public static void Playing()
{
CheckersLogic Board = new CheckersLogic(8);
// Board.PrintBoard();
Board.PlayingVessel("Ac>Bd"); // Bf>Ce
Board.PlayingVessel("Bf>Ce");
Board.PlayingVessel("Cc>Dd");
Board.PlayingVessel("Hf>Ge");
Board.PlayingVessel("Dd>Ee");
Board.PlayingVessel("Df>Fd");
Board.PlayingVessel("Ec>Dd");
Board.PlayingVessel("Fd>Ec");
Board.PlayingVessel("Bb>Cc");
//Board.PlayingVessel("Ce>Ec"); // didnt work and it is Good!!!
Board.PlayingVessel("Ce>Ac");
Board.PlayingVessel("Ca>Bb");
Board.PlayingVessel("Ac>Ca"); // should become to King by number 1King(3), 2King(4)
Board.PlayingVessel("Dd>Ce");
Board.PlayingVessel("Ca>Bb");
Board.PlayingVessel("Ce>Bf");
Board.PlayingVessel("Ff>Ee");
Board.PlayingVessel("Cc>Bd");
Board.PlayingVessel("Ag>Ce");
Board.PlayingVessel("Ce>Ac");
Board.PlayingVessel("Db>Fd");
//Board.PlayingVessel("");
//Board.PlayingVessel("");
// -- from here to
//Board.PlayingVessel("Db>Fd");
//Board.PlayingVessel("Cg>Df");
//Board.PlayingVessel("Fd>Ee");
//Board.PlayingVessel("Bb>Ac");
//Board.PlayingVessel("Gc>Hd");
//Board.PlayingVessel("Ff>Dd");
// -- to here its just to see if all work back and front eating.
//Board.PlayingVessel("");
//Board.PlayingVessel("");
//Board.PlayingVessel("");
//Board.PlayingVessel("");
//Board.PlayingVessel("");
//Board.PlayingVessel("");
//Board.PlayingVessel("");
//Board.PlayingVessel("");
//Board.PlayingVessel("");
//Board.PrintBoard();
string str = Console.ReadLine();
while (char.ToUpper(str[0]) != 'Q')
{
Board.PlayingVessel(str);
Board.PrintBoard();
str = Console.ReadLine();
}
}
// yosi start
public GamePlay(Player i_player1, Player i_player2, byte i_Size = 8)
{
m_player1 = i_player1;
m_player2 = i_player2;
m_Size = i_Size;
m_ActiveGame = new CheckersLogic(i_Size);
m_UiOfGame = new BordToGame(i_Size);
}
public GamePlay(byte i_Size = 8)
{
//yosi start
m_player1 = new Player();
m_player2 = new Player();
m_player1.Name = "avi";
//yosi end
m_Size = i_Size;
m_ActiveGame = new CheckersLogic(i_Size);
m_UiOfGame = new BordToGame(i_Size);
}
// yosi end
public static void PlayingTestLogic()
{
CheckersLogic Board = new CheckersLogic(8);
Board.PrintBoard();
string str = Console.ReadLine();
while (char.ToUpper(str[0]) != 'Q')
{
Board.PlayingVessel(str);
Board.PrintBoard();
str = Console.ReadLine();
}
}
public static void Playing2()
{
Console.Title = "Damka , Good Luck";
CheckersLogic Board = new CheckersLogic(8);
Board.PlayingVessel("Ac>Bd"); // Bf>Ce
Board.PlayingVessel("Bf>Ce");
Board.PlayingVessel("Cc>Dd");
Board.PlayingVessel("Hf>Ge");
Board.PlayingVessel("Dd>Ee");
Board.PlayingVessel("Df>Fd");
Board.PlayingVessel("Ec>Dd");
Board.PlayingVessel("Fd>Ec");
Board.PlayingVessel("Bb>Cc");
Board.PlayingVessel("Gg>Hf");
Board.PlayingVessel("Aa>Bb");
Board.PlayingVessel("Fh>Gg");
//// ------- Multi eat
Board.PlayingVessel("Db>Fd");
Board.PlayingVessel("Ge>Ec");
Board.PlayingVessel("Gc>Hd");
Board.PlayingVessel("Hf>Ge");
Board.PlayingVessel("Bd>Df");
//// ------ end.
