private void playCurrentPlayerTurn(Move i_CurrentMove, Player i_PlayerTurn, Player i_NotPlayerTurn)
{
bool isValid = isValidMove(i_CurrentMove, i_PlayerTurn);
if (!isValid)
{
InvalidMove.Invoke(this, EventArgs.Empty);
}
else
{
MakeMove.Invoke(i_CurrentMove, EventArgs.Empty);
i_CurrentMove.MoveOnBoard(m_BoardGame);
if (i_PlayerTurn.IsJumpTurn)
{
if (hasAnotherJump(i_CurrentMove, i_PlayerTurn))
{
m_LegalJumps = getListOfJumpsForPiece(i_PlayerTurn.GetShapeType(), i_CurrentMove.ToSquare);
}
else
{
v_Turn = !v_Turn;
i_PlayerTurn.IsJumpTurn = false;
}
}
else
{
v_Turn = !v_Turn;
}
}
}
private void playCurrentPlayerTurn(Move i_CurrentMove, Player i_PlayerTurn, Player i_NotPlayerTurn)
{
bool isLegal = isLegalMove(i_CurrentMove, i_PlayerTurn);
if (!isLegal)
{
InvalidMove.Invoke(this, EventArgs.Empty);
}
else
{
MakeMove.Invoke(i_CurrentMove, EventArgs.Empty);
i_CurrentMove.MoveOnTable(r_GameTable);
if (i_PlayerTurn.IsJumpTurn)
{
if (hasAnotherJump(i_CurrentMove, i_PlayerTurn))
{
m_LegalJumps = getListOfJumpsForPiece(i_PlayerTurn.GetShapeType(), i_CurrentMove.TargetPiece);
}
else
{
v_TurnPlayer1 = !v_TurnPlayer1;
i_PlayerTurn.IsJumpTurn = false;
}
}
else
{
v_TurnPlayer1 = !v_TurnPlayer1;
}
}
}
private void OnPawnMakeMove(object sender, EventArgs e)
{
var pawnControl = gameBoardTableLayoutPanel.Controls.OfType <CellControl>().Single(x => x.CapturedMouse);
var placeholderControl = (CellControl)sender;
var position = gameBoardTableLayoutPanel.GetPositionFromControl(placeholderControl);
var move = pawnControl.Pawn.AvailableMoves.Single(x => x.DestinatedPosition.Row == position.Row && x.DestinatedPosition.Column == position.Column);
if (MakeMove != null)
{
MakeMove.Invoke(this, move);
}
}
/*
* private void playFirstMoveOfGame()
* {
* string currentMoveString = GameUI.GetFirstMoveFromUser(m_Player1, m_BoardGame);
*
* if (GameUI.IsQuitInput(currentMoveString))
* {
* m_GameStatus = eGameStatus.Draw;
* GameUI.PrintGamePointStatus(this);
* }
*
* else
* {
* Move currentMove = getMoveFromString(currentMoveString);
*
* while (!currentMove.CheckIsValidMove(m_Player1.GetShapeType()))
* {
* GameUI.PrintErrorOfMove(Move.eTypeOfMove.Regular);
* currentMoveString = GameUI.GetFirstMoveFromUser(m_Player1, m_BoardGame);
* currentMove = getMoveFromString(currentMoveString);
* }
*
* currentMove.MoveOnBoard(m_BoardGame);
* this.v_Turn = false;
* }
*
*
* }
*
*
*
*/
public void playComputerTurn()
{
List <Move> computerJumpsMoves = m_BoardGame.GetListOfPlayerJumps(Player.eShapeType.O);
int lengthOfJumpsList = computerJumpsMoves.Count;
Move currentMoveForComputer = null;
if (lengthOfJumpsList > 0)
{
while (lengthOfJumpsList > 0)
{
int indexOfJumplMove = s_Random.Next(0, lengthOfJumpsList);
currentMoveForComputer = computerJumpsMoves[indexOfJumplMove];
currentMoveForComputer.MoveType = Move.eTypeOfMove.Jump;
MakeMove.Invoke(currentMoveForComputer, EventArgs.Empty);
currentMoveForComputer.MoveOnBoard(m_BoardGame);
m_Player2.IsJumpTurn = true;
if (hasAnotherJump(currentMoveForComputer, m_Player2))
{
computerJumpsMoves = getListOfJumpsForPiece(m_Player2.GetShapeType(), currentMoveForComputer.ToSquare);
lengthOfJumpsList = computerJumpsMoves.Count;
}
else
{
break;
}
}
}
else
{
List <Move> computerDiagonalMoves = m_BoardGame.GetListOfPlayerDiagonalMoves(Player.eShapeType.O);
int lengthOfListDiagonal = computerDiagonalMoves.Count;
int indexOfDiagonalMove = s_Random.Next(0, lengthOfListDiagonal);
currentMoveForComputer = computerDiagonalMoves[indexOfDiagonalMove];
currentMoveForComputer.MoveType = Move.eTypeOfMove.Regular;
currentMoveForComputer.MoveOnBoard(m_BoardGame);
MakeMove.Invoke(currentMoveForComputer, EventArgs.Empty);
}
v_Turn = !v_Turn;
}
internal void PlayComputerTurn()
{
List <Move> computerJumpsMoves = r_GameTable.GetPlayerJumpsList(eShapeType.O);
int lengthOfJumpsList = computerJumpsMoves.Count;
Move currentMoveForComputer = null;
if (lengthOfJumpsList > 0)
{
while (lengthOfJumpsList > 0)
{
int indexOfJumplMove = r_Random.Next(0, lengthOfJumpsList);
currentMoveForComputer = computerJumpsMoves[indexOfJumplMove];
currentMoveForComputer.MoveType = eMoveType.Jump;
MakeMove.Invoke(currentMoveForComputer, EventArgs.Empty);
currentMoveForComputer.MoveOnTable(r_GameTable);
r_Player2.IsJumpTurn = true;
if (hasAnotherJump(currentMoveForComputer, r_Player2))
{
computerJumpsMoves = getListOfJumpsForPiece(r_Player2.GetShapeType(), currentMoveForComputer.TargetPiece);
lengthOfJumpsList = computerJumpsMoves.Count;
}
else
{
break;
}
}
}
else
{
List <Move> computerDiagonalMoves = r_GameTable.GetListOfPlayerDiagonalMoves(eShapeType.O);
int lengthOfListDiagonal = computerDiagonalMoves.Count;
int indexOfDiagonalMove = r_Random.Next(0, lengthOfListDiagonal);
currentMoveForComputer = computerDiagonalMoves[indexOfDiagonalMove];
currentMoveForComputer.MoveType = eMoveType.Diagonal;
MakeMove.Invoke(currentMoveForComputer, EventArgs.Empty);
currentMoveForComputer.MoveOnTable(r_GameTable);
}
v_TurnPlayer1 = !v_TurnPlayer1;
}
private void OnPanelMouseClick(object sender, MouseEventArgs e)
{
if (IsPlaceholder)
{
if (MakeMove != null)
{
MakeMove.Invoke(this, EventArgs.Empty);
}
return;
}
if (Pawn == null || !Pawn.AvailableMoves.Any())
{
return;
}
if (CapturedMouse)
{
CapturedMouse = false;
if (ReleaseMouse != null)
{
ReleaseMouse.Invoke(this, EventArgs.Empty);
}
}
else
{
CapturedMouse = true;
if (CaptureMouse != null)
{
CaptureMouse.Invoke(this, EventArgs.Empty);
}
}
}
