public override bool IsValidMove(IPlayer player, IMove move)
{
var checkersBoard = (CheckersBoard)CurrentGameState;
var checkersMove = (CheckersMove)move;
var checkersPlayer = (CheckersPlayer)player;
var startPiece = (CheckersPiece)checkersBoard.GetPieceAt(checkersMove.MovePath[0]);
if (startPiece==null) return false;
if (startPiece.Color != checkersPlayer.Color) return false;
int maxEat=0;
bool eatMove=false;
foreach (var piece in checkersBoard.GetPiecesOfColor(startPiece.Color))
{
var possibleMoves = piece.PossibleMoves;
if (possibleMoves.Count > 0)
{
var otherMove = possibleMoves[0] as CheckersMove;
if (maxEat < otherMove.MovePath.Length)
{
maxEat = otherMove.MovePath.Length;
}
if (otherMove.EatMove)
eatMove = true;
}
}
bool isPossible = startPiece.PossibleMoves.Cast<CheckersMove>().Contains(checkersMove);
return
eatMove==checkersMove.EatMove &&
checkersMove.MovePath.Length==maxEat &&
isPossible;
}
internal NodeBase(INode parentNode, IMove move, float uctk, IPlayer player)
{
this.parent = parentNode;
this.move = move;
this.uctk = uctk;
this.playerJustMoved = player;
}
internal Pouring(IReadOnlyList<int> capacities, IReadOnlyList<int> state, Pouring previous, IMove move)
{
Capacities = capacities;
State = state;
Move = move;
Previous = previous;
}
public DeliverGoods(Actor self)
{
trader = self.Trait<Trader>();
traderInfo = self.Info.Traits.Get<TraderInfo>();
move = self.Trait<IMove>();
pathFinder = self.World.WorldActor.Trait<IPathFinder>();
}
protected Enter(Actor self, Actor target, int maxTries = 1, bool targetCenter = false)
{
this.move = self.Trait<IMove>();
this.target = Target.FromActor(target);
this.maxTries = maxTries;
this.targetCenter = targetCenter;
}
public GameState Execute()
{
_numPushed = 0;
_oldPieceToMove = _state.PieceToMove;
_oldLastMove = _state.LastMove;
_start = _piece.Position;
int ystep = _end.Y - _start.Y;
_state.BoardPositions[_piece.Position.Y][_piece.Position.X] = null;
Piece currentPiece = _piece;
while (_state.BoardPositions[currentPiece.Position.Y + ystep][currentPiece.Position.X] != null)
{
Piece next = _state.BoardPositions[currentPiece.Position.Y + ystep][currentPiece.Position.X];
_state.BoardPositions[currentPiece.Position.Y + ystep][currentPiece.Position.X] = currentPiece;
currentPiece.Position = new Point(currentPiece.Position.X, currentPiece.Position.Y + ystep);
currentPiece = next;
_numPushed++;
}
_state.BoardPositions[currentPiece.Position.Y + ystep][currentPiece.Position.X] = currentPiece;
currentPiece.Position = new Point(currentPiece.Position.X, currentPiece.Position.Y + ystep);
_state.IsPlayerTwo = !_state.IsPlayerTwo;
_state.PieceToMove = currentPiece;
_state.LastMove = this;
List<IMove> possible = new List<IMove>();
possible.Add(new SumoDazedMove(_state, currentPiece));
_state.PossibleMoves = possible;
return _state;
}
public Contrail(Actor self, ContrailInfo info)
{
contrailTurret = new Turret(info.ContrailOffset);
history = new ContrailHistory(info.TrailLength,
info.UsePlayerColor ? ContrailHistory.ChooseColor(self) : info.Color);
facing = self.Trait<IFacing>();
move = self.Trait<IMove>();
}
public Follow(Actor self, Target target, WRange minRange, WRange maxRange)
{
this.target = target;
this.minRange = minRange;
this.maxRange = maxRange;
move = self.Trait<IMove>();
}
public Refuel(Actor self, Actor host)
{
move = self.TraitOrDefault<IMove>();
this.host = host;
target = Target.FromActor(host);
refuels = host.TraitOrDefault<RefuelsUnits>();
fueltank = self.TraitOrDefault<Fueltank>();
}
public LayMines(Actor self)
{
minelayer = self.TraitOrDefault<Minelayer>();
info = self.Info.TraitInfo<MinelayerInfo>();
ammoPools = self.TraitsImplementing<AmmoPool>().ToArray();
movement = self.Trait<IMove>();
rearmBuildings = info.RearmBuildings;
}
public Drag(Actor self, WPos start, WPos end, int length)
{
positionable = self.Trait<IPositionable>();
movement = self.TraitOrDefault<IMove>();
moveDisablers = self.TraitsImplementing<IDisableMove>().ToArray();
this.start = start;
this.end = end;
this.length = length;
}
public static Computer getInstance(IMove lvl)
{
if (instance == null)
{
instance = new Computer(lvl);
}
return instance;