//Board.PlayingVessel("");
//Board.PlayingVessel("");
Board.PrintBoard();
string str = Console.ReadLine();
while (char.ToUpper(str[0]) != 'Q')
{
Board.PlayingVessel(str);
Board.PrintBoard();
str = Console.ReadLine();
}
}
private void moveInBoard(string i_MoveInString)
{
const char emptyPlace = ' '; // check to naming
char yaadX = i_MoveInString[3], yaadY = i_MoveInString[4], makorX = i_MoveInString[0], makorY = i_MoveInString[1];
m_UiOfGame[yaadY, yaadX] = m_UiOfGame[makorY, makorX];
m_UiOfGame[makorY, makorX] = emptyPlace;
if (m_ActiveGame.IsEated)
{
char MiddleX = (char)((yaadX + makorX) / 2), MiddleY = (char)((yaadY + makorY) / 2);
m_UiOfGame[MiddleY, MiddleX] = emptyPlace;
}
byte indexDestX, indexDestY;
CheckersLogic.charsToIndex(out indexDestX, yaadX, out indexDestY, yaadY);
if (m_ActiveGame.checkIfBecomeKing(indexDestX, indexDestY))
{
const char xKing = 'K', oKing = 'U';
m_UiOfGame[yaadY, yaadX] = indexDestY == 0 ? xKing : oKing;
}
}
public GamePlay(byte i_Size = 8)
{
m_ActiveGame = new CheckersLogic(i_Size);
m_UiOfGame = new BordToGame(i_Size);
}
private void multiEatingByPlayer(string i_MoveInString)
{
byte indexX, indexY;
CheckersLogic.charsToIndex(out indexX, i_MoveInString[3], out indexY, i_MoveInString[4]);
while (m_ActiveGame.checkingBounderis(indexX, indexY))
{
m_UiOfGame.PrintBoardGame();
Console.WriteLine("Eat Again , From GamePlay !!");
if (m_ActiveGame.NowPlaying == player1)
{
// replace that
i_MoveInString = InputChecking();
// i_MoveInString = matricxChekers.AiForDamka.TheMoveToDoForMultiEating(m_ActiveGame, i_MoveInString);
}
else
{
if (m_player2.Name == null)
{
i_MoveInString = matricxChekers.AiForDamka.TheMoveToDoForMultiEating(m_ActiveGame, i_MoveInString);
}
else
{
// replace that
i_MoveInString = InputChecking();
// i_MoveInString = matricxChekers.AiForDamka.TheMoveToDoForMultiEating(m_ActiveGame, i_MoveInString);
}
}
if (i_MoveInString != null)
{
byte inputIndex2X, inputIndex2Y, inputIndex1X, inputIndex1Y;
CheckersLogic.charsToIndex(out inputIndex2X, i_MoveInString[3], out inputIndex2Y, i_MoveInString[4]);
CheckersLogic.charsToIndex(out inputIndex1X, i_MoveInString[0], out inputIndex1Y, i_MoveInString[1]);
if (indexX == inputIndex1X && indexY == inputIndex1Y)
{
Console.WriteLine("Hey im here , the same as befor is playing");
m_ActiveGame.eatWithSameSoilder(inputIndex1X, inputIndex1Y, inputIndex2X, inputIndex2Y);
Console.WriteLine("answer if it eated the soidler ===> {0}", m_ActiveGame.IsEated);
if (m_ActiveGame.IsEated)
{
moveInBoard(i_MoveInString);
indexX = inputIndex2X;
indexY = inputIndex2Y;
}
}
// m_ActiveGame
}
}
// check it
if (m_ActiveGame.GameOn() == false)
{
m_UiOfGame.PrintBoardGame();
}
}
