internal void TakeIfBetter(GameState nextScoredMove, int scoreIndex, IPlayerMove thisMove)
{
double otherOffsetScore = nextScoredMove[scoreIndex] - Scores[scoreIndex];
bool takeIt = false;
if (Math.Abs(otherOffsetScore) < double.Epsilon)
{
if (nextScoredMove.Scores.Sum() < Scores.Sum())
{
takeIt = true;
}
}
else if (otherOffsetScore < 0.0)
{
return; // not take it
}
else if (otherOffsetScore > 0.0)
{
takeIt = true;
}
if (takeIt)
{
NextGameState = nextScoredMove;
Scores = nextScoredMove.Scores;
BestMove = thisMove;
}
}
//------------------------------------------
// 初期化
//------------------------------------------
#region ===== INITIALIZE =====
/// <summary>
/// World 座標系で座標を扱うので注意!!
/// </summary>
/// <param name="_sys"></param>
public void Initialize(InputSystem _sys, Camera _mainCam, IPlayerMove _playerMove)
{
m_mainCamera = _mainCam;
m_playerMove = _playerMove;
Sprite baseSprite = m_baseSpriteTrans.GetComponent <SpriteRenderer>().sprite;
m_baseSpriteParam.PixelPerUnit = baseSprite.pixelsPerUnit;
m_baseSpriteParam.Radius = baseSprite.bounds.size.x * 0.5f;
Sprite childSprite = m_stickSpriteTrans.GetComponent <SpriteRenderer>().sprite;
m_stickerSpriteParam.PixelPerUnit = childSprite.pixelsPerUnit;
m_stickerSpriteParam.Radius = childSprite.bounds.size.x * 0.5f;
// Base の可動域の設定
m_baseMoveRange_X.x = MainCam.ScreenToWorldPoint(new Vector3(0f, 0f, 0f)).x + BaseSpriteRadius;
m_baseMoveRange_X.y = MainCam.ScreenToWorldPoint(new Vector3(Screen.width, 0f, 0f)).x - BaseSpriteRadius;
m_baseMoveRange_Y.x = MainCam.ScreenToWorldPoint(new Vector3(0f, Screen.height, 0f)).y - BaseSpriteRadius;
m_baseMoveRange_Y.y = MainCam.ScreenToWorldPoint(new Vector3(0, 0f, 0f)).y + BaseSpriteRadius;
// Stick の可動域
m_stickMoveRange = (BaseSpriteRadius - m_stickerSpriteParam.Radius);// Radius
// _sys.AddOnDragStartEvent( this.OnDragStart );
// _sys.AddOnDragEvent( this.OnDrag );
// _sys.AddOnDragEndEvent( this.OnDragEnd );
HideUI();
}
private ScoredMove ScoreMove(IGame game, IPlayerMove move)
{
double score = 0;
if (move is IBuildCampusMove)
{
var bMove = (IBuildCampusMove) move;
score = bMove.CampusType == CampusType.Super ? 30 : 20;
}
else if (move is IBuildLinkMove)
{
score = 15;
var bMove = (IBuildLinkMove) move;
if (game.IBoard[bMove.WhereAt].Adjacent.Vertices.Any(vertex => vertex.IsFreeToBuildCampus()))
{
score += 1;
}
}
else if (move is ITradingMove)
{
score = 10;
}
else if (move is ITryStartUpMove)
{
if (game.CurrentIUniversity.Students.Values.Sum() > 5)
{
score = 5;
}
else
{
score = -5;
}
}
return new ScoredMove(move, score);
}
static void PrintBoardAfterMove(IPlayerMove move, string playerName, SimpleBoard board)
{
var piece = board.Get(move.Move.StartPosition.ToTuple());
if (move.Move.PromotionResult != PromotionPieceType.NoPromotion)
{
if (piece.Contains("w"))
{
piece = "wQ ";
}
else
{
piece = "bQ ";
}
}
// Clear previous move
for (int i = 0; i < 8; i++)
{
for (int j = 0; j < 8; j++)
{
if (board.Get((i, j)) == SimpleBoard.PreviousTileValue)
{
board.Set((i, j), " ");
break;
}
}
}
board.Set(move.Move.StartPosition.ToTuple(), SimpleBoard.PreviousTileValue);
board.Set(move.Move.EndPosition.ToTuple(), piece);
board.Print();
}
public bool MoveAffectedByEncumberedStatus(IAdventurePlayer player, IPlayerMove move)
{
if (player.Statuses.Contains(PlayerStatus.IsEncumbered))
{