}
protected virtual void Start()
{
this.moveBehaviour = this.GetComponent<IMove> ();
if (this.moveBehaviour == null) {
this.moveBehaviour = this.gameObject.AddComponent<EmptyMove> ();
}
this.moveBehaviour.Init (this.sea);
}
public PutShipsUserControl(IMove lvl)
{
InitializeComponent();
computer = Computer.getInstance(lvl);
DisableComputerBoard();
computerShipsAdded = computer.PutComputerShips();
MessageBox.AppendText("Dodano wszystkie statki przeciwnika.");
MessageBox.AppendText(Environment.NewLine + "Proszę dodać dwumasztowy statek.");
}
public Board(int[,] data, IMove move)
{
if (data == null) { throw new ArgumentNullException(nameof(data)); }
_data = (int[,])data.Clone();
_data[move.Row, move.Column] = move.Value;
// Validate(_data);
}
public Drag(Actor self, WPos start, WPos end, int length)
{
positionable = self.Trait<IPositionable>();
movement = self.TraitOrDefault<IMove>();
disableable = movement as IDisabledTrait;
this.start = start;
this.end = end;
this.length = length;
}
internal SingleThreadedNode(INode parent, IMove move, IGameState gameState, float uctk)
: base(parent, move, uctk, gameState.PlayerJustMoved)
{
this.wins = 0L;
this.visits = 0L;
this.childs = new List<INode>();
var moves = gameState.GetMoves();
var shuffled = moves.Shuffle();
this.untriedMoves = new Stack<IMove>(shuffled); //randomize Moves
}
protected override bool CanStrategyMovePiece(IPlayer player, IBoard board, IMove move, IGameRuleStrategyContext context)
{
if (board.Bar.Any(x => x.Player == player.Name))
{
context.IsDone = true;
return this.IsMoveValid(board, move.Die.Value, player.Name);
}
return false;
}
public bool CanMovePiece(IPlayer player, IBoard board, IMove move)
{
var context = new DefaultGameRuleStrategyContext();
var canMovePiece = false;
for (var strategy = this; !context.IsDone && !canMovePiece && strategy != null; strategy = strategy.next)
{
canMovePiece = strategy.CanStrategyMovePiece(player, board, move, context);
}
return canMovePiece;
}
public PickupUnit(Actor self, Actor cargo)
{
this.cargo = cargo;
carryable = cargo.Trait<Carryable>();
cargoFacing = cargo.Trait<IFacing>();
movement = self.Trait<IMove>();
carryall = self.Trait<Carryall>();
helicopter = self.Trait<Helicopter>();
selfFacing = self.Trait<IFacing>();
state = State.Intercept;
}
public Attack(Actor self, Target target, WRange minRange, WRange maxRange, bool allowMovement)
{
Target = target;
this.minRange = minRange;
this.maxRange = maxRange;
attack = self.Trait<AttackBase>();
facing = self.Trait<IFacing>();
move = allowMovement ? self.TraitOrDefault<IMove>() : null;
}
public AttackActivity(Actor self, Target target, bool allowMove)
{
attack = self.Trait<AttackFollow>();
move = allowMove ? self.TraitOrDefault<IMove>() : null;
// HACK: Mobile.OnRails is horrible
var mobile = move as Mobile;
if (mobile != null && mobile.Info.OnRails)
move = null;
this.target = target;
}
public GameState Execute()
{
_oldPieceToMove = _state.PieceToMove;
_oldLastMove = _state.LastMove;
_state.IsPlayerTwo = !_state.IsPlayerTwo;
_state.PieceToMove = _state.PiecePositions[_state.IsPlayerTwo ? 1 : 0][(int)Board.Tile[_end.Y, _end.X]];
_state.PossibleMoves = null;
_state.LastMove = this;
return _state;
}
public Attack(Actor self, Target target, bool allowMovement, bool forceAttack)
{
Target = target;
this.forceAttack = forceAttack;
attack = self.Trait<AttackBase>();
facing = self.Trait<IFacing>();
positionable = self.Trait<IPositionable>();
move = allowMovement ? self.TraitOrDefault<IMove>() : null;
}
public DeliverUnit(Actor self)
{
carryall = self.Trait<Carryall>();
this.self = self;
cargo = carryall.Carrying;
movement = self.Trait<IMove>();
carryable = cargo.Trait<Carryable>();
aircraft = self.Trait<Aircraft>();
positionable = cargo.Trait<IPositionable>();
cargoFacing = cargo.Trait<IFacing>();
selfFacing = self.Trait<IFacing>();
state = State.Transport;
}
public PickupUnit(Actor self, Actor cargo, int delay)
{
this.cargo = cargo;
this.delay = delay;
carryable = cargo.Trait<Carryable>();
carryableFacing = cargo.Trait<IFacing>();
carryableBody = cargo.Trait<BodyOrientation>();
movement = self.Trait<IMove>();
