//Get the average score for current player rolling all possible combinations
private double PropabilityScore(Player.Color myColor)
{
var allDiceRoll = AllRolls();
var scores = new List <double>();
foreach (var roll in allDiceRoll)
{
Game.FakeRoll(roll.dice1, roll.dice2);
var bestScore = double.MinValue;
var seqs = GenerateMovesSequence();
foreach (var s in seqs)
{
var hits = DoSequence(s);
var score = EvaluatePoints(myColor) + EvaluateCheckers(myColor);
if (score > bestScore)
{
bestScore = score;
}
UndoSequence(s, hits);
}
int m = roll.dice1 == roll.dice2 ? 1 : 2; // dice roll with not same value on dices are twice as probable. 2 / 36, vs 1 / 36
if (seqs.Any())
{
scores.Add(bestScore * m);
}
// Get best score of each roll, and make an average.
// some rolls are more probable, multiply them
// some rolls will be blocked or partially blocked
}
if (!scores.Any())
{
return(-100000);
}
return(scores.Average());
}
public Disk(int row, int col, Player.Color color)
{
Pair pair = new Pair(row, col);
this.pos = pair;
this.color = color;
}
public bool isValid(Pair to, Pair from, PegBoard pegBoard, Player.Color currentPlayerColor)
{
int moveUpDown = from.row - to.row;
int moveLeftRight = from.col - to.col;
if (pegBoard.checkColor(from) != currentPlayerColor || // correct color
pegBoard.isEmpty(from) || // selected empty peg slot
!pegBoard.isEmpty(to)) // dropped on occupied slot
{
// conditions for immediate failure
return(false);
}
else if (Math.Abs(moveUpDown) == 1 ||
Math.Abs(moveLeftRight) == 1)
{
// jump OR move 1
return(true);
}
else if (Math.Abs(moveUpDown) == 2
^ Math.Abs(moveLeftRight) == 2) // xor jump (2)
{
// Jumps A color and Jumps OTHER color
return(!pegBoard.isEmpty(from.row - moveUpDown / 2, from.col - moveLeftRight / 2) &&
pegBoard.checkColor(from.row - moveUpDown / 2, from.col - moveLeftRight / 2) != currentPlayerColor);
}
else
{
// Don't jump the rainbow!
return(false);
}
}
public void ChangeColor(Player.Color color)
{
switch (color)
{
case Player.Color.White:
colorMeshes[0].SetActive(true);
break;
case Player.Color.Blue:
colorMeshes[1].SetActive(true);
AudioSource wind = GetComponent <AudioSource>();
wind.Play();
//AudioClip.PlayOneShot (wind, 0.0F);
break;
case Player.Color.Red:
colorMeshes[2].SetActive(true);
break;
case Player.Color.Yellow:
colorMeshes[3].SetActive(true);
break;
case Player.Color.Green:
colorMeshes[4].SetActive(true);
break;
}
}
public void TurnOffMesh(Player.Color color)
{
switch (color)
{
case Player.Color.White:
colorMeshes[0].SetActive(false);
break;
case Player.Color.Blue:
colorMeshes[1].SetActive(false);
break;
case Player.Color.Red:
colorMeshes[2].SetActive(false);
break;
case Player.Color.Yellow:
colorMeshes[3].SetActive(false);
break;
case Player.Color.Green:
colorMeshes[4].SetActive(false);
break;
}
}
public void AddCheckers(int count, Player.Color color, int point)
{
for (int i = 0; i < count; i++)
{
Points.Single(p => p.GetNumber(color) == point).Checkers.Add(new Checker {
Color = color
});
}
}
internal async Task ConnectAndListen(WebSocket webSocket, Player.Color color, Db.User dbUser, bool playAi)
{
if (color == Player.Color.Black)
{
Client1 = webSocket;
Game.BlackPlayer.Id = dbUser != null ? dbUser.Id : Guid.Empty;
Game.BlackPlayer.Name = dbUser != null ? dbUser.Name : "Guest";
