private void removeChecker(PointOfPosition i_CheckerSquarePoint)
{
char colorOfTheChecker = m_MatrixBoardForTesting[i_CheckerSquarePoint.Y, i_CheckerSquarePoint.X];
string squareOfThePoint = Position.ConvertPointToSquare(i_CheckerSquarePoint);
if (colorOfTheChecker == (char)Checker.e_Symbol.O || colorOfTheChecker == (char)Checker.e_Symbol.U)
{
foreach (Checker checker in m_Player1.ListOfCheckers)
{
if (checker.PositintOfTheChecker.SquareInTheBoard.Equals(squareOfThePoint))
{
m_Player1.ListOfCheckers.Remove(checker);
break;
}
}
}
if (colorOfTheChecker == (char)Checker.e_Symbol.X || colorOfTheChecker == (char)Checker.e_Symbol.K)
{
foreach (Checker checker in m_Player2.ListOfCheckers)
{
if (checker.PositintOfTheChecker.SquareInTheBoard.Equals(squareOfThePoint))
{
m_Player2.ListOfCheckers.Remove(checker);
break;
}
}
}
m_MatrixBoardForTesting[i_CheckerSquarePoint.Y, i_CheckerSquarePoint.X] = '\0';
}
public static PointOfPosition ConvertSqureToPoint(string i_Square)
{
char[] coords = { i_Square[0], i_Square[1] };
PointOfPosition point = new PointOfPosition(coords[0] - 'A', coords[1] - 'a');
return(point);
}
private void updateTestingMatrix(string i_InputMoveFrom, string i_InputMoveTo, bool i_AttackFlag)
{
PointOfPosition moveFromPoint = new PointOfPosition();
PointOfPosition moveToPoint = new PointOfPosition();
moveFromPoint = Position.ConvertSqureToPoint(i_InputMoveFrom);
moveToPoint = Position.ConvertSqureToPoint(i_InputMoveTo);
if (m_MatrixBoardForTesting[moveFromPoint.Y, moveFromPoint.X] == (char)Checker.e_Symbol.O && moveToPoint.Y == m_BoardSize - 1)
{
m_MatrixBoardForTesting[moveToPoint.Y, moveToPoint.X] = (char)Checker.e_Symbol.U;
m_MatrixBoardForTesting[moveFromPoint.Y, moveFromPoint.X] = '\0';
}
else if (m_MatrixBoardForTesting[moveFromPoint.Y, moveFromPoint.X] == (char)Checker.e_Symbol.X && moveToPoint.Y == 0)
{
m_MatrixBoardForTesting[moveToPoint.Y, moveToPoint.X] = (char)Checker.e_Symbol.K;
m_MatrixBoardForTesting[moveFromPoint.Y, moveFromPoint.X] = '\0';
}
else
{
m_MatrixBoardForTesting[moveToPoint.Y, moveToPoint.X] = m_MatrixBoardForTesting[moveFromPoint.Y, moveFromPoint.X];
m_MatrixBoardForTesting[moveFromPoint.Y, moveFromPoint.X] = '\0';
}
if (i_AttackFlag)
{
updadeAfterAttacking(moveFromPoint, moveToPoint);
}
}
public static string ConvertPointToSquare(PointOfPosition i_Point)
{
char[] coords = new char[2];
coords[0] = (char)(i_Point.X + 'A');
coords[1] = (char)(i_Point.Y + 'a');
string square = new string(coords);
return(square);
}
private void check4OptionalMoves(LinkedList <KeyValuePair <string, string> > r_MovesListOfPlayer, int i_XCoordinate, int i_YCoordinate, char i_SymbolOfChecker)
{
PointOfPosition checkerPoint = new PointOfPosition(i_XCoordinate, i_YCoordinate);
PointOfPosition leftUp = new PointOfPosition(i_XCoordinate - 1, i_YCoordinate - 1);
PointOfPosition rightUp = new PointOfPosition(i_XCoordinate + 1, i_YCoordinate - 1);
PointOfPosition leftDown = new PointOfPosition(i_XCoordinate - 1, i_YCoordinate + 1);
PointOfPosition rightDown = new PointOfPosition(i_XCoordinate + 1, i_YCoordinate + 1);
char SymbolOfChecker = i_SymbolOfChecker;
if (SymbolOfChecker == (char)Checker.e_Symbol.X || SymbolOfChecker == (char)Checker.e_Symbol.K ||
SymbolOfChecker == (char)Checker.e_Symbol.U)
{
if ((leftUp.X >= 0 && leftUp.Y >= 0) && (leftUp.X < m_BoardSize && leftUp.Y < m_BoardSize))
{
if (m_MatrixBoardForTesting[leftUp.Y, leftUp.X] == '\0')
{
KeyValuePair <string, string> tempKVP = new KeyValuePair <string, string>(Position.ConvertPointToSquare(checkerPoint), Position.ConvertPointToSquare(leftUp));