carryall = self.Trait<Carryall>();
carryallFacing = self.Trait<IFacing>();
state = State.Intercept;
}
/// <summary>
/// Initializes a new instance of the RotationInfo class
/// </summary>
/// <param name="move">Move or move collection that will be rotated animated</param>
/// <param name="milliseconds">Duration of animated rotation</param>
public RotationInfo(IMove move, int milliseconds)
{
this.Milliseconds = milliseconds;
this.Name = move.Name;
this.Moves = new List<AnimatedLayerMove>();
if (move.MultipleLayers)
{
foreach (var m in (LayerMoveCollection)move)
{
this.Moves.Add(new AnimatedLayerMove(m));
}
}
else
{
this.Moves.Add(new AnimatedLayerMove((LayerMove)move));
}
}
public Board(IBoard board, IMove move)
{
if (board == null) { throw new ArgumentNullException(nameof(board)); }
Board other = (Board)board;
if (other != null) {
_data = (int[,])other._data.Clone();
if (move != null) {
_data[move.Row, move.Column] = move.Value;
}
}
else {
throw new ArgumentException($"Unknown board type {nameof(board)}");
}
// Validate(_data);
}
protected override bool CanStrategyMovePiece(IPlayer player, IBoard board, IMove move, IGameRuleStrategyContext context)
{
var targetIndex = move.LaneIndex + move.Die.Value;
if (targetIndex < board.Lanes.Count || this.NeedToMovePiece(board, player.Name))
return false;
else if (targetIndex == board.Lanes.Count)
return true;
else
{
for (var i = (board.Lanes.Count * 3) / 4; i < move.LaneIndex; i++)
{
var lane = board.Lanes[i];
if (lane.Count > 0 && lane[0].Player == player.Name)
return false;
}
return true;
}
}
private int Compute(ref IMove bestMove, GameBoard board, PlayerColor currentPlayer, int startDepth, int depth)
{
CheckForStop();
if (depth == 0) return Evaluator.Evaluate(board, currentPlayer);
var moves = RuleEngine.GetAllMovesForPlayer(board, currentPlayer);
CheckForStop();
if (moves.Count() == 0) return Evaluator.Evaluate(board, currentPlayer);
int bestValue = int.MinValue;
PlayerColor opponent = GameUtils.OtherPlayer(currentPlayer);
GameBoard boardCopy = board.Copy();
CheckForStop();
foreach (var move in moves)
{
CheckForStop();
boardCopy.DoMove(move, true);
int moveValue = -Compute(ref bestMove, boardCopy, opponent, startDepth, depth - 1);
IMove revMove = move.Reverse();
boardCopy.DoMove(revMove, true);
CheckForStop();
if (depth == startDepth)
{
Trace.WriteLine(string.Format("Move: {0} Value: {1}", move.ToString(), moveValue.ToString()));
if (bestMove == null || moveValue > bestValue)
{
bestMove = move;
}
}
bestValue = Math.Max(bestValue, moveValue);
}
return bestValue;
}
public void BeginBestMove()
{
stani = false;
//
Task.Run(() =>
{
int i = 1;
while (true)
{
if (stani)
{
stani = false;
break;
}
BestMove = ContextMakao.AlfaBeta(context, i, int.MinValue, int.MaxValue);
i++;
}
} //
);
}
public void Bacenekarte(List <Karta> karte, Boja boja, int BrojKarataProtivnika)
{
if (karte != null && karte.Count > 0)
{
talon = karte.Last();
remainingCards.remove(karte);
}
novaBoja = boja;
brojKarataEnemy = BrojKarataProtivnika;
BestMove = new Move();
kupio = false;
if (karte != null && karte.Count > 0)
{
kupioKaznene = false;
}
else
{
kupioKaznene = true;
}
}
public void ApplyMove(IMove move)
{
Requires.IsNotNull(move, "move");
if (move.Column < 0 || move.Column >= Width)
{
throw new InvalidColumnException(
StringResources.ColumnOutsideTheScope("ApplyMove", move.Column));
}
if (fields[move.Row, move.Column].PlayerId == 0)
{
fields[move.Row, move.Column].PlayerId = move.PlayerId;
LastMove = move;
return;
}
throw new InvalidColumnException(
StringResources.ColumnIsFull("ApplyMove", move.Column));
}
private async void CPUMove()
{
while (game.players[playerTurn].GetPlayerType() == PlayerType.CPU)
{
IMove move = null;
var task = Task.Run(() =>
{
move = game.AIMakeMove();
});
await task;
if (move == null)
{
watch.Stop();
return;
}
var btn = buttons[10000 * move.GetField().GetX() + move.GetField().GetY()];
UpdateGUI(btn);
}
}
public Ship(IMove moveImplementation, IRotation rotationImplementation, IShoot shootImplementation,
Transform transform, ITransformRegistry transformRegistry, Stat health,
ShipMarkUp shipGameObjectMarkUp)
{
_moveImplementation = moveImplementation;
