public GamePlayer(eType i_Type, GameBoardCell.eType i_CellType, string i_PlayerName)
{
m_Score = 0;
r_Type = i_Type;
r_CellType = i_CellType;
r_PlayerName = i_PlayerName;
}
public ReverseTicTacToeAlgo(GameBoardCell.eType i_CellType, GameState i_GameState, GameLogic i_GameLogic)
{
GameBoardCell.eType opponentCellType = (i_CellType == GameBoardCell.eType.X) ?
GameBoardCell.eType.O : GameBoardCell.eType.X;
r_GameLogic = i_GameLogic;
r_GameState = i_GameState;
r_OpponentIndex = i_GameLogic.CellTypeToPlayerIndex(opponentCellType);
r_OwnIndex = i_GameLogic.CellTypeToPlayerIndex(i_CellType);
}
public Point?MakeMove(Board <GameBoardCell> i_Board, GameBoardCell.eType i_CellType, GameLogic i_GameLogic)
{
if (m_IsFirstMakeMove)
{
m_IsFirstMakeMove = false;
init(i_CellType, i_GameLogic);
}
return(m_Algorithm.GetMove());
}
// Makes a move. If bad input was recv, will return null.
public Point?MakeMove(Board <GameBoardCell> i_Board, Point i_Input, GameBoardCell.eType i_CellType, GameLogic i_GameLogic)
{
Point?retMove = null;
// checking if move is valid both here and in "GameManager". If the move is not valid in this stage, its the user's input fault.
// If the move is not valid in "GameManager" Then its an error!
if (i_GameLogic.IsMoveValid(i_Input))
{
retMove = i_Input;
}
return(retMove);
}
// Converts GameBoardCell to Player's index in the Player's array.
public uint CellTypeToPlayerIndex(GameBoardCell.eType i_Type)
{
uint?retIndex = null;
if (i_Type != GameBoardCell.eType.None)
{
for (uint i = 0; i < r_Players.Length; i++)
{
if (i_Type == r_Players[i].CellType)
{
retIndex = i;
}
}
}
return((uint)retIndex);
}
// Converts GameBoardCell to Player's index in the Player's array.
public uint CellTypeToPlayerIndex(GameBoardCell.eType i_Type)
{
return(r_Players.CellTypeToPlayerIndex(i_Type));
}
public void init(GameBoardCell.eType i_Sign, GameLogic i_GameLogic)
{
m_Algorithm = new ReverseTicTacToeAlgo(i_Sign, i_GameLogic.State, i_GameLogic);
}