Game.BlackPlayer.Photo = dbUser != null && dbUser.ShowPhoto ? dbUser.PhotoUrl : "";
Game.BlackPlayer.Elo = dbUser != null ? dbUser.Elo : 0;
if (Game.IsGoldGame)
{
Game.BlackPlayer.Gold = dbUser != null ? dbUser.Gold - firstBet : 0;
Game.Stake = firstBet * 2;
}
if (playAi)
{
var aiUser = Db.BgDbContext.GetDbUser(Db.User.AiUser);
Game.WhitePlayer.Id = aiUser.Id;
Game.WhitePlayer.Name = aiUser.Name;
// TODO: AI image
Game.WhitePlayer.Photo = aiUser.PhotoUrl;
Game.WhitePlayer.Elo = aiUser.Elo;
if (Game.IsGoldGame)
{
Game.WhitePlayer.Gold = aiUser.Gold;
}
Engine = new Ai.Engine(Game);
CreateDbGame();
StartGame();
if (Game.CurrentPlayer == Player.Color.White)
{
await EnginMoves(Client1);
}
}
await ListenOn(webSocket);
}
else
{
if (playAi)
{
throw new ApplicationException("Ai always plays as white. This is not expected");
}
Client2 = webSocket;
Game.WhitePlayer.Id = dbUser != null ? dbUser.Id : Guid.Empty;
Game.WhitePlayer.Name = dbUser != null ? dbUser.Name : "Guest";
Game.WhitePlayer.Photo = dbUser != null && dbUser.ShowPhoto ? dbUser.PhotoUrl : "";
Game.WhitePlayer.Elo = dbUser != null ? dbUser.Elo : 0;
if (Game.IsGoldGame)
{
Game.WhitePlayer.Gold = dbUser != null ? dbUser.Gold - firstBet : 0;
}
CreateDbGame();
StartGame();
await ListenOn(webSocket);
}
}
/// <summary>Sets the piece up.</summary>
/// <param name="type">The piece's type.</param>
/// <param name="color">The piece's color.</param>
/// <param name="x">The x-value.</param>
/// <param name="y">The y-value.</param>
/// <param name="automaticallyUpdateTransform">Whether the transform's position should be updated. Defaults to true.</param>
public void SetUp(BoardPiece.Type type, Player.Color color, int x, int y, bool automaticallyUpdateTransform = true)
{
//set the type, color, (x, y) and name
this.type = type;
this.color = color;
SetXY(x, y, automaticallyUpdateTransform);
name = string.Format("{0} {1}", type.ToString(), color.ToString());
//update the sprite
UpdateSprite();
}
private static double EvaluatePoints(Player.Color myColor, Game game)
{
if (myColor == Player.Color.White) // Higher score for white when few checkers and black has many checkers left
{
return(game.BlackPlayer.PointsLeft - game.WhitePlayer.PointsLeft);
}
else
{
return(game.WhitePlayer.PointsLeft - game.BlackPlayer.PointsLeft);
}
}
private Player.Color oppositeColor(Player.Color color)
{
if (color == Player.Color.Black)
{
return(Player.Color.White);
}
else
{
return(Player.Color.Black);
}
}
private double EvaluatePoints(Player.Color myColor)
{
if (myColor == Player.Color.Black)
{
return(Game.BlackPlayer.PointsLeft - Game.WhitePlayer.PointsLeft);
}
else
{
return(Game.WhitePlayer.PointsLeft - Game.BlackPlayer.PointsLeft);
}
}
public int myPegCount(Player.Color color)
{
if (color == Player.Color.White)
{
return(_whitePegCount);
}
else
{
return(_blackPegCount);
}
}
private void incDiskCount(Player.Color color)
{
// add new disk
if (color == Player.Color.Black)
{
_blackDiskCount++;
}
else
{
_whiteDiskCount++;
}
}
public MoveHeuristic(Player.Color Me)
{
if (Me.Equals(Player.Color.Red))
{
MyStatus = Cell.CellStatus.OccupiedRed;
OpponentStatus = Cell.CellStatus.OccupiedBlack;
}
else
{
MyStatus = Cell.CellStatus.OccupiedBlack;
OpponentStatus = Cell.CellStatus.OccupiedRed;
