internal VerifiedMove(IReadOnlyPiece movingPiece, IReadOnlyPlayer player, IEnumerable <IntegerVector2> worldPath, IntegerVector2 viaPositionNode)
{
MovingPiece = movingPiece;
Player = player;
WorldPath = worldPath;
ViaPositionNode = viaPositionNode;
}
public void SetOnBoard(PublicDataType.IntegerVector2 position)
{
if (this.Position == new PublicDataType.IntegerVector2(-1, -1))
{
this.Position = position;
}
}
/// <summary>
/// 初期座標を設定する.
/// </summary>
/// <param name="position"></param>
/// <param name="normalPieceMovements"></param>
/// <param name="expansionPieceMovements"></param>
public DefaultPiece(PublicDataType.IntegerVector2 position, Terminologies.PieceColor color, IPlayer owner, Terminologies.PieceName name, IExpandingMoveFieldChecker fieldChecker)
{
this.Name = name;
this.Position = position;
this.Color = color;
this.Owner = owner;
this.fieldChecker = fieldChecker;
}
public bool MoveTo(PublicDataType.IntegerVector2 position, bool isForceMove = false)
{
if (!isForceMove && !IsMoveable(position))
{
return(false);
}
this.Position = position;
return(true);
}
public virtual bool CaptureFromBoard()
{
if (!IsCapturable())
{
return(false);
}
Position = new PublicDataType.IntegerVector2(-1, -1);
return(true);
}
PublicDataType.IntegerVector2 ConvertRelativePositionToWorldPosition(PublicDataType.IntegerVector2 relativePosition)
{
bool isFrontPlayer = Owner != null && Owner.Encampment == Terminologies.Encampment.Front;//仮の条件
if (isFrontPlayer)
{
relativePosition *= -1; //逆にしたい（!isLocalPlayerのとき-1をかける）
}
PublicDataType.IntegerVector2 worldPosition = relativePosition + this.Position;
return(worldPosition);
}
public bool TryToGetPieceMovementByRelativePosition(PublicDataType.IntegerVector2 relativePosition, out PieceMovement pieceMovement)
{
bool isExpanded = fieldChecker != null && fieldChecker.IsExpandedMoveField(this.Position);
foreach (PieceMovement moveable in GetMoveablePosition(isExpanded))
{
if (moveable.IsMoveable(relativePosition))
{
pieceMovement = moveable;
return(true);
}
}
pieceMovement = PieceMovement.Default;
return(false);
}
public IEnumerable <PublicDataType.IntegerVector2> PredictMoveableColumns(PublicDataType.IntegerVector2 hypotheticalPosition, IReadOnlyPiece movingPiece)
{
if (movingPiece == null || !board.IsOnBoard(hypotheticalPosition))
{
return(Enumerable.Empty <PublicDataType.IntegerVector2>());
}
bool isFrontPlayer = movingPiece.Owner != null && movingPiece.Owner.Encampment == Terminologies.Encampment.Front;
PieceMovement unused;
IEnumerable <PublicDataType.IntegerVector2> allColumn
= Enumerable.Range(0, board.Width * board.Height)
.Select(x => new PublicDataType.IntegerVector2(x / board.Height, x % board.Height));
IEnumerable <PublicDataType.IntegerVector2> moveable = allColumn
.Select(absolutePosition => (absolutePosition - hypotheticalPosition) * (isFrontPlayer ? -1 : 1))
.Where(relativePosition => movingPiece.TryToGetPieceMovementByRelativePosition(relativePosition, out unused))
.Select(relativePosition => relativePosition * (isFrontPlayer ? -1 : 1) + hypotheticalPosition);
return(moveable);
}
public T Read(IntegerVector2 position)
{
return(array[position.y, position.x]);
}
public void Write(IntegerVector2 position, T item)
{
array[position.y, position.x] = item;
}
public bool TryToGetPieceMovement(PublicDataType.IntegerVector2 worldPosition, out PieceMovement pieceMovement)
{
var relativePosition = ConvertWorldPositionToRelativePosition(worldPosition);
return(TryToGetPieceMovementByRelativePosition(relativePosition, out pieceMovement));
}
public bool IsMoveable(PublicDataType.IntegerVector2 worldPosition)
{
PieceMovement pieceMovement;
return(TryToGetPieceMovement(worldPosition, out pieceMovement));
}