r_MovesListOfPlayer.AddLast(tempKVP);
}
}
if ((rightUp.X >= 0 && rightUp.Y >= 0) && (rightUp.X < m_BoardSize && rightUp.Y < m_BoardSize))
{
if (m_MatrixBoardForTesting[rightUp.Y, rightUp.X] == '\0')
{
KeyValuePair <string, string> tempKVP = new KeyValuePair <string, string>(Position.ConvertPointToSquare(checkerPoint), Position.ConvertPointToSquare(rightUp));
r_MovesListOfPlayer.AddLast(tempKVP);
}
}
}
if (SymbolOfChecker == (char)Checker.e_Symbol.O || SymbolOfChecker == (char)Checker.e_Symbol.K ||
SymbolOfChecker == (char)Checker.e_Symbol.U)
{
if ((leftDown.X >= 0 && leftDown.Y >= 0) && (leftDown.X < m_BoardSize && leftDown.Y < m_BoardSize))
{
if (m_MatrixBoardForTesting[leftDown.Y, leftDown.X] == '\0')
{
KeyValuePair <string, string> tempKVP = new KeyValuePair <string, string>(Position.ConvertPointToSquare(checkerPoint), Position.ConvertPointToSquare(leftDown));
r_MovesListOfPlayer.AddLast(tempKVP);
}
}
if ((rightDown.X >= 0 && rightDown.Y >= 0) && (rightDown.X < m_BoardSize && rightDown.Y < m_BoardSize))
{
if (m_MatrixBoardForTesting[rightDown.Y, rightDown.X] == '\0')
{
KeyValuePair <string, string> tempKVP = new KeyValuePair <string, string>(Position.ConvertPointToSquare(checkerPoint), Position.ConvertPointToSquare(rightDown));
r_MovesListOfPlayer.AddLast(tempKVP);
}
}
}
}
private void updadeAfterAttacking(PointOfPosition i_InputMoveFromPoint, PointOfPosition i_InputMoveToPoint)
{
if (i_InputMoveFromPoint.X + 2 == i_InputMoveToPoint.X && i_InputMoveFromPoint.Y + 2 == i_InputMoveToPoint.Y)
{ ////Down Right Attack
removeChecker(new PointOfPosition(i_InputMoveFromPoint.X + 1, i_InputMoveFromPoint.Y + 1));
}
else if (i_InputMoveFromPoint.X - 2 == i_InputMoveToPoint.X && i_InputMoveFromPoint.Y + 2 == i_InputMoveToPoint.Y)
{ ////Down Left Attack
removeChecker(new PointOfPosition(i_InputMoveFromPoint.X - 1, i_InputMoveFromPoint.Y + 1));
}
else if (i_InputMoveFromPoint.X - 2 == i_InputMoveToPoint.X && i_InputMoveFromPoint.Y - 2 == i_InputMoveToPoint.Y)
{ ////Up Left Attack
removeChecker(new PointOfPosition(i_InputMoveFromPoint.X - 1, i_InputMoveFromPoint.Y - 1));
}
else if (i_InputMoveFromPoint.X + 2 == i_InputMoveToPoint.X && i_InputMoveFromPoint.Y - 2 == i_InputMoveToPoint.Y)
{ ////Up Right Attack
removeChecker(new PointOfPosition(i_InputMoveFromPoint.X + 1, i_InputMoveFromPoint.Y - 1));
}
}
public void SetPosition(string i_NewSquare)
{
m_Coord = ConvertSqureToPoint(i_NewSquare);
m_SquareInTheBoard = i_NewSquare;
}
public Position(string i_StartSquarePosition) /// Cto'r of Position
{
m_SquareInTheBoard = i_StartSquarePosition;
m_Coord = ConvertSqureToPoint(i_StartSquarePosition);
}
private void check4OptionalAttacks(
LinkedList <KeyValuePair <string, string> > r_MovesListOfPlayer,
LinkedList <KeyValuePair <string, string> > m_AttackListOfPlayer,
int i_XCoordinate,
int i_YCoordinate,
char i_SymbolOfChecker)
{
PointOfPosition checkerPoint = new PointOfPosition(i_XCoordinate, i_YCoordinate);
PointOfPosition leftUp = new PointOfPosition(i_XCoordinate - 1, i_YCoordinate - 1);
PointOfPosition rightUp = new PointOfPosition(i_XCoordinate + 1, i_YCoordinate - 1);
PointOfPosition leftDown = new PointOfPosition(i_XCoordinate - 1, i_YCoordinate + 1);
PointOfPosition rightDown = new PointOfPosition(i_XCoordinate + 1, i_YCoordinate + 1);
PointOfPosition leftUpAfterAttack = new PointOfPosition(i_XCoordinate - 2, i_YCoordinate - 2);
PointOfPosition rightUpAfterAttack = new PointOfPosition(i_XCoordinate + 2, i_YCoordinate - 2);