_rotationImplementation = rotationImplementation;
shooter = shootImplementation;
GameTransform = transform;
TransformRegistryBind = transformRegistry;
TransformRegistryBind.RegisterTransform(this, GameTransform);
StatHolder = new StatHolder();
healthStat = health;
healthStat.CurrentChanged += ProcessHealthChange;
StatHolder.AddStat(StatType.Health, healthStat);
colliderListener = shipGameObjectMarkUp.ColliderListener;
colliderListener.EnterCollider += ProcessCollisions;
}
public bool CompareTo(IMove move)
{
var cmp = move as ChainMove;
if (cmp != null)
{
for (int i = 0; i < cmp.Moves.Count; i++)
{
if (!cmp.Moves[i].CompareTo(Moves[i]))
{
return(false);
}
}
return(true);
}
else
{
return(false);
}
}
private void MakeMoveForMoveType(IMove move)
{
switch (move.SpecialMoveType)
{
case SpecialMoveType.AuPassant:
AuPassant(move);
break;
case SpecialMoveType.CastleKingside:
CastleKingside(move);
break;
case SpecialMoveType.CastleQueenside:
CastleQueenside(move);
break;
case SpecialMoveType.PawnPromotionKnight:
_board[move.Destination] = CurrentPlayer == Player.White ? ChessPiece.WhiteKnight : ChessPiece.BlackKnight;
_board[move.Source] = ChessPiece.None;
break;
case SpecialMoveType.PawnPromotionBishop:
_board[move.Destination] = CurrentPlayer == Player.White ? ChessPiece.WhiteBishop : ChessPiece.BlackBishop;
_board[move.Source] = ChessPiece.None;
break;
case SpecialMoveType.PawnPromotionRook:
_board[move.Destination] = CurrentPlayer == Player.White ? ChessPiece.WhiteRook : ChessPiece.BlackRook;
_board[move.Source] = ChessPiece.None;
break;
case SpecialMoveType.PawnPromotionQueen:
_board[move.Destination] = CurrentPlayer == Player.White ? ChessPiece.WhiteQueen : ChessPiece.BlackQueen;
_board[move.Source] = ChessPiece.None;
break;
default:
MovePieceOnBoard(move.Source, move.Destination);
break;
}
}
/// <summary>
/// Add a piece to the board
/// </summary>
/// <param name="piece">The piece to be placed</param>
/// <param name="column">The column number</param>
public void AddPiece(IPiece piece, IMove move)
{
// validate the inputs
// If the piece is null, throw ArgumentNullException
// If the move is null, throw ArgumentNullException
// NOT USING THIS MAKE THIS NOT BE ERRORS!!!
// if (piece == null)
// {
// throw new ArgumentNullException();
// }
// if (move == null)
// {
// throw new ArgumentNullException();
// }
// if the column is invalid, throw InvalidMoveException with an appropriate message
// if the if the column is full, throw InvalidMoveException with an appropriate message
// NOT NEEDED WHEN UI IS IMPLEMENTED
//if (move.Column < 0 || move.Column > 6)
//{
// throw new InvalidMoveException();
//}
// find out what row the piece would end up on by getting the "lowest" free space on the board for this column
// add the piece to the board in the correct spot
// finally, update the row in the move passed in so the caller will know where the piece ended up
if (this.IsColumnFull(move.Column))
{
throw new InvalidMoveException();
}
for (int i = 5; i >= 0; i--)
{
if (pieces[move.Column, i] == null)
{
pieces[move.Column, i] = piece;
move.Row = i;
break;
}
}
//throw new NotImplementedException();
}
public sealed override void ReceiveMove(IMove opponentMove)
{
LatestOpponentMove = opponentMove;
if (!_connectionTestOverride)
{
// Basic validation
var move = new SingleMove(opponentMove);
if (Board.ValueAt(move.PrevPos) == null)
{
throw new ArgumentException($"Player [isWhite={!IsPlayerWhite}] Tried to move a from position that is empty");
}
if (Board.ValueAt(move.PrevPos) is PieceBase opponentPiece)
{
if (opponentPiece.IsWhite == IsPlayerWhite)
{
throw new ArgumentException($"Opponent tried to move player piece");
}
}
// TODO intelligent analyzing what actually happened
if (Board.ValueAt(move.NewPos) is PieceBase playerPiece)
{
// Opponent captures player targetpiece
if (playerPiece.IsWhite == IsPlayerWhite)
{
move.Capture = true;
}
else
{
throw new ArgumentException("Opponent tried to capture own piece.");
}
}
Board.ExecuteMove(move);
GameHistory.Add(opponentMove);
TurnCount++;
}
}
public Resupply(Actor self, Actor host, WDist closeEnough, bool stayOnResupplier = false)
{
