluationStartTime = DateTime.Now;
Console.WriteLine($"\r\n\r\nRunning simulation with {numberOfIterations} iterations:\r\n");
for (int i = 0; i < numberOfIterations; i++)
{
OneGameStatisticsDto currentGameStats = simluator.Simlulate(maxTurns);
allGameStats.Add(currentGameStats);
bool enoughProgressMade = i % afterHowManyRunsToMakeLog == 0;
if (enoughProgressMade)
{
int progressPercentage = 100 * i / numberOfIterations;
Console.WriteLine($"Simulation progress: {progressPercentage}%");
}
}
DateTime simluationEndTime = DateTime.Now;
TimeSpan simluationDuration = simluationEndTime - simluationStartTime;
Console.WriteLine($"Simulation done. Simulation actual duration: {simluationDuration.Seconds}s\r\n");
return(allGameStats);
}
static void Main(string[] args)
{
GameSimluator simluator = new GameSimluator();
//import board data
SnakeOrLadderEntity[] gameBoard = GameBoardImporter.LoadGameBoard(IntputFileName);
simluator.LoadGameBoard(gameBoard);
//do a huge test
SimulationConfig simulationConfig = UserInteraction.AskUserForSimulationConfig();
MonteCarloAnalysis.ExecuteStatisticalAnalysis(simluator, simulationConfig);
//exeute one test live
Console.WriteLine("\r\n\r\nExecuting one game with live scores:");
simluator.Simlulate(100, true);
//keep program open
Console.ReadLine();
}