void DoHorizontalTests()
{
for (int y = 0; y < ConnectFour.BOARD_HEIGHT; y++)
{
// Create a board where we shift the four occupied cells right each loop until they no longer fit
for (int startX = 0; startX <= ConnectFour.BOARD_WIDTH - ConnectFour.SEQ_COUNT; startX++)
{
byte[,] board = new byte[ConnectFour.BOARD_WIDTH, ConnectFour.BOARD_HEIGHT];
for (int x = 0; x < ConnectFour.SEQ_COUNT; x++)
{
board[startX + x, y] = 1;
}
// Set the board directly
connectFour.SetBoard(board);
// Print the board
connectFour.PrintBoard();
// Try to solve the board in its entirity
connectFour.CheckForWin(1);
// Try to solve just the row
connectFour.CheckForWinIncremental(1, new Vector2Int(0, y));
}
}
}
// Does the move for this board in a specific column.
// If this returns true, the move resulted in a win and we should stop constructing the board deeper than this point
public bool DoMove(int column)
{
if (!ConnectFour.IsPlayerValid(move.playerId))
{
Debug.LogError("BoardState : Set valid playerId first!");
return(false);
}
move.column = column;
board.Drop(move.playerId, column, out move.row);
UpdateScore();
// Return true if the column is now occupied, or the move won, or if it was a stalemate
return(board.IsSpaceOccupied(column, 0) || board.CheckForWinIncremental(move.playerId, move.coord) || board.CheckForStalemate());
}
