public static void newGame(Grid game)
{
bool GameLoop = true;
while (GameLoop)
{
game.displayGrid();
Console.Write("Enter Move ( as 'x y' ): ");
string move = Console.ReadLine();
string[] coord = move.Split(' ');
Int32 val;
if ((coord.Length == 2) && (Int32.TryParse(coord[0], out val) && Int32.TryParse(coord[1], out val)) && game.checkMove(Int32.Parse(coord[0]), Int32.Parse(coord[1])))
{
game.removeGroup(Int32.Parse(coord[0]), Int32.Parse(coord[1]));
game.Logger.addLog("MOVE: (" + coord[0] + "," + coord[1] + ")");
game.Logger.addLog(" --Points: " + game.calculatePoints());
}
else
{
Console.WriteLine("Invalid Move! Try again!");
}
game.compressGrid();
if (game.checkWin())
{
GameLoop = false;
Console.WriteLine("You Win!");
game.Logger.addLog("GAME WIN: All bubbles eliminated");
game.Logger.addLog("FINAL POINTS: " + game.Points);
game.Logger.close();
Console.ReadLine();
}
else if (game.checkLocked())
{
GameLoop = false;
//display final game board showing locked game
game.displayGrid();
Console.WriteLine("You Lose!");
game.Logger.addLog("GAME LOSS: Gameboard locked!");
game.Logger.addLog("FINAL POINTS: " + game.Points);
game.Logger.close();
Console.ReadLine();
}
}
}
public double rankGrid(Grid board)
{
double rank = 0;
int largest = 0;
PriorityQueue <Group> moves = board.calculateGroupsQueue();
if (!moves.isEmpty)
{
largest = moves.Dequeue().Bubbles;
}
int groups = 0;
int singles = 0;
int remaining = 0;
while (!(moves.isEmpty) && (moves.Peek().Bubbles > 1))
{
groups++;
remaining += moves.Dequeue().Bubbles;
}
singles = moves.Count;
remaining += singles;
if (board.checkWin())
{
rank = (board.X * board.X) * 1000;
}
else if (board.checkLocked())
{
rank = 0 - singles;
}
else
{
rank = (remaining - singles) + largest;
}
return(rank);
}
public static void newAIGame(Grid game)
{
bool GameLoop = true;
bool list = false;
AI blue = new AI(50);
Stack <MoveNode> moves = new Stack <MoveNode>();
if ((game.Colors <= 5 && game.X < 7) || (game.Colors < 4 && game.X <= 15))
{
MoveNode move = blue.solveTree(game);
if (move != null)
{
list = true;
while (move != null)
{
moves.Push(move);
move = move.PreviousMove;
}
}
}
while (GameLoop)
{
int[] nextMove;
game.displayGrid();
if (list)
{
nextMove = new int[2];
MoveNode cur = moves.Pop();
nextMove[0] = cur.Group.X;
nextMove[1] = cur.Group.Y;
}
else
{
nextMove = blue.makeNextMove(game);
}
Console.WriteLine("AI makes the move (" + nextMove[0] + ", " + nextMove[1] + ")");
game.removeGroup(nextMove[0], nextMove[1]);
game.Logger.addLog("MOVE: (" + nextMove[0] + "," + nextMove[1] + ")");
game.Logger.addLog(" --Points: " + game.calculatePoints());
game.compressGrid();
if (game.checkWin())
{
GameLoop = false;
Console.WriteLine("You Win!");
game.Logger.addLog("GAME WIN: All bubbles eliminated");
game.Logger.addLog("FINAL POINTS: " + game.Points);
game.Logger.close();
Console.ReadLine();
}
else if (game.checkLocked())
{
GameLoop = false;
//display final game board showing locked game
game.displayGrid();
Console.WriteLine("You Lose!");
game.Logger.addLog("GAME LOSS: Gameboard locked!");
game.Logger.addLog("FINAL POINTS: " + game.Points);
game.Logger.close();
