private APIMsgConclusion handleSimulateMoveDelta(JSONObject jObj)
{
JSONObject jPlayer = jObj.GetField(Constants.JProtocol.player);
JSONObject jEnemy = jObj.GetField(Constants.JProtocol.enemy);
BoardMoves moves = parseBoardMoves(jObj);
SnakePlayer p = new SnakePlayer()
{
x = (int)jPlayer.GetField(Constants.JProtocol.posX).i,
y = (int)jPlayer.GetField(Constants.JProtocol.posY).i,
dir = moves.playerMove
};
SnakePlayer e = new SnakePlayer()
{
x = (int)jEnemy.GetField(Constants.JProtocol.posX).i,
y = (int)jEnemy.GetField(Constants.JProtocol.posY).i,
dir = moves.enemyMove
};
Board b = new Board(new SnakePlayer[] { p, e }, false);
b.playMove(new string[] { moves.playerMove, moves.enemyMove });
SimulatedMove temp = new SimulatedMove()
{
enemyMove = moves.enemyMove, playerMove = moves.playerMove, board = b
};
string encodedBoards = SnakeProtocolEncoder.compressSimulatedMove(temp);
return(new APIMsgConclusion()
{
status = ResponseStatus.Success, msg = encodedBoards, target = MsgTarget.Player
});
}
public BoardState evaluateBoard()
{
SnakePlayer p = players[0], e = players[1];
//Debug.Log("Player: " + p.x + "," + p.y + "\nEnemy: " + e.x + "," + e.y);
if (p.x == e.x && p.y == e.y) // Players Crash into eachother
{
return(BoardState.draw);
}
bool playerCrash = coordCrash(p.x, p.y);
bool enemyCrash = coordCrash(e.x, e.y);
// Debug.Log("Playercrash: " + playerCrash.ToString() + ", Enemycrash: " + enemyCrash.ToString());
if (playerCrash && enemyCrash)
{
return(BoardState.draw);
}
if (playerCrash && enemyCrash == false)
{
return(BoardState.enemyWon);
}
if (playerCrash == false && enemyCrash)
{
return(BoardState.playerWon);
}
return(BoardState.ongoing);
}
public static void addPlayerField(ref JSONObject jObj, SnakePlayer p, string name)
{
JSONObject player = new JSONObject();
player.AddField(Constants.JProtocol.dir, p.dir);
player.AddField(Constants.JProtocol.posX, p.x);
player.AddField(Constants.JProtocol.posY, p.y);
jObj.AddField(name, player);
}
public static Board generateBoard(string rawBoard, string playerDir, string enemyDir, int[] pPos = null, int[] ePos = null)
{
string[] cells = rawBoard.Split(' ');
int size = (int)Math.Round(Math.Sqrt(cells.Length));
List <Position2D> blocked = new List <Position2D>();
SnakePlayer[] players = new SnakePlayer[2];
if (pPos != null)
{
players[0] = new SnakePlayer()
{
x = pPos[0], y = pPos[1], dir = playerDir
}
}
;
if (ePos != null)
{
players[1] = new SnakePlayer()
{
x = ePos[0], y = ePos[1], dir = playerDir
}
}
;
for (int y = 0; y < size; y++)
{
for (int x = 0; x < size; x++)
{
switch (cells[size * y + x])
{
case "X": blocked.Add(new Position2D()
{
x = x, y = y
}); break;
case "P": players[0] = new SnakePlayer()
{
x = x, y = y, dir = playerDir
}; break;
case "E": players[1] = new SnakePlayer()
{
x = x, y = y, dir = enemyDir
}; break;
}
}
}
bool[,] grid = gengerateBlockedGrid(blocked, size);
return(new Board(grid, players, blocked, false));
}
private void applyPlayMove(ref SnakePlayer p, string dir)
{
int[] coordChange = Constants.Movement.dirToCoords(dir);
blockedGrid[p.x, p.y] = true;
blockedList.Add(new Position2D()
{
x = p.x, y = p.y
});
p.x += coordChange[0];
p.y += coordChange[1];
p.dir = dir;
}
public static void printPlayer(SnakePlayer p, string name)
{
Debug.Log(name + ": " + p.x + "." + p.y + " " + p.dir);
}
private void parsePlayer(JSONObject jPlayer, ref SnakePlayer p)
{
p.x = (int)jPlayer.GetField(Constants.JProtocol.posX).n;
p.y = (int)jPlayer.GetField(Constants.JProtocol.posY).n;
p.dir = jPlayer.GetField(Constants.JProtocol.dir).str;
}