/// <summary>
/// Createa a new game, with a board and all peices associated with it
/// </summary>
public Game()
{
_board = new Board();
_larva = _board.Larva;
_birds = _board.Birds;
_player1 = new LarvaPlayer(_larva);
_player2 = new BirdPlayer(_birds);
_currentPlayer = _player1;
}
// TODO make method less repetitive
public static void generateBirdsChildren(ref BCTree<BoardConfig> parentNode, int lvl, Board Board)
{
//Console.Write("ParentNode Larva = " + GetScoreForPos(parentNode.data.LarvaPos));
for (int i = 0; i < parentNode.data.BirdsPos.Length; ++i)
{
//Console.Write(", Bird " + (i + 1) + " = " + GetScoreForPos(parentNode.data.BirdsPos[i]));
}
//Console.WriteLine();
Position bird1LeftPosition = new Position(parentNode.data.BirdsPos[0].Row - 1, parentNode.data.BirdsPos[0].Col - 1);
if (Board.IsValidPosition(bird1LeftPosition) && parentNode.data.IsCellEmpty(bird1LeftPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.BirdsPos[0] = bird1LeftPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bird 1 left position = " + GetScoreForPos(bird1LeftPosition));
}
Position bird1RightPosition = new Position(parentNode.data.BirdsPos[0].Row - 1, parentNode.data.BirdsPos[0].Col + 1);
if (Board.IsValidPosition(bird1RightPosition) && parentNode.data.IsCellEmpty(bird1RightPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.BirdsPos[0] = bird1RightPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bird 1 right position = " + GetScoreForPos(bird1RightPosition));
}
Position bird2LeftPosition = new Position(parentNode.data.BirdsPos[1].Row - 1, parentNode.data.BirdsPos[1].Col - 1);
if (Board.IsValidPosition(bird2LeftPosition) && parentNode.data.IsCellEmpty(bird2LeftPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.BirdsPos[1] = bird2LeftPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bird 2 left position = " + GetScoreForPos(bird2LeftPosition));
}
Position bird2RightPosition = new Position(parentNode.data.BirdsPos[1].Row - 1, parentNode.data.BirdsPos[1].Col + 1);
if (Board.IsValidPosition(bird2RightPosition) && parentNode.data.IsCellEmpty(bird2RightPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.BirdsPos[1] = bird2RightPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bird 2 right position = " + GetScoreForPos(bird2RightPosition));
}
Position bird3LeftPosition = new Position(parentNode.data.BirdsPos[2].Row - 1, parentNode.data.BirdsPos[2].Col - 1);
if (Board.IsValidPosition(bird3LeftPosition) && parentNode.data.IsCellEmpty(bird3LeftPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.BirdsPos[2] = bird3LeftPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bird 3 left position = " + GetScoreForPos(bird3LeftPosition));
}
Position bird3RightPosition = new Position(parentNode.data.BirdsPos[2].Row - 1, parentNode.data.BirdsPos[2].Col + 1);
if (Board.IsValidPosition(bird3RightPosition) && parentNode.data.IsCellEmpty(bird3RightPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.BirdsPos[2] = bird3RightPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bird 3 right position = " + GetScoreForPos(bird3RightPosition));
}
Position bird4LeftPosition = new Position(parentNode.data.BirdsPos[3].Row - 1, parentNode.data.BirdsPos[3].Col - 1);
if (Board.IsValidPosition(bird4LeftPosition) && parentNode.data.IsCellEmpty(bird4LeftPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.BirdsPos[3] = bird4LeftPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bird 4 left position = " + GetScoreForPos(bird4LeftPosition));
}
Position bird4RightPosition = new Position(parentNode.data.BirdsPos[3].Row - 1, parentNode.data.BirdsPos[3].Col + 1);
if (Board.IsValidPosition(bird4RightPosition) && parentNode.data.IsCellEmpty(bird4RightPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.BirdsPos[3] = bird4RightPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bird 4 right position = " + GetScoreForPos(bird4RightPosition));
}
}
public Bird(Position pos, Board b)
: base(pos, b)
{
}
// TODO make method less repetitive
public static void generateLarvaChildren(ref BCTree<BoardConfig> parentNode, int lvl, Board Board)
{
//Console.Write("ParentNode Larva = " + GetScoreForPos(parentNode.data.LarvaPos));
for (int i = 0; i < parentNode.data.BirdsPos.Length; ++i)
{
//Console.Write(", Bird " + (i + 1) + " = " + GetScoreForPos(parentNode.data.BirdsPos[i]));
}
//Console.WriteLine();
Position topLeftPosition = new Position(parentNode.data.LarvaPos.Row - 1, parentNode.data.LarvaPos.Col - 1);
if (Board.IsValidPosition(topLeftPosition) && parentNode.data.IsCellEmpty(topLeftPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.LarvaPos = topLeftPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Top left position = " + GetScoreForPos(topLeftPosition));
}
Position topRightPosition = new Position(parentNode.data.LarvaPos.Row - 1, parentNode.data.LarvaPos.Col + 1);