Console.ReadLine();
}
}
}
public double rankGrid(Grid board)
{
double rank = 0;
int largest = 0;
PriorityQueue<Group> moves = board.calculateGroupsQueue();
if(!moves.isEmpty)
largest = moves.Dequeue().Bubbles;
int groups = 0;
int singles = 0;
int remaining = 0;
while (!(moves.isEmpty) && (moves.Peek().Bubbles > 1))
{
groups++;
remaining += moves.Dequeue().Bubbles;
}
singles = moves.Count;
remaining += singles;
if(board.checkWin())
rank = (board.X * board.X) *1000;
else if (board.checkLocked())
rank = 0 - singles;
else
rank = (remaining - singles) + largest;
return rank;
}
public static void newGame(Grid game)
{
bool GameLoop = true;
while (GameLoop)
{
game.displayGrid();
Console.Write("Enter Move ( as 'x y' ): ");
string move = Console.ReadLine();
string[] coord = move.Split(' ');
Int32 val;
if((coord.Length==2) && (Int32.TryParse(coord[0], out val) && Int32.TryParse(coord[1], out val)) && game.checkMove(Int32.Parse(coord[0]), Int32.Parse(coord[1]))) {
game.removeGroup(Int32.Parse(coord[0]), Int32.Parse(coord[1]));
game.Logger.addLog("MOVE: (" + coord[0] + "," + coord[1] + ")");
game.Logger.addLog(" --Points: " + game.calculatePoints());
} else
{
Console.WriteLine("Invalid Move! Try again!");
}
game.compressGrid();
if (game.checkWin())
{
GameLoop = false;
Console.WriteLine("You Win!");
game.Logger.addLog("GAME WIN: All bubbles eliminated");
game.Logger.addLog("FINAL POINTS: " + game.Points);
game.Logger.close();
Console.ReadLine();
} else if (game.checkLocked())
{
GameLoop = false;
//display final game board showing locked game
game.displayGrid();
Console.WriteLine("You Lose!");
game.Logger.addLog("GAME LOSS: Gameboard locked!");
game.Logger.addLog("FINAL POINTS: " + game.Points);
game.Logger.close();
Console.ReadLine();
}
}
}
public static void newAIGame(Grid game)
{
bool GameLoop = true;
bool list = false;
AI blue = new AI(50);
Stack<MoveNode> moves = new Stack<MoveNode>();
if((game.Colors <= 5 && game.X <7) || (game.Colors < 4 && game.X <= 15))
{
MoveNode move = blue.solveTree(game);
if(move != null)
{
list = true;
while(move != null)
{
moves.Push(move);
move = move.PreviousMove;
}
}
}
while (GameLoop)
{
int[] nextMove;
game.displayGrid();
if(list)
{
nextMove = new int[2];
MoveNode cur = moves.Pop();
nextMove[0] = cur.Group.X;
nextMove[1] = cur.Group.Y;
}
else
{
nextMove = blue.makeNextMove(game);
}
Console.WriteLine("AI makes the move (" + nextMove[0] + ", " + nextMove[1] + ")");
game.removeGroup(nextMove[0], nextMove[1]);
game.Logger.addLog("MOVE: (" + nextMove[0] + "," + nextMove[1] + ")");
game.Logger.addLog(" --Points: " + game.calculatePoints());
game.compressGrid();
if (game.checkWin())
{
GameLoop = false;
Console.WriteLine("You Win!");
game.Logger.addLog("GAME WIN: All bubbles eliminated");
game.Logger.addLog("FINAL POINTS: " + game.Points);
game.Logger.close();
Console.ReadLine();
}
else if (game.checkLocked())
{
GameLoop = false;
//display final game board showing locked game
game.displayGrid();
Console.WriteLine("You Lose!");
game.Logger.addLog("GAME LOSS: Gameboard locked!");
game.Logger.addLog("FINAL POINTS: " + game.Points);
game.Logger.close();
Console.ReadLine();
}
}
}