this.host = Target.FromActor(host);
this.closeEnough = closeEnough;
this.stayOnResupplier = stayOnResupplier;
allRepairsUnits = host.TraitsImplementing <RepairsUnits>().ToArray();
health = self.TraitOrDefault <IHealth>();
repairable = self.TraitOrDefault <Repairable>();
repairableNear = self.TraitOrDefault <RepairableNear>();
rearmable = self.TraitOrDefault <Rearmable>();
notifyResupplies = host.TraitsImplementing <INotifyResupply>().ToArray();
transportCallers = self.TraitsImplementing <ICallForTransport>().ToArray();
move = self.Trait <IMove>();
aircraft = move as Aircraft;
playerResources = self.Owner.PlayerActor.Trait <PlayerResources>();
var valued = self.Info.TraitInfoOrDefault <ValuedInfo>();
unitCost = valued != null ? valued.Cost : 0;
var cannotRepairAtHost = health == null || health.DamageState == DamageState.Undamaged ||
!allRepairsUnits.Any() ||
((repairable == null || !repairable.Info.RepairActors.Contains(host.Info.Name)) &&
(repairableNear == null || !repairableNear.Info.RepairActors.Contains(host.Info.Name)));
if (!cannotRepairAtHost)
{
activeResupplyTypes |= ResupplyType.Repair;
// HACK: Reservable logic can't handle repairs, so force a take-off if resupply included repairs.
// TODO: Make reservation logic or future docking logic properly handle this.
wasRepaired = true;
}
var cannotRearmAtHost = rearmable == null || !rearmable.Info.RearmActors.Contains(host.Info.Name) || rearmable.RearmableAmmoPools.All(p => p.HasFullAmmo);
if (!cannotRearmAtHost)
{
activeResupplyTypes |= ResupplyType.Rearm;
}
}
/// <summary>
/// ノードをJSON化します。
/// </summary>
/// <param name="enableLog"></param>
/// <param name="src_Sky_base"></param>
/// <param name="thisNode"></param>
/// <param name="comment"></param>
/// <param name="logTag"></param>
/// <returns></returns>
public static string JsonElements_Node(bool enableLog, SkyConst src_Sky_base, Node <IMove, KyokumenWrapper> thisNode, string comment)
{
StringBuilder sb = new StringBuilder();
if (!enableLog)
{
goto gt_EndMethod;
}
IMove move = thisNode.Key;
RO_Star srcKoma = Util_Starlightable.AsKoma(move.LongTimeAgo);
RO_Star dstKoma = Util_Starlightable.AsKoma(move.Now);
Finger finger = Util_Sky_FingersQuery.InMasuNow(src_Sky_base, srcKoma.Masu).ToFirst();
// 駒１つ
PieceType ks14 = Util_Komahaiyaku184.Syurui(dstKoma.Haiyaku);
//sb.AppendLine(" [");
// マスの色
sb.AppendLine(" { act:\"colorMasu\", style:\"rgba(100,240,100,0.5)\" },");
// マス
sb.AppendLine($" {{ act:\"drawMasu\" , masu:{Conv_SyElement.ToMasuNumber(dstKoma.Masu)} }},");
string komaImg = Util_Converter_LogGraphicEx.Finger_ToString(src_Sky_base, finger, "");
sb.AppendLine($" {{ act:\"drawImg\", img:\"{komaImg}\", masu: {Conv_SyElement.ToMasuNumber(dstKoma.Masu)} }},");//FIXME:おかしい？
// コメント
sb.AppendLine($" {{ act:\"drawText\", text:\"{comment}\" , x:0, y:20 }},");
//sb.AppendLine(" ],");
gt_EndMethod:
return(sb.ToString());
}
void ProcessMove(IMove move = null, TakEngine.Notation.MoveNotation notation = null, bool alreadyExecuted = false)
{
if (move == null && notation == null)
{
throw new ArgumentException("move and notation cannot both be null");
}
if (notation == null)
{
if (!TakEngine.Notation.MoveNotation.TryParse(move.Notate(), out notation))
{
throw new ApplicationException("Critical move error");
}
}
else if (move == null)
{
_tempMoveList.Clear();
Helper.EnumerateMoves(_tempMoveList, _game, _ai.NormalPositions);
move = notation.MatchLegalMove(_tempMoveList);
if (move == null)
{
throw new ApplicationException("Illegal move: " + notation.Text);
}
}
if (!alreadyExecuted)
{
move.MakeMove(_game);
}
if (!_gameRecord.MoveNotations.Contains(notation)) // if opening an existing game file then we may have already loaded the notation
{
_gameRecord.MoveNotations.Add(notation);
}
_navigating = true;
if (_historyForm != null)
{
_historyForm.AddPly(notation.Text);
}
_navigating = false;
_movesOfNotation[notation] = move;
_game.Ply++;
_boardView.InvalidateRender();
}
private void Way(HexagonControl hexagonFinish, IMove EnemyTarget)
{
List <HexagonControl> Way;
Way = Control.HexagonMain().GetWay(hexagonFinish);
if (Way != null)
{
if (_isClever)
{
Way = NavStatic.PathCheck(Way, EnemyTarget, this);