if (Board.IsValidPosition(topRightPosition) && parentNode.data.IsCellEmpty(topRightPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.LarvaPos = topRightPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Top right position = " + GetScoreForPos(topRightPosition));
}
Position bottomLeftPosition = new Position(parentNode.data.LarvaPos.Row + 1, parentNode.data.LarvaPos.Col - 1);
if (Board.IsValidPosition(bottomLeftPosition) && parentNode.data.IsCellEmpty(bottomLeftPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.LarvaPos = bottomLeftPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bottom left position = " + GetScoreForPos(bottomLeftPosition));
}
Position bottomRightPosition = new Position(parentNode.data.LarvaPos.Row + 1, parentNode.data.LarvaPos.Col + 1);
if (Board.IsValidPosition(bottomRightPosition) && parentNode.data.IsCellEmpty(bottomRightPosition))
{
BoardConfig tempBC = new BoardConfig(parentNode.data);
tempBC.Level = lvl;
tempBC.LarvaPos = bottomRightPosition;
parentNode.AddChild(tempBC);
//Console.WriteLine("Bottom right position = " + GetScoreForPos(bottomRightPosition));
}
}
public BoardConfig AIBirdsMove(Larva Larva, Bird[] Birds, Board Board)
{
// Get original positions
Position origLarvaPosition = Larva.Pos;
Position[] origBirdsPosition = new Position[Birds.Length];
for (int i = 0; i < Birds.Length; ++i)
{
origBirdsPosition[i] = Birds[i].Pos;
}
BoardConfig origBC = new BoardConfig(0, origLarvaPosition, origBirdsPosition);
BCTree<BoardConfig> MiniMaxTree = new BCTree<BoardConfig>(origBC);
// Get level 1 kids for the Birds
Utilities.generateBirdsChildren(ref MiniMaxTree, 1, Board);
List<BCTree<BoardConfig>> level1Nodes = new List<BCTree<BoardConfig>>();
Utilities.drill(MiniMaxTree, 0, 1, ref level1Nodes);
//Console.WriteLine("Count of nodes at Level 1 given by drill method = " + level1Nodes.Count);
// Get level 2 kids for the Larva
for (int i = 0; i < level1Nodes.Count; ++i)
{
var temp = level1Nodes[i];
Utilities.generateLarvaChildren(ref temp, 2, Board);
}
List<BCTree<BoardConfig>> level2Nodes = new List<BCTree<BoardConfig>>();
Utilities.drill(MiniMaxTree, 0, 2, ref level2Nodes);
//Console.WriteLine("Count of nodes at Level 2 given by drill method = " + level2Nodes.Count);
// Get level 3 kids for the Birds
for (int i = 0; i < level2Nodes.Count; ++i)
{
var temp = level2Nodes[i];
Utilities.generateBirdsChildren(ref temp, 3, Board);
}
List<BCTree<BoardConfig>> level3Nodes = new List<BCTree<BoardConfig>>();
Utilities.drill(MiniMaxTree, 0, 3, ref level3Nodes);
//Console.WriteLine("Count of nodes at Level 3 given by drill method = " + level3Nodes.Count);
//Console.WriteLine("Calculating level 3 heuristics...");
Utilities.calculateLevelHeuristics(ref level3Nodes);
for (int i = 0; i < level3Nodes.Count; i++)
{
//Console.WriteLine(i + " " + level3Nodes[i].data.heuristic);
}
//Console.WriteLine("Calculating level 2 heuristics...");
Utilities.calculateLevelHeuristics(ref level2Nodes);
for (int i = 0; i < level2Nodes.Count; i++)
{
//Console.WriteLine(i + " " + level2Nodes[i].data.heuristic);
}
//Console.WriteLine("Calculating level 1 heuristics...");
Utilities.calculateLevelHeuristics(ref level1Nodes);
for (int i = 0; i < level1Nodes.Count; i++)
{
//Console.WriteLine(i + " " + level1Nodes[i].data.heuristic);
}
Console.WriteLine();
Console.Write("Current Positions - Larva = " + Utilities.GetScoreForPos(MiniMaxTree.data.LarvaPos));
for (int i = 0; i < MiniMaxTree.data.BirdsPos.Length; ++i)
{
Console.Write(", Bird " + (i + 1) + " = " + Utilities.GetScoreForPos(MiniMaxTree.data.BirdsPos[i]));
}
Console.WriteLine();
Console.WriteLine("Calculating best move for Birds...");
BoardConfig nextConfig = Utilities.getBestMove(level1Nodes, ref MiniMaxTree, false);
int birdToMove = getBirdToMove(nextConfig, origBC);
Position nextBirdPosition = nextConfig.BirdsPos[birdToMove];
Utilities.PreOrderPrintBirds(MiniMaxTree);
Console.WriteLine("The best next move for the Birds is for Bird " + (birdToMove + 1) + " to go to position " + Utilities.GetScoreForPos(nextBirdPosition));
Console.WriteLine();
return nextConfig;
}
public void DoAIMove(Larva Larva, Bird[] Birds, Board Board)
{
int birdIndex = 4;
var to = new Position();
BoardConfig nextConfig = AIBirdsMove(Larva, Birds, Board);
for (int i = 0; i < _birds.Length; ++i)
{
if (!(nextConfig.BirdsPos[i].Equals(_birds[i].Pos)))
{
birdIndex = i;
to = nextConfig.BirdsPos[i];
}
}
try
{
_birds[birdIndex].Move(new Move(_birds[birdIndex].Pos, to));
}
catch (InvalidMoveException) { }
}
public Larva(int r, int c, Board board)
: base(r, c, board)
{
}
public GamePiece(int r, int c, Board board)
{
Pos = new Position(r, c);
_board = board;
}
/// <summary>
/// Create a new Larva peice on Board b at Position p
/// </summary>
/// <param name="p">Position at which to place the Larva</param>
/// <param name="b">Board on which to place the Larva</param>
public Larva(Position pos, Board b)
: base(pos, b)
{
}
