private bool CheckTurnOptionsHasAny(PieceTurnOptions opt)
{
foreach (var option in opt.Options.options)
{
if (option.components.Count > 0)
{
return(true);
}
}
return(false);
}
private bool CheckTurnOptionsCanPromote(PieceTurnOptions opt, IntVector2 p)
{
foreach (var option in opt.Options.options)
{
foreach (var comp in option.components)
{
if (comp.type == TurnActionComponentType.PromotePiece && comp.actor.x == p.x - 1 && comp.actor.y == p.y - 1)
{
return(true);
}
}
}
return(false);
}
private bool CheckCanMove(string player)
{
PlayerTurnOrder turnOrder = LuaTranslator.GetPlayerFromLua(player);
for (int p = 0; p < board.Pieces.Count; p++)
{
Piece piece = board.Pieces[p];
if (!piece.IsCaptured && piece.OwnerPlayer == turnOrder)
{
PieceTurnOptions luaOptions = CacheTurnOptions(p);
if (CheckTurnOptionsHasAny(luaOptions))
{
return(true);
}
}
}
return(false);
}
private PieceTurnOptions CacheTurnOptions(int logicPieceIndex)
{
PieceTurnOptions luaOptions;
if (!optionCache.TryGetValue(logicPieceIndex, out luaOptions))
{
luaOptions = new PieceTurnOptions();
optionCache[logicPieceIndex] = luaOptions;
luaOptions.Piece = lastCalcState.Board.Pieces[logicPieceIndex];
luaOptions.QHasOptions = turnOptionsHasOptions;
luaOptions.QCanMove = turnOptionsCanMove;
luaOptions.QCanCapture = turnOptionsCanCapture;
luaOptions.QCanPromote = turnOptionsCanPromote;
lastCalcState.MovingPiece = luaOptions.Piece.Index;
luaOptions.Options = actionCalculator.Send(new TurnOptionCalculatorArgs()
{
luaState = lastCalcState,
pieceIndex = logicPieceIndex,
});
}
return(luaOptions);
}