}
else
{
Way.Remove(Way[0]);
}
_wayList.AddRange(Way);
_isMove = true;
}
}
public string HandlePlayingSession(ISession session)
{
var currentPlayer = _playerService.GetCurrentPlayer(session.Id);
IMove moveToUpdate = _moveService.GetAll(currentPlayer.Id).OrderBy(t => t.Start).LastOrDefault();
moveToUpdate = moveToUpdate.WithEnd(DateTime.Now);
_moveService.Update(moveToUpdate);
currentPlayer = _playerService.UpdateCurrentPlayer(session.Id);
//TODO: refactor this
_moveService.Add(new Move
{
Player = (Player)currentPlayer,
PlayerId = currentPlayer.Id,
Start = DateTime.Now,
});
return($"Отлично. {currentPlayer.Name}, теперь ваш ход.");
}
/// <summary>
/// [巻戻し]時の、駒台にもどる動きを吸収。
/// </summary>
/// <param name="syurui2"></param>
/// <param name="move">棋譜に記録するために「指す前／指した後」を含めた手。</param>
/// <param name="kifu"></param>
/// <param name="isMakimodosi"></param>
/// <returns></returns>
private static IMoveHalf Do36_KomaOnDestinationMasu(
PieceType syurui2,
IMove move,
SkyConst src_Sky)
{
IMoveHalf dst;
RO_Star srcKoma = Util_Starlightable.AsKoma(move.LongTimeAgo); //移動元
RO_Star dstKoma = Util_Starlightable.AsKoma(move.Now); //移動先
// 次の位置
dst = new RO_Starlight(
new RO_Star(dstKoma.Pside,
dstKoma.Masu,
syurui2)
);
return(dst);
}
public static bool IsMovePossibleStatic(IMove move)
{
try
{
var position = move.Board.FindPiece(move.Piece);
var diagonal = Positions.Diagonal(position, move.To);
foreach (var diagonalPosition in diagonal.SkipLast(1))
{
if (move.Board.IsTherePiece(diagonalPosition))
{
return(false);
}
}
return(!move.Board.IsTherePieceOfColor(move.To, move.Piece.Color));
}
catch (ArgumentException)
{
return(false);
}
}
private void GetIMove()
{
bool result = false;
for (int i = 0; i < _parameterList.Count; ++i)
{
BehaviorParameter parameter = _parameterList[i];
if (parameter.parameterName.CompareTo(BTConstant.TargetType) == 0)
{
_targetType = (TargetTypeEnum)parameter.intValue;
result = true;
}
}
if (!result)
{
return;
}
_iMove = _owner.GetIMove(_targetType);
}
public Follow(Actor self, Target target, WDist minRange, WDist maxRange,
WPos?initialTargetPosition, Color?targetLineColor = null)
{
this.target = target;
this.minRange = minRange;
this.maxRange = maxRange;
this.targetLineColor = targetLineColor;
move = self.Trait <IMove>();
// The target may become hidden between the initial order request and the first tick (e.g. if queued)
// Moving to any position (even if quite stale) is still better than immediately giving up
if ((target.Type == TargetType.Actor && target.Actor.CanBeViewedByPlayer(self.Owner)) ||
target.Type == TargetType.FrozenActor || target.Type == TargetType.Terrain)
{
lastVisibleTarget = Target.FromPos(target.CenterPosition);
}
else if (initialTargetPosition.HasValue)
{
lastVisibleTarget = Target.FromPos(initialTargetPosition.Value);
}
}
public bool IsAvailableMove(IMove move)
{
Point start = move.Line.Start.Location;
Point end = move.Line.End.Location;
if (CornerPointOnBoard(start) && CornerPointOnBoard(end))
{
foreach (Move m in m_Moves)
{
if (m.Line.Start == move.Line.Start &&
m.Line.End == move.Line.End)
{
return(false);
}
}
return(true);
}
return(false);
}
public bool IsAvailableMove(IMove move)
{
Point start = move.GetLine().GetStart().GetLocation();
Point end = move.GetLine().GetEnd().GetLocation();
if (CornerPointOnBoard(start) && CornerPointOnBoard(end))
{
foreach (Move m in m_Moves)
{
if (m.GetLine().GetStart() == move.GetLine().GetStart() &&
m.GetLine().GetEnd() == move.GetLine().GetEnd())
{
return(false);
}
}
return(true);
}
return(false);
}
public void OnTargetFound(GameObject targetObj)
{
Transform targetTransform = targetObj.transform;
SetInitialTarget(targetTransform);
IMove[] moves = Utils.GetAllIMoveComponentsFromAGameObject(this.gameObject);
if (moves == null)
{
return;
}
for (int i = 0; i < moves.Length; i++)
{
IMove move = moves[i];
move.Setup(targetObj, 3.0f);
move.SetTargetObject(targetObj);
move.SetAngle(_angle);
move.Run();
}
}
public WithVoxelWalkerBody(Actor self, WithVoxelWalkerBodyInfo info)
{
this.info = info;
movement = self.Trait <IMove>();
var body = self.Trait <IBodyOrientation>();
var rv = self.Trait <RenderVoxels>();
