public eTypeOfMove DoMove(Point i_SourcePoint, Point i_TargetPoint)
{
eTypeOfMove i_MoveType = eTypeOfMove.IllegalMove;
int[] i_Source = { i_SourcePoint.X, i_SourcePoint.Y };
int[] i_Target = { i_TargetPoint.X, i_TargetPoint.Y };
eCoinSign i_CoinSign = GameBoard.Matrix[i_Source[0], i_Source[1]].Sign;
if (i_CoinSign == eCoinSign.PlayerX)
{
i_MoveType = moveDownToUp(i_Source, i_Target);
}
else if (i_CoinSign == eCoinSign.PlayerO)
{
i_MoveType = moveUpToDown(i_Source, i_Target);
}
else if ((i_CoinSign == eCoinSign.PlayerOKing) || (i_CoinSign == eCoinSign.PlayerXKing))
{
if (i_Source[0] > i_Target[0])
{
i_MoveType = moveDownToUp(i_Source, i_Target);
}
else
{
i_MoveType = moveUpToDown(i_Source, i_Target);
}
}
return(i_MoveType);
}
private bool checkIfExistRegularMoveAndFillMovesList(int i_Row, int i_Col)
{
bool v_CanMove = false;
eCoinSign i_CurSign = GameBoard.Matrix[i_Row, i_Col].Sign;
eStatus i_NotExistCoin = eStatus.NotExistCoin;
eStatus i_UpRightCell = (i_Row > 0 && i_Col < GameBoard.NumOfRowsAndCols - 1) ? GameBoard.Matrix[i_Row - 1, i_Col + 1].Status : eStatus.Illegal;
eStatus i_UpLeftCell = (i_Row > 0 && i_Col > 0) ? GameBoard.Matrix[i_Row - 1, i_Col - 1].Status : eStatus.Illegal;
eStatus i_DownRightCell = (i_Row < GameBoard.NumOfRowsAndCols - 1 && i_Col < GameBoard.NumOfRowsAndCols - 1) ? GameBoard.Matrix[i_Row + 1, i_Col + 1].Status : eStatus.Illegal;
eStatus i_DownLeftCell = (i_Row < GameBoard.NumOfRowsAndCols - 1 && i_Col > 0) ? GameBoard.Matrix[i_Row + 1, i_Col - 1].Status : eStatus.Illegal;
if (i_CurSign == eCoinSign.PlayerO)
{
v_CanMove = i_DownLeftCell == i_NotExistCoin || i_DownRightCell == i_NotExistCoin;
}
if (i_CurSign == eCoinSign.PlayerX)
{
v_CanMove = i_UpLeftCell == i_NotExistCoin || i_UpRightCell == i_NotExistCoin;
}
if ((i_CurSign == eCoinSign.PlayerXKing) || (i_CurSign == eCoinSign.PlayerOKing))
{
v_CanMove = i_UpLeftCell == i_NotExistCoin || i_UpRightCell == i_NotExistCoin || i_DownLeftCell == i_NotExistCoin || i_DownRightCell == i_NotExistCoin;
}
if ((GameBoard.Matrix[i_Row, i_Col].Owner == eOwner.Player2) && (Players[1].TypeOfPlayer == eTypeOfPlayer.Computer))
{
if (i_UpLeftCell == i_NotExistCoin)
{
Players[1].LigalMovesList.Add(new SourceAndTargetMove(i_Row, i_Col, i_Row - 1, i_Col - 1, -1, -1, eTypeOfMove.RegularMove));
}
if (i_UpRightCell == i_NotExistCoin)
{
Players[1].LigalMovesList.Add(new SourceAndTargetMove(i_Row, i_Col, i_Row - 1, i_Col + 1, -1, -1, eTypeOfMove.RegularMove));
}
if (i_CurSign == eCoinSign.PlayerXKing)
{
if (i_DownLeftCell == i_NotExistCoin)
{
Players[1].LigalMovesList.Add(new SourceAndTargetMove(i_Row, i_Col, i_Row + 1, i_Col - 1, -1, -1, eTypeOfMove.RegularMove));
}
if (i_DownRightCell == i_NotExistCoin)
{
Players[1].LigalMovesList.Add(new SourceAndTargetMove(i_Row, i_Col, i_Row + 1, i_Col + 1, -1, -1, eTypeOfMove.RegularMove));
}
}
}
return(v_CanMove);
}
public Cell(eCoinSign i_Sign)
{
this.m_Sign = i_Sign;
this.m_Status = eStatus.Illegal;
if (i_Sign == eCoinSign.PlayerO)
{
this.m_Owner = eOwner.Player1;
}
else
{
this.m_Owner = eOwner.Player2;
}
}
public Player(string i_Name, eTypeOfPlayer i_TypeOfPlayer, int i_NumOfCoins, eCoinSign i_CoinSign)
