private void InitializeDependencies()
{
_cellGrowthCalculator = new CellGrowthCalculator();
_surroundingCellCalculator = new SurroundingCellCalculator(GameSettings.NumberOfColumnsAndRows);
_cellRegrowthCalculator = new CellRegrowthCalculator(_surroundingCellCalculator);
_generationAdvancer = new GenerationAdvancer(_cellRegrowthCalculator);
}
public BioCell(IPlayer player, int cellIndex, Color cellColor, ISurroundingCellCalculator surroundingCellCalculator) : base(cellIndex, false, false, true, false)
{
Player = player;
CellColor = cellColor;
OutOfGrid = false;
OrganicCell = true;
_surroundingCellCalculator = surroundingCellCalculator;
}
public Player(string name, Color playerCellColor, int playerNumber,
ICellGrowthCalculator cellGrowthCalculator,
ISurroundingCellCalculator surroundingCellCalculator,
bool isHuman)
{
Name = name;
Color = playerCellColor;
PlayerNumber = playerNumber;
_cellGrowthCalculator = cellGrowthCalculator;
_surroundingCellCalculator = surroundingCellCalculator;
IsHuman = isHuman;
_growthScorecard = new GrowthScorecard();
}
public AiPlayer(string name, Color playerCellColor, int playerNumber,
ICellGrowthCalculator cellGrowthCalculator, ISurroundingCellCalculator surroundingCellCalculator,
bool isHuman, AiType?aiType = null) :
base(name, playerCellColor, playerNumber, cellGrowthCalculator, surroundingCellCalculator, isHuman)
{
if (aiType == null)
{
var numberOfMembers = Enum.GetNames(typeof(AiType)).Length;
var aiTypeIndex = RandomNumberGenerator.Random.Next(0, numberOfMembers - 1);
AiType = (AiType)aiTypeIndex;
}
else
{
AiType = aiType.Value;
}
}
private static BioCell CreateBioCell(Player player, int cellIndex, ISurroundingCellCalculator surroundingCellCalculatorMock)
{
return(new BioCell(player, cellIndex, player.Color, surroundingCellCalculatorMock));
}
public CellRegrowthCalculator(ISurroundingCellCalculator surroundingCellCalculator)
{
_surroundingCellCalculator = surroundingCellCalculator;
}