}
}
public bool sameColorDiskAt(int row, int col, Player.Color currentColor)
{
bool sameColor = false;
if (this.board[row, col] != null)
{
if (this.board[row, col].color == currentColor)
{
sameColor = true;
}
}
return(sameColor);
}
private void adjDiskCount(Player.Color color)
{
// flip opposite disk
if (color == Player.Color.Black)
{
_blackDiskCount++;
_whiteDiskCount--;
}
else
{
_whiteDiskCount++;
_blackDiskCount--;
}
}
public int movesFromWin(Player.Color color)
{
int count;
if (color == Player.Color.White)
{
count = movesFromWhiteWin(0, 0);
}
else
{
count = movesFromBlackWin(5, 0);
}
return(count);
}
/// <summary>
/// Private Constructor used to initialize child node
/// </summary>
/// <param name="currentColor"></param> ---> will switch color
/// <param name="pegBoard"></param>
/// <param name="diskBoard"></param>
/// <param name="minimaxValue"></param> ---> will switch min/max
/// <param name="to"></param>
/// <param name="from"></param>
/// <param name="levelInTree"></param>
/// <param name="aiColor"></param>
private TreeNode(Player.Color currentColor, PegBoard pegBoard, DiskBoard diskBoard, MiniMax minimaxValue, Pair to, Pair from, int levelInTree, Player.Color aiColor, int movesFromWin, int maxTreeDepth, double middlePegHeuristic)
{
this._pegBoard = pegBoard;
this._diskBoard = diskBoard;
this._moveMade = new PieceMove();
this._moveMade.to = to;
this._moveMade.from = from;
this._levelInTree = levelInTree;
this._aiColor = aiColor;
this._movesFromWin = movesFromWin - 1;
this._maxTreeDepth = maxTreeDepth;
this._middlePegHeuristic = middlePegHeuristic;
if (maxTreeDepth == 1)
{
this._difficultyLevel = Difficulty.Easy;
}
else if (maxTreeDepth == 3)
{
this._difficultyLevel = Difficulty.Medium;
}
else
{
this._difficultyLevel = Difficulty.Hard;
}
// Switch colors
if (currentColor == Player.Color.White)
{
this._currentColor = Player.Color.Black;
}
else
{
this._currentColor = Player.Color.White;
}
// Switch minimaxValue
if (minimaxValue == MiniMax.Max)
{
this._minimaxValue = MiniMax.Min;
}
else
{
this._minimaxValue = MiniMax.Max;
}
}
private bool isValid(Pair to, Pair from, PegBoard pegBoard, Player.Color currentPlayerColor)
{
int moveUpDown = from.row - to.row;
int moveLeftRight = from.col - to.col;
if (to.row < 0 || to.col < 0 || from.row < 0 || from.col < 0 ||
to.row > boardSize || to.col > boardSize || from.row > boardSize || from.col > boardSize)
{
return(false);
}
else if (pegBoard.checkColor(from) != currentPlayerColor || // correct color
pegBoard.isEmpty(from) || // selected empty peg slot
!pegBoard.isEmpty(to)) // dropped on occupied slot
{
// Conditions for immediate failure
return(false);
}
else if (Math.Abs(moveUpDown) == 1 &&
Math.Abs(moveLeftRight) == 1)
{
// Jump
return(true);
}
else if (Math.Abs(moveUpDown) + Math.Abs(moveLeftRight) == 1)
{
// Move peg over 1
return(true);
}
else if (Math.Abs(moveUpDown) + Math.Abs(moveLeftRight) == 2)
{
// jump (2,0) or (0,2) --> the (1,1) case has already been tested
return(!pegBoard.isEmpty(from.row - moveUpDown / 2, from.col - moveLeftRight / 2) &&
pegBoard.checkColor(from.row - moveUpDown / 2, from.col - moveLeftRight / 2) != currentPlayerColor);
// Jumps A color and Jumps OTHER color
}
else
{
// Don't jump the rainbow!