{
this.m_TypeOfPlayer = i_TypeOfPlayer;
this.m_PlayerName = i_Name;
this.m_Score = 0;
this.m_CoinSign = i_CoinSign;
if (this.m_CoinSign == eCoinSign.PlayerX)
{
this.m_KingSign = eCoinSign.PlayerXKing;
}
else if (this.m_CoinSign == eCoinSign.PlayerO)
{
this.m_KingSign = eCoinSign.PlayerOKing;
}
this.m_ListOfLigalMove = new List <SourceAndTargetMove>();
}
private void fillMustEatMovesListUpToDown(int i_RowSource, int i_ColSource)
{
eOwner i_CurOwner = GameBoard.Matrix[i_RowSource, i_ColSource].Owner;
eTypeOfMove i_MoveType = eTypeOfMove.MustToEat;
eCoinSign i_CoinSign = GameBoard.Matrix[i_RowSource, i_ColSource].Sign;
if (checkIfMustToEatUpToDownRight(i_CurOwner, i_RowSource, i_ColSource))
{
i_MoveType = checkIfMustToEatDownToUp(i_CurOwner, i_RowSource + 2, i_ColSource + 2) || checkIfMustToEatUpToDown(i_CurOwner, i_RowSource + 2, i_ColSource + 2) ? eTypeOfMove.CanMoreSkip : eTypeOfMove.MustToEat;
Players[1].LigalMovesList.Add(new SourceAndTargetMove(i_RowSource, i_ColSource, i_RowSource + 2, i_ColSource + 2, i_RowSource + 1, i_ColSource + 1, i_MoveType));
}
if (checkIfMustToEatUpToDownLeft(i_CurOwner, i_RowSource, i_ColSource))
{
i_MoveType = checkIfMustToEatDownToUp(i_CurOwner, i_RowSource + 2, i_ColSource - 2) || checkIfMustToEatUpToDown(i_CurOwner, i_RowSource + 2, i_ColSource - 2) ? eTypeOfMove.CanMoreSkip : eTypeOfMove.MustToEat;
Players[1].LigalMovesList.Add(new SourceAndTargetMove(i_RowSource, i_ColSource, i_RowSource + 2, i_ColSource - 2, i_RowSource + 1, i_ColSource - 1, i_MoveType));
}
}
private eTypeOfMove eatAndUpdateCellMoveDownToUp(eTypeOfMove i_MoveType, int[] i_Source, int[] i_Terget, int i_ColSource)
{
resetCell(i_Source[0] - 1, i_ColSource);
updateSourceAndTargetCells(i_Source, i_Terget);
eCoinSign i_CurrentPlayer = GameBoard.Matrix[i_Terget[0], i_Terget[1]].Sign;
eOwner i_CurrentOwner = GameBoard.Matrix[i_Terget[0], i_Terget[1]].Owner;
if (i_CurrentPlayer == eCoinSign.PlayerX)
{
i_MoveType = checkIfMustToEatDownToUp(i_CurrentOwner, i_Terget[0], i_Terget[1]) ? eTypeOfMove.CanMoreSkip : eTypeOfMove.SkipMove;
}
if ((i_CurrentPlayer == eCoinSign.PlayerXKing) || (i_CurrentPlayer == eCoinSign.PlayerOKing))
{
i_MoveType = checkIfMustToEatUpToDown(i_CurrentOwner, i_Terget[0], i_Terget[1]) || checkIfMustToEatDownToUp(i_CurrentOwner, i_Terget[0], i_Terget[1]) ? eTypeOfMove.CanMoreSkip : eTypeOfMove.SkipMove;
}
return(i_MoveType);
}
private bool checkIfCanMove(eOwner i_CurOwner, int i_Row, int i_Col)
{
bool v_CanMove = false;
eCoinSign i_CurSign = GameBoard.Matrix[i_Row, i_Col].Sign;
if (i_CurSign == eCoinSign.PlayerO)
{
v_CanMove = checkIfMustToEatUpToDown(i_CurOwner, i_Row, i_Col) || checkIfExistRegularMoveAndFillMovesList(i_Row, i_Col);
}
if (i_CurSign == eCoinSign.PlayerX)
{
v_CanMove = checkIfMustToEatDownToUp(i_CurOwner, i_Row, i_Col) || checkIfExistRegularMoveAndFillMovesList(i_Row, i_Col);
}
if ((i_CurSign == eCoinSign.PlayerXKing) || (i_CurSign == eCoinSign.PlayerOKing))
{
v_CanMove = checkIfMustToEatUpToDown(i_CurOwner, i_Row, i_Col) || checkIfMustToEatDownToUp(i_CurOwner, i_Row, i_Col) || checkIfExistRegularMoveAndFillMovesList(i_Row, i_Col);
}
return(v_CanMove);
}