public void canSim2MovesAheadWithOptions()
{
Board b = TestBoard.createBoard();
b.Place <Pawn>(Piece.PlayerColour.White, 4, 3);
b.Place <Pawn>(Piece.PlayerColour.Black, 2, 4);
b.GetFirstPiece <Pawn>(Piece.PlayerColour.White).AtStartPosition = false;
b.GetFirstPiece <Pawn>(Piece.PlayerColour.Black).AtStartPosition = false;
SimulationTree simTree = b.Simulate(Piece.PlayerColour.Black, 2);
List <Board> twoMovesAheadBoards = simTree.GetPossibilitesAtNumMovesAhead(2);
Assert.AreEqual <int>(2, twoMovesAheadBoards.Count);
List <Cell> expectedPositions = new List <Cell>()
{
new Cell(3, 3),
new Cell(3, 4),
};
foreach (Board possibleBoard in twoMovesAheadBoards)
{
Pawn whitePawn = possibleBoard.GetFirstPiece <Pawn>(Piece.PlayerColour.White);
Assert.IsTrue(expectedPositions.Contains(whitePawn.ParentCell));
}
}
public void simulateReturnSimTree()
{
Board b = TestBoard.createBoard();
b.Place <Pawn>(Piece.PlayerColour.White, 4, 3);
b.Place <Pawn>(Piece.PlayerColour.Black, 1, 1);
SimulationTree simTree = b.Simulate(Piece.PlayerColour.White, 2);
}
public void ReturnedSimTreeCanGetBoardsAtNumMovesAhead()
{
Board b = TestBoard.createBoard();
b.Place <Pawn>(Piece.PlayerColour.White, 4, 3);
b.Place <Pawn>(Piece.PlayerColour.Black, 1, 1);
SimulationTree simTree = b.Simulate(Piece.PlayerColour.White, 2);
List <Board> twoMovesAheadBoards = simTree.GetPossibilitesAtNumMovesAhead(2);
}
public void canSim2MovesWithWithMultiplePieces()
{
Board b = TestBoard.createBoard();
b.Place <Knight>(Piece.PlayerColour.White, 7, 1);
b.Place <Knight>(Piece.PlayerColour.Black, 0, 1);
SimulationTree simTree = b.Simulate(Piece.PlayerColour.White, 2);
List <Board> twoMovesAheadBoards = simTree.GetPossibilitesAtNumMovesAhead(2);
Assert.AreEqual <int>(9, twoMovesAheadBoards.Count);
}
public void canSimulateOneMoveAhead()
{
Board b = TestBoard.createBoard();
b.Place <Pawn>(Piece.PlayerColour.White, 4, 3);
b.Place <Pawn>(Piece.PlayerColour.Black, 1, 1);
Pawn whitePawn = b.GetFirstPiece <Pawn>(Piece.PlayerColour.White);
whitePawn.AtStartPosition = false;
SimulationTree simTree = b.Simulate(Piece.PlayerColour.White, 1);
List <Board> oneMoveAheadBoards = simTree.GetPossibilitesAtNumMovesAhead(1);
Assert.AreEqual <int>(1, oneMoveAheadBoards.Count);
Pawn oneMoveAheadPawn = oneMoveAheadBoards[0].GetFirstPiece <Pawn>(Piece.PlayerColour.White);
Assert.AreEqual <Cell>(new Cell(3, 3), oneMoveAheadPawn.ParentCell);
}
public void canSimFourMovesAhead()
{
Board b = TestBoard.createBoard();
b.Place <Pawn>(Piece.PlayerColour.White, 4, 3);
b.Place <Pawn>(Piece.PlayerColour.Black, 2, 1);
b.GetFirstPiece <Pawn>(Piece.PlayerColour.White).AtStartPosition = false;
b.GetFirstPiece <Pawn>(Piece.PlayerColour.Black).AtStartPosition = false;
SimulationTree simTree = b.Simulate(Piece.PlayerColour.White, 4);
List <Board> fourMovesAheadBoards = simTree.GetPossibilitesAtNumMovesAhead(4);
Assert.AreEqual <int>(1, fourMovesAheadBoards.Count);
Pawn whiteOneMoveAheadPawn = fourMovesAheadBoards[0].GetFirstPiece <Pawn>(Piece.PlayerColour.White);
Assert.AreEqual <Cell>(new Cell(2, 3), whiteOneMoveAheadPawn.ParentCell);
Pawn blackTwoMovesAheadPawn = fourMovesAheadBoards[0].GetFirstPiece <Pawn>(Piece.PlayerColour.Black);
Assert.AreEqual <Cell>(new Cell(4, 1), blackTwoMovesAheadPawn.ParentCell);
}
