private void MakeTurn(object sender, object o)
{
_step++;
Window.Title = _step.ToString();
if (_matrix.AliveCount == 0)
{
_timer.Stop();
}
_matrix.MakeTurn();
Print(_step, LogConstants.MatrixSize, _matrix);
}
private static void Main(string[] args)
{
var length = 100;
var matrix = new Matrix(length, length);
matrix.Cells = new Creature[length, length];
matrix.Length = length;
matrix.Width = length;
matrix.FillStartMatrixRandomly();
Print(0, length, matrix);
Console.WriteLine("0:{0}", matrix.AliveCount);
var log = new StringBuilder();
for (int i = 0; i < 1000; i++)
{
matrix.MakeTurn();
Print(i + 1, length, matrix);
Console.WriteLine("{0}:{1}", i + 1, matrix.AliveCount);
var generationStat =
string.Join(" ",
matrix
.CellsAsEnumerable
.Select(x => x.Generation)
.GroupBy(x => x)
.OrderBy(x => x.Key)
.Select(x => string.Format("{0}:{1}", x.Key, x.Count()))
.ToArray());
log.AppendLine(generationStat);
}
File.WriteAllText(@"C:\Temp\Creatures\Log.txt", log.ToString());
Console.WriteLine(Stats.Up);
Console.WriteLine(Stats.Right);
Console.WriteLine(Stats.Down);
Console.WriteLine(Stats.Left);
}
private static void Main(string[] args)
{
var matrixSize = LogConstants.MatrixSize;
int scale = 500 / matrixSize;
var commandsForGetDirection = new GetDirectionAlgorithm().Algorithm;
var commandsForGetAction = new GetActionAlgorithm().Algorithm;
var creator = new CreatorOfCreature(commandsForGetAction, commandsForGetDirection);
var matrix = new Matrix(matrixSize, matrixSize, creator, new FillingFromCornersByWavesStrategy());
matrix.FillStartMatrixRandomly();
CreateDirectory();
Print(0, matrixSize, matrix, scale);
Console.WriteLine("0:{0}", matrix.AliveCount);
var log = new StringBuilder();
for (int i = 0; i < LogConstants.CountOfTurns; i++)
{
if (matrix.AliveCount == 0)
{
break;
}
matrix.MakeTurn();
if (i % 100 == 0)
{
MarkParts(matrixSize, matrix);
}
Print(i + 1, matrixSize, matrix, scale);
Console.WriteLine("{0}:{1}", i + 1, matrix.AliveCount);
var generationStat =
string.Join(" ",
matrix
.CreaturesAsEnumerable
.Select(x => x.Generation)
.GroupBy(x => x)
.OrderBy(x => x.Key)
.Select(x => $"{x.Key}:{x.Count()}")
.ToArray());
log.AppendLine(generationStat);
//PrintGeneration(matrix, i);
}
var maxGeneration = matrix.CreaturesAsEnumerable.Max(n => n.Generation);
var averageGeneration = (int)matrix.CreaturesAsEnumerable.Average(n => n.Generation);
var limit = (int)(0.75 * maxGeneration);
var step = averageGeneration / 5;
var youngCreatures =
matrix.CreaturesAsEnumerable.Where(n => n.Generation > limit && n.Generation != maxGeneration).ToArray();
var mediumAgeCreatures =
matrix.CreaturesAsEnumerable.Where(
n => n.Generation >= averageGeneration - step && n.Generation <= averageGeneration + step).ToArray();
var randomYoung = ChooseRandom(youngCreatures);
var randomMedium = ChooseRandom(mediumAgeCreatures);
var youngCreatureLog = CreateLogOfCreature(randomYoung.Creature as Creature, randomYoung.Generation);
var mediumCreatureLog = CreateLogOfCreature(randomMedium.Creature as Creature, randomMedium.Generation);
var originalCreatureLog = CreateLogOfCreature(creator.CreateAbstractCreature() as Creature, 1);
File.WriteAllText(LogConstants.PathToLogDirectory + "\\randomYoungCommands.txt", youngCreatureLog);
File.WriteAllText(LogConstants.PathToLogDirectory + "\\randomMediumCommands.txt", mediumCreatureLog);
File.WriteAllText(LogConstants.PathToLogDirectory + "\\originalCommands.txt", originalCreatureLog);
File.WriteAllText(LogConstants.PathToLogDirectory + "\\Log.txt", log.ToString());
Console.WriteLine("Up: " + Stats.Up);
Console.WriteLine("Right: " + Stats.Right);
Console.WriteLine("Down: " + Stats.Down);
Console.WriteLine("Left: " + Stats.Left);
Console.WriteLine("Mutations: " + Mutator.Mutator.MUTATIONS);
Console.WriteLine("Successful mutations: " + Mutator.Mutator.MUTATIONSREAL);
Console.WriteLine("Exceptions: " + Matrix.EXCEPTIONS);
Console.ReadKey();
}