PointOfPosition leftDownAfterAttack = new PointOfPosition(i_XCoordinate - 2, i_YCoordinate + 2);
PointOfPosition rightDownAfterAttack = new PointOfPosition(i_XCoordinate + 2, i_YCoordinate + 2);
char SymbolOfChecker = i_SymbolOfChecker;
//// {X OR K} PLAYIN, OR U
if (SymbolOfChecker == (char)Checker.e_Symbol.X || SymbolOfChecker == (char)Checker.e_Symbol.K || SymbolOfChecker == (char)Checker.e_Symbol.U)
{
if ((leftUpAfterAttack.X >= 0 && leftUpAfterAttack.Y >= 0) &&
(leftUpAfterAttack.X < m_BoardSize && leftUpAfterAttack.Y < m_BoardSize))
{
castingSymbolForNotEatingFromTheSameGroup(ref SymbolOfChecker, m_MatrixBoardForTesting[leftUp.Y, leftUp.X]);
if (m_MatrixBoardForTesting[leftUpAfterAttack.Y, leftUpAfterAttack.X] == '\0' &&
m_MatrixBoardForTesting[leftUp.Y, leftUp.X] != SymbolOfChecker &&
m_MatrixBoardForTesting[leftUp.Y, leftUp.X] != '\0')
{
KeyValuePair <string, string> tempKVP = new KeyValuePair <string, string>(Position.ConvertPointToSquare(checkerPoint), Position.ConvertPointToSquare(leftUpAfterAttack));
r_MovesListOfPlayer.AddLast(tempKVP);
m_AttackListOfPlayer.AddLast(tempKVP);
}
}
if ((rightUpAfterAttack.X >= 0 && rightUpAfterAttack.Y >= 0) &&
(rightUpAfterAttack.X < m_BoardSize && rightUpAfterAttack.Y < m_BoardSize))
{
castingSymbolForNotEatingFromTheSameGroup(ref SymbolOfChecker, m_MatrixBoardForTesting[rightUp.Y, rightUp.X]);
if (m_MatrixBoardForTesting[rightUpAfterAttack.Y, rightUpAfterAttack.X] == '\0' &&
m_MatrixBoardForTesting[rightUp.Y, rightUp.X] != SymbolOfChecker &&
m_MatrixBoardForTesting[rightUp.Y, rightUp.X] != '\0')
{
KeyValuePair <string, string> tempKVP = new KeyValuePair <string, string>(Position.ConvertPointToSquare(checkerPoint), Position.ConvertPointToSquare(rightUpAfterAttack));
r_MovesListOfPlayer.AddLast(tempKVP);
m_AttackListOfPlayer.AddLast(tempKVP);
}
}
}
////
if (SymbolOfChecker == (char)Checker.e_Symbol.O || SymbolOfChecker == (char)Checker.e_Symbol.K || SymbolOfChecker == (char)Checker.e_Symbol.U)
{
//// castingSymbolForNotEatingFromTheSameGroup(ref SymbolOfChecker);
if ((leftDownAfterAttack.X >= 0 && leftDownAfterAttack.Y >= 0) &&
(leftDownAfterAttack.X < m_BoardSize && leftDownAfterAttack.Y < m_BoardSize))
{
castingSymbolForNotEatingFromTheSameGroup(ref SymbolOfChecker, m_MatrixBoardForTesting[leftDown.Y, leftDown.X]);
if (m_MatrixBoardForTesting[leftDownAfterAttack.Y, leftDownAfterAttack.X] == '\0' &&
m_MatrixBoardForTesting[leftDown.Y, leftDown.X] != SymbolOfChecker &&
m_MatrixBoardForTesting[leftDown.Y, leftDown.X] != '\0')
{
KeyValuePair <string, string> tempKVP = new KeyValuePair <string, string>(Position.ConvertPointToSquare(checkerPoint), Position.ConvertPointToSquare(leftDownAfterAttack));
r_MovesListOfPlayer.AddLast(tempKVP);
m_AttackListOfPlayer.AddLast(tempKVP);
}
}
if ((rightDownAfterAttack.X >= 0 && rightDownAfterAttack.Y >= 0) &&
(rightDownAfterAttack.X < m_BoardSize && rightDownAfterAttack.Y < m_BoardSize))
{
castingSymbolForNotEatingFromTheSameGroup(ref SymbolOfChecker, m_MatrixBoardForTesting[rightDown.Y, rightDown.X]);
if (m_MatrixBoardForTesting[rightDownAfterAttack.Y, rightDownAfterAttack.X] == '\0' &&
m_MatrixBoardForTesting[rightDown.Y, rightDown.X] != SymbolOfChecker &&
m_MatrixBoardForTesting[rightDown.Y, rightDown.X] != '\0')
{
KeyValuePair <string, string> tempKVP = new KeyValuePair <string, string>(Position.ConvertPointToSquare(checkerPoint), Position.ConvertPointToSquare(rightDownAfterAttack));
r_MovesListOfPlayer.AddLast(tempKVP);
m_AttackListOfPlayer.AddLast(tempKVP);
}
}
}
}