player.ChatClient.PostDirectMessage(player, "You are currently encumbered.");
if (move.Moves.Contains("up"))
{
player.ChatClient.PostDirectMessage(player, "You are unable to move upward!");
player.ChatClient.PostDirectMessage(player, "*" + player.CurrentLocation.Name + "*");
return(true);
}
if (move.Moves.Contains("down"))
{
player.ChatClient.PostDirectMessage(player, "You slip and fall! All that weight drags you down. " +
"Your lamp smashes and darkness engulfs you...");
player.Statuses.Add(PlayerStatus.IsDead);
_game.EndOfGame(player);
return(true);
}
}
return(false);
}
public PlayerController(IPlayerMove playerMove, IPlayerGun playerGun)
{
move = playerMove;
gun = playerGun;
EventManager.Instance.AddListener <InputEvent>(HandleInput);
EventManager.Instance.AddListener <GameOverEvent>(HandleGameOver);
}
public void PrintIllegalMove(IPlayerMove move)
{
ColorConsole.WriteLine(ConsoleColor.Red,
"Illegal Move '{0}' for university {1}",
move,
_game.CurrentUniversity);
}
void Awake()
{
Utility.ChangeSprite(gameObject, GameConfig.playerImg);
player = PlayerData.Instance();
// microphone = new MicrophoneInput (player);
// if(GameConfig.mic) moveController = PlayerMoveLine.Instance (player);
initMoveDic(player);
moveController = movesDic["start"];
}
public static Move ToGrpc(IPlayerMove playerMove)
{
var grpcMove = new Move()
{
Diagnostics = playerMove.Diagnostics,
Chess = ToGrpc(playerMove.Move)
};
return(grpcMove);
}
public async Task <IBoardState> ApplyValidatedMove(IPlayerMove playerMove)
{
var move = playerMove.ToEngineMove();
ChessGame.ApplyMove(move, true);
State.Moves.Add(move);
State.ETag = Guid.NewGuid().ToString();
await WriteStateAsync();
return(await GetBoardState());
}
public static Move ToEngineMove(this IPlayerMove playerMove)
{
switch (playerMove)
{
case PlayerIMove move:
return(new Move(move.OriginalPosition, move.NewPosition, Player.White, move.Promotion));
case PlayerIIMove move:
return(new Move(move.OriginalPosition, move.NewPosition, Player.Black, move.Promotion));
default:
throw new System.Exception("Unknown player move");
}
}
/// <inheritdoc/>
public async Task <ITurnResult> Play(IPlayer player, IPlayerMove playedMove)
{
if (!await player.IsCurrentTurn)
{
return(TurnResult.Failed(player, "Its currently not your turn."));
}
var gameSquare = GameSquares.SingleOrDefault(gameSquare => gameSquare.Rectangle.IsInRange(playedMove.NewPosition));
if (gameSquare == null)
{
return(TurnResult.Failed(player, "Invalid gameSquare"));
}
return(TurnResult.Success(player, gameSquare, "Acceptable move"));
}
static void PrintMove(IPlayerMove move, string playerName)
{
var message = $"{playerName.PadRight(10)}- {move.Move.StartPosition} to ";
//if (move.Move.Capture) info += "x";
message += $"{move.Move.EndPosition}";
if (move.Move.CheckMate)
{
message += "#";
}
else if (move.Move.Check)
{
message += "+";
}
message += ". ";
//message += Environment.NewLine;
message += $"{move.Diagnostics}";
Log(message);
}
private GameState GetNextScores(IGame game, int depth, int playerIndex, IPlayerMove move)
{
depth -= 1;
game.ApplyMove(move);
GameState nextBestScoredMoves = null;
if (_transTable != null)
{
nextBestScoredMoves = _transTable.GetBestScoredMoves(game.Hash, depth);
}
if (nextBestScoredMoves == null)
{
nextBestScoredMoves = SearchBestMoves(game, depth, playerIndex);
if (_transTable != null)