return(false);
}
}
private void HandleColorSwap()
{
Player.Color playerColor = player.currentColor;
cc.TurnOffMesh(playerColor);
cc.ChangeColor(fairy.GetColor());
player.currentColor = fairy.GetColor();
fairycc.TurnOffMesh(fairy.GetColor());
fairycc.ChangeColor(playerColor);
fairy.SetColor(playerColor);
if (player.currentColor == Player.Color.Blue)
{
player.TurnDoubleJumpOn();
}
else
{
player.TurnDoubleJumpOff();
}
}
public void movePeg(Player.Color color, Pair to, Pair from)
{
if (Math.Abs(to.row - from.row) == 2
^ Math.Abs(to.col - from.col) == 2)
{
// Capture then move
capturePeg(color, to, from);
}
foreach (Peg peg in this.pegList)
{
if (peg.isLocated(from))
{
this.pegList.Remove(peg);
this.pegList.Add(new Peg(to, peg.color));
return;
}
}
}
private int ApplyHeuristic(Player.Color aiColor)
{
int heuristicValue = 0;
if (this._difficultyLevel == Difficulty.Easy)
{
heuristicValue = EasyHeuristic(aiColor);
}
else if (this._difficultyLevel == Difficulty.Medium)
{
heuristicValue = MediumHeuristic(aiColor);
}
else
{
heuristicValue = HardHeuristic(aiColor);
}
this._heuristicValue = heuristicValue;
return(heuristicValue);
}
private double EvaluateCheckers(Player.Color myColor)
{
double score = 0;
var inBlock = false;
var counter = 0;
for (int i = 1; i < 25; i++)
{
var point = Game.Points[i];
if (point.MyBlock(myColor))
{
if (inBlock)
{
counter++;
}
else
{
counter = 1;
}
inBlock = true;
}
else
{
if (inBlock)
{
score += Math.Pow(counter, 2);
counter = 0;
}
inBlock = false;
}
}
if (inBlock)
{
score += Math.Pow(counter, 2);
}
score += Game.GetHome(myColor).Checkers.Count * 10;
return(score);
}
/// <summary>
/// Public Constructor
/// </summary>
/// <param name="player"></param>
/// <param name="pegBoard"></param>
/// <param name="diskBoard"></param>
/// <param name="minimaxValue"></param>
public TreeNode(Player player, PegBoard pegBoard, DiskBoard diskBoard, MiniMax minimaxValue, int treeDepth)
{
this._minimaxValue = minimaxValue;
this._pegBoard = pegBoard;
this._currentColor = this._aiColor = player.color;
this._diskBoard = diskBoard;
this._movesFromWin = diskBoard.movesFromWin();
this._maxTreeDepth = treeDepth;
if (treeDepth == 1)
{
this._difficultyLevel = Difficulty.Easy;
}
else if (treeDepth == 3)
{
this._difficultyLevel = Difficulty.Medium;
}
else
{
this._difficultyLevel = Difficulty.Hard;
}
}
public void capturePeg(Player.Color color, Pair to, Pair from)
{
// Find the peg
foreach (Peg peg in this.pegList)
{
// Remove jumped peg
if (peg.isLocated((from.row + to.row) / 2, (from.col + to.col) / 2))
{
this.pegList.Remove(peg);
if (color == Player.Color.White)
{
this._blackPegCount--;
}
else
{
this._whitePegCount--;
}
return;
}
}
}
public void placeDisk(Player.Color color, Pair to, Pair from)
{
int row = (from.row + to.row) / 2;
int col = (from.col + to.col) / 2;
// place onto empty
if (this.board[row, col] == null)
{
this.board[row, col] = new Disk(row, col, color);
incDiskCount(color);
}
else if ((row == 0 && col == 0) || (row == 5 && col == 0) ||
(row == 0 && col == 5) || (row == 5 && col == 5))
{
}
// flip over occupied
else if (this.board[row, col].color != color)
{
this.board[row, col] = new Disk(row, col, color);
adjDiskCount(color);
}
}
internal async Task ConnectAndListen(WebSocket webSocket, Player.Color color, Db.User dbUser, bool playAi)
{
if (color == Player.Color.Black)
{
Client1 = webSocket;
Game.BlackPlayer.Id = dbUser != null ? dbUser.Id : Guid.Empty;
Game.BlackPlayer.Name = dbUser != null ? dbUser.Name : "Guest";
if (playAi)
{
var aiUser = Db.BgDbContext.GetDbUser(Db.User.AiUser);
Game.WhitePlayer.Id = aiUser.Id;
Game.WhitePlayer.Name = aiUser.Name;
Engine = new Ai.Engine(Game);
CreateDbGame();
StartGame();
if (Game.CurrentPlayer == Player.Color.White)
{
await EnginMoves(Client1);
}
}
await ListenOn(webSocket);
}
else
{
if (playAi)
{
throw new ApplicationException("Ai always playes as white. This is not expected");
}
Client2 = webSocket;
Game.WhitePlayer.Id = dbUser != null ? dbUser.Id : Guid.Empty;
Game.WhitePlayer.Name = dbUser != null ? dbUser.Name : "Guest";
CreateDbGame();
StartGame();
await ListenOn(webSocket);
}
}
public void Fill(Player.Color color)
{
if (!filled && OnStoneFilled != null)
{
if (color == Player.Color.Red)
{
sr.sprite = redFilled;
}
else if (color == Player.Color.Blue)
{
sr.sprite = blueFilled;
}
else if (color == Player.Color.Green)
{
sr.sprite = greenFilled;
}
else
{
sr.sprite = yellowFilled;
}
filled = true;
OnStoneFilled();
}
}
// Start is called before the first frame update
void Start()
{
currColor = Player.Color.White;
}
public void SetColor(Player.Color color)
{
currColor = color;
}