var voxel = VoxelProvider.GetVoxel(rv.Image, "idle");
frames = voxel.Frames;
rv.Add(new VoxelAnimation(voxel, () => WVec.Zero,
() => new[] { body.QuantizeOrientation(self, self.Orientation) },
() => false, () => frame));
// Selection size
var rvi = self.Info.Traits.Get <RenderVoxelsInfo>();
var s = (int)(rvi.Scale * voxel.Size.Aggregate(Math.Max));
size = new int2(s, s);
}
//Checks in the case of enemy collisions
void OnCollisionStay2D(Collision2D collision)
{
Collider2D collider = collision.collider;
if (collider.tag == enemyTag && dashing) //If hit an enemy, do damage to enemy and recoil
{
currentMove.enactEffects(collider);
StartCoroutine(recoil());
}
else if (collider.tag == enemyAttackTag && dashing) //If hit an enemy attack, gain damage
{
IMove enemyMove = collider.GetComponent <AttackBox>().currentMove;
enemyMove.enactEffects(GetComponent <Collider2D>());
//If player is stunned after damage or priority of enemy attack is higher, recoil
if (entity.isStunned() || collider.GetComponent <AttackBox>().priority >= priority)
{
StartCoroutine(recoil());
}
}
}
void Start()
{
character = GetComponent <Character>();
characterAsMove = GetComponent <Character>() as IMove;
if (characterAsMove == null)
{
Debug.LogWarning("Chase State set on an object (" + name + ") that does not have a Character component that implements IMove.");
}
characterAsAI = GetComponent <Character>() as IHaveAI;
if (characterAsAI == null)
{
Debug.LogWarning("Chase State set on an object (" + name + ") that does not have a Character component that implements IHaveAI.");
}
target = characterAsAI.Target.gameObject.GetComponent <Character>() as IHaveStats;
if (target == null)
{
Debug.LogWarning("Target set on an object (" + name + ") that does not have a Character component that implements IHaveStats.");
}
SetMaterial();
}
//Offensive setup. Called when player wants to use a move
public Transform offensiveSetup(int priority, IMove curMove, float kbVal)
{
initialSetup(priority, curMove, kbVal);
//load variables
Transform hitbox = GetComponent <Transform>();
Animator anim = currentMove.getBasis().GetComponent <Animator>();
int xDir = anim.GetInteger("aHorizontalDirection");
int yDir = anim.GetInteger("aVerticalDirection");
float rotation = 90f * xDir;
if (rotation == 0)
{
rotation = 90f + 90f * yDir;
}
else
{
rotation += Mathf.Sign(rotation) * yDir * 45f;
}
Vector2 dirVector = new Vector2(xDir, yDir);
dirVector.Normalize();
Vector2 pos = dirVector * OFFSET;
knockback = dirVector * knockbackVal;
//Enact variables and instantiate
hitbox.localPosition = pos;
hitbox.eulerAngles = new Vector3(0, 0, rotation);
Transform curBlast = Object.Instantiate(hitbox, anim.transform);
curBlast.GetComponent <ShotgunHitbox>().currentMove = this.currentMove;
curBlast.parent = null;
return(curBlast);
}
/// <summary>
/// Makes the given move.
/// </summary>
/// <exception cref="ArgumentNullException">Is thrown, if the given move is null.</exception>
/// <exception cref="InvalidOperationException">Is thrown, if the given move is invalid.</exception>
public void makeMove(IMove move)
{
if (move == null)
{
throw new ArgumentNullException();
}
if (gameSituation == _GAME_SITUATION_TAKE_DICE)
{
if (!(move is TestChanceGame_TakeDiceMove))
{
throw new InvalidOperationException("CLASS: TestChanceGame_GameState, METHOD: makeMove - invalid given move!");
}
gameSituation = _GAME_SITUATION_ROLL_DICE;
}
else if (gameSituation == _GAME_SITUATION_ROLL_DICE)
{
if (!(move is TestChanceGame_RollDiceMove rollDiceMove))
{
throw new InvalidOperationException("CLASS: TestChanceGame_GameState, METHOD: makeMove - invalid given move!");
}
lastDrawnDigit = rollDiceMove.drawnDigit;
gameSituation = _GAME_SITUATION_SELECT_POSITION;
}
else
{
if (!(move is TestChanceGame_SelectPositionMove selectPositionMove))
{
throw new InvalidOperationException("CLASS: TestChanceGame_GameState, METHOD: makeMove - invalid given move!");
}
_board[selectPositionMove.playerWhoDoesTheMove][selectPositionMove.digitPosition] = lastDrawnDigit;
gameSituation = _GAME_SITUATION_TAKE_DICE;
phasingPlayer = selectPositionMove.nextPlayer;
}
}
// Awake is called when game boots up.
