private static int FillGameField(
int aCheckWidth, int aCheckHeight, int aFieldWidth, Life.LifeGame aGame, long aGameIndex)
{
if (aGame.ItemCount > 0)
{
foreach (Life.Cell _cell in aGame.GameField)
{
_cell.Clear();
}
}
int _itemCount = 0;
for (int w = 0; w < aCheckWidth; w++)
{
for (int h = 0; h < aCheckHeight; h++)
{
int _checkIndex = h * aCheckWidth + w;
long _mask = 1L << _checkIndex;
int _fieldIndex = h * aFieldWidth + w;
if ((aGameIndex & _mask) > 0)
{
aGame.InitialCell(_fieldIndex);
_itemCount++;
}
}
}
return(_itemCount);
//return aGame.GameField.Count(x => x.CellItem != null);
}
private static void Check(int aCheckWidth, int aCheckHeight, int aStepCount)
{
int _checkSize = aCheckWidth * aCheckHeight;
int _fieldHeight = 50;
int _fieldWidth = 50;
int _maxNeighbourCount = 5;
int _minNeighbourCount = 3;
int _neighbourCount = 3;
//int _stepsCount = 50;
long _checkLength = (long)Math.Pow(2, _checkSize);
long _gameIndex = (long)Math.Pow(2, _checkSize - 4);
Life.LifeGame _game = Life.GameCreator.RectangleTorGame(_fieldHeight, _fieldWidth, 0);
//Life.LifeGame _game = Life.GameCreator.HexagonalTorGame(_fieldHeight, _fieldWidth, 0);
_game.MaxNeighbours = _maxNeighbourCount;
_game.MinNeighbours = _minNeighbourCount;
_game.NeighboursForNew = _neighbourCount;
FileStream _fs = File.OpenWrite("output.txt");
StreamWriter _sw = new StreamWriter(_fs);
_sw.WriteLine("GameIndex, MaxAge, StepNum, StartItemCount, ItemCount");
for (; _gameIndex < _checkLength; _gameIndex++)
{
for (int _maxAge = 1; _maxAge < 21; _maxAge++)
{
_game.MaxAge = _maxAge;
int _stepNum = aStepCount;
int _itemCount = FillGameField(aCheckWidth, aCheckHeight, _fieldWidth, _game, _gameIndex);
for (int _step = 0; _step < aStepCount; _step++)
{
_game.Step();
if (_game.ItemCount <= 0)
{
_stepNum = _step;
break;
}
}
if (_game.ItemCount > 0)
{
PrintLog(_gameIndex, _maxAge, _stepNum, _itemCount, _game.ItemCount, _sw);
}
}
Console.WriteLine(_gameIndex);
}
_sw.Close();
_fs.Close();
}
private static void CheckPeriod(int aCheckWidth, int aCheckHeight, int aStepCount)
{
int _checkSize = aCheckWidth * aCheckHeight;
int _fieldHeight = 50;
int _fieldWidth = 50;
int _maxNeighbourCount = 5;
int _minNeighbourCount = 3;
int _neighbourCount = 3;
//int _stepsCount = 50;
long _checkLength = (long)Math.Pow(2, _checkSize);
Life.LifeGame _game = Life.GameCreator.RectangleTorGame(_fieldHeight, _fieldWidth, 0);
//Life.LifeGame _game = Life.GameCreator.HexagonalTorGame(_fieldHeight, _fieldWidth, 0);
_game.MaxNeighbours = _maxNeighbourCount;
_game.MinNeighbours = _minNeighbourCount;
_game.NeighboursForNew = _neighbourCount;
FileStream _fs = File.OpenWrite("output.txt");
StreamWriter _sw = new StreamWriter(_fs);
_sw.WriteLine("GameIndex, MaxAge, StepNum, Period, ItemCount");
for (long _gameIndex = 0; _gameIndex < _checkLength; _gameIndex++)
{
for (int _maxAge = 1; _maxAge < 11; _maxAge++)
{
_game.MaxAge = _maxAge;
int _stepNum = aStepCount;
int _itemCount = FillGameField(aCheckWidth, aCheckHeight, _fieldWidth, _game, _gameIndex);
List <int> _itemsCount = new List <int>();
bool _isPeriodFounded = false;
for (int _step = 0; _step < aStepCount && !_isPeriodFounded && _game.ItemCount > 0; _step++)
{
_game.Step();
if (_itemsCount.Count > 2)
{
int _index1 = -1;
int _index2 = -1;
for (int i = _itemsCount.Count - 2; i >= 0 && !_isPeriodFounded; i--)
{
if (_itemsCount[i] == _game.ItemCount)
{
if (_index1 == -1 && _game.ItemCount - i != 1)
{
_index1 = i;
}
else if (_index2 == -1)
{
if (_index1 - i == _itemsCount.Count - _index1)
{
_index2 = i;
}
}
else
{
if (_index2 - i == _itemsCount.Count - _index1)
{
PrintPeriodLog(_gameIndex, _maxAge, _step, _index2 - i, _game.ItemCount, _sw);
_isPeriodFounded = true;
}
}
}
}
}
_itemsCount.Add(_game.ItemCount);
}
}
Console.WriteLine(_gameIndex);
}
_sw.Close();
_fs.Close();
}
