public void UpdateGameForOpponent(GameInfoWithMoves gameInfo)
{
ChessMove move = AlgebraicNotation.ToChessMove(gameInfo.moves[gameInfo.moves.Count - 1], moveManager, GetOpponentColor());
moveManager.DoMove(move, false, false);
UpdatePlayerInfo(gameInfo);
}
public void AddMove(string algebraicMove, PieceColor player)
{
ChessMove move = AlgebraicNotation.ToChessMove(algebraicMove, moveManager, player);
moveManager.DoMove(move, false, false);
}
public ChessMove DoMove(ChessMove move, bool simulate = false, bool newMove = true)
{
string algebraicMove = "";
if (!simulate && !CanPieceMove(move.activePiece.GetColor(), newMove))
{
return(move);
}
if (!simulate)
{
move.checksOpponent = IsOpponentKingInCheckSimulate(move.activePiece.GetColor(), move);
}
bool moveCanBeMade = true;
if (move.isPromotionMove)
{
if (!move.isCompletePromotionMove)
{
if (!simulate)
{
waitingForPawnPromotion = true;
incompletePromotionMove = move;
moveCanBeMade = false;
if (onPawnPromotionStarted != null)
{
onPawnPromotionStarted(move.activePiece.GetColor());
}
}
}
else
{
move.promotedPiece = gameManager.CreateNewPiece(move.promotionType, move.activePiece.GetColor(), move.toTile.row, move.toTile.col);
move.activePiece.DisablePiece();
move.promotedPiece.SetTile(move.toTile, !simulate);
}
}
if (moveCanBeMade)
{
if (!simulate)
{
moveHistory.Add(move);
allMoveHistory.Add(move);
algebraicMove = AlgebraicNotation.ToAlgebraic(move, this);
if (beforeMovePlayed != null)
{
beforeMovePlayed(move, algebraicMove, newMove);
}
}
if (!move.isPromotionMove)
{
move.activePiece.SetTile(move.toTile, !simulate);
}
if (move.isCastleMove)
{
move.castlePair.SetTile(move.castlePairTo, !simulate);
}
else if (move.passivePiece != null)
{
move.passivePiece.Capture(!simulate);
}
if (!simulate)
{
afterMovePlayed?.Invoke(move, algebraicMove, newMove);
}
ChangeThreatenedSpaces();
}
return(move);
}