// Pre: pkmnSpecies string must be filled out and found within the baseStatInv in the static BaseStats class
void Awake()
{
if (fighterName == null || level <= 0 || level > 100)
{
throw new System.Exception("Error: Parameters for PKMNEntity not filled out appropriately");
}
statChangeQ = new SE_PriorityQueue(this); //Establish stat priority queue
curStats = new float[BaseStat.BASE_STATS_LENGTH]; //Establish curStats
statUpgradesUsed = new int[BaseStat.BASE_STATS_LENGTH];
controller = (transform.parent != null) ? transform.parent.GetComponent <Controller>() : GetComponent <Controller>();
soundFXs = GetComponent <AudioSource>();
shieldDamageMult = BASE_SHIELD_DAMAGE_MULT;
restoreCurStats();
armor = baseArmor;
curStats[BaseStat.HEALTH] = baseStats[BaseStat.HEALTH];
//Establish stats for character
moves = new List <IMove>();
//Adds move to the list
for (int i = 0; i < moveList.Length; i++)
{
IMove curMove = BaseStat.moveInv(moveList[i], GetComponent <Animator>(), this, progress);
if (curMove != null)
{
moves.Add(curMove);
}
}
maxExp = BASE_MAX_EXP;
curExp = 0f;
aTimer = 0.0f;
hTimer = 0.0f;
assistStatus = false;
dead = false;
//numOpenStatBoosts = 6;
}
public static Dictionary <string, SasuEntry> ToMoveBetuSky1(
Maps_OneAndOne <Finger, SySet <SyElement> > komabetuSusumuMasus,
SkyConst src_Sky
)
{
Dictionary <string, SasuEntry> result_komabetuEntry = new Dictionary <string, SasuEntry>();
komabetuSusumuMasus.Foreach_Entry((Finger key, SySet <SyElement> value, ref bool toBreak) =>
{
RO_Star koma = Util_Starlightable.AsKoma(src_Sky.StarlightIndexOf(key).Now);
foreach (SyElement dstMasu in value.Elements)
{
IMove move = Util_Sky258A.BuildMove(
//key,
new RO_Star(src_Sky.KaisiPside, koma.Masu, koma.Haiyaku),
new RO_Star(src_Sky.KaisiPside, dstMasu, koma.Haiyaku),//FIXME:配役は適当。
PieceType.None
);
string moveStr = ConvMoveStrSfen.ToMoveStrSfen(move);//重複防止用のキー
if (!result_komabetuEntry.ContainsKey(moveStr))
{
result_komabetuEntry.Add(
moveStr,
new SasuEntry(
move,
key, //動かす駒
dstMasu, //移動先升
false //成りません
)
);
}
}
});
return(result_komabetuEntry);
}
void m_InkPicture_Stroke(object sender, InkCollectorStrokeEventArgs e)
{
m_Move = null;
e.Cancel = true;
InkPicture ip = sender as InkPicture;
Graphics g = null;
lock (ip.Image)
{
g = Graphics.FromImage(ip.Image);
}
List <ICorner> corners = new List <ICorner>();
foreach (Point p in e.Stroke.GetPoints())
{
Point clientP = StrokePointToClientPoint(g, p);
ICorner c = m_GameBoard.ClosestCornerFromGraphicsPoint(clientP);
if (!corners.Contains(c))
{
corners.Add(c);
}
}
if (corners.Count == 2)
{
try
{
Line l = new Line(corners[0] as Corner, corners[1] as Corner);
m_Move = new Move(l, this);
}
catch (ArgumentException)
{
/* the line sucks - eat it */
}
}
m_Waiter.Set();
}
private void MakeMove(IMove result)
{
if (result != null && result.Row >= 0)
{
Panel panel1 = new Panel();
panel1.BackColor = (result.PlayerId == 1) ? Color.Red : Color.Black;
panel1.Name = "panel" + result.Column + result.Row;
panel1.Size = new Size(91, 91);
panel1.TabIndex = 0;
tableLayoutPanel1.Controls.Add(panel1, result.Column, result.Row);
if (result.IsConnected)
{
MessageBox.Show("Success! Player " + result.PlayerId.ToString() + " won!");
}
}
if (result != null && result.IsTie)
{
MessageBox.Show("Game Over!");
}
}