{
_transTable.Remember(game.Hash, nextBestScoredMoves, depth);
}
}
game.UndoMove();
return nextBestScoredMoves;
}
public void AddPlayerMove(IPlayerMove playerMove)
{
playerMoves.Add(playerMove);
logger($"Player {playerMove.GetPlayer().GetId()} moved from {playerMove.GetStartingPosition()} to {playerMove.GetEndingPosition()}");
}
internal void ConsumeStudents(IPlayerMove move)
{
if (move.StudentsNeeded == null)
{
return;
}
foreach (StudentGroup group in move.StudentsNeeded)
{
_game.Hashing.HashDegree(Color, group.Degree, Students[group.Degree]);
Students[group.Degree] -= group.Quantity;
_game.Hashing.HashDegree(Color, group.Degree, Students[group.Degree]);
}
}
public Task <bool> IsValidMove(IPlayerMove move) => Task.FromResult(ChessGame.IsValidMove(move.ToEngineMove()));
protected virtual void UpdateMove()
{
moveController.prepareNextMove();
moveController = movesDic[player.status];
}
public HandType()
{
this.randomGenerator = new Random();
this.playerMove = new PlayerMove();
}
public void ApplyMove(IPlayerMove move)
{
var updateMove = move as IPlayerMoveForUpdate;
Debug.Assert(updateMove != null);
_previousTurnInfo.Push(TurnInfo.Create(this, updateMove));
updateMove.ApplyTo(this);
_allAvailableMoves = null;
if (CurrentPhase == GamePhase.Play)
{
CurrentUniversity.ConsumeStudents(move);
}
if (CurrentPhase == GamePhase.Setup2 && move is BuildCampusMove)
{
CurrentUniversity.AcquireInitialStudents(((BuildCampusMove) move).WhereAt);
}
if (CurrentPhase != GamePhase.Play && !(move is EndTurn)) // setup phase
{
if (!_setupMoveGenerator.ShouldBuildCampus)
{
ApplyMove(new EndTurn());
}
_setupMoveGenerator.Toggle();
}
}
internal void ResumeStudents(IPlayerMove move)
{
if (move.StudentsNeeded == null)
{
return;
}
foreach (StudentGroup group in move.StudentsNeeded)
{
Students[group.Degree] += group.Quantity;
}
}
private void CheckAndApply(IPlayerMove move)
{
if (_game.IsLegalMove(move))
{
_game.ApplyMove(move);
}
else
{
throw new Exception("Illegal move: " + move);
}
}
public bool IsLegalMove(IPlayerMove move)
{
if (move is RandomMove)
{
return true;
}
if (CurrentPhase == GamePhase.Play && !CurrentUniversity.HasStudentsFor(move.StudentsNeeded))
{
return false;
}
var updateMove = move as IPlayerMoveForUpdate;
Debug.Assert(updateMove != null);
return updateMove.IsLegalToApply(this);
}
public GameState(IPlayerMove move, double[] scores)
{
BestMove = move;
Scores = scores;
}
public HandType()
{
this.randomGenerator = new Random();
this.playerMove = new PlayerMove();
}
public ScoredMove(IPlayerMove move, double score)
{
Move = move;
Score = score;
}
public void ClearData()
{
_IPlayerAttack = null;
_IPlayerMove = null;
}
private ScoredMove ScoreMove(IGame game, IPlayerMove move)
{
var buildLinkMove = move as IBuildLinkMove;
if (buildLinkMove != null)
{
return GetBuildLinkMoveScore(game, buildLinkMove);
}
var buildCampus = move as IBuildCampusMove;
return buildCampus == null
? new ScoredMove(move, 100)
: new ScoredMove(move, GetVertexScore(game, game.IBoard[buildCampus.WhereAt]));
}
public void PrintLegalMove(IPlayerMove move)
{
ColorConsole.WriteLineIf(_game.HasHumanPlayer, ConsoleViewerColor.Move, move);
}
public void SetData(IPlayerAttack playerAttack, IPlayerMove playerMove, int userId)
{
_IPlayerAttack = playerAttack;
_IPlayerMove = playerMove;
_UserId = userId;
}