public void Begin()
{
// Reset all the values
delay = 0;
mazeGridGenerator = null;
playerSpawner = null;
currentCell = null;
cells = new Dictionary <GameObject, Cell>();
walls = new List <GameObject>();
mazeGridGenerator = GetComponent <MazeGridGenerator>();
playerSpawner = GetComponent <PlayerSpawner>();
delay = MazeInput.Instance.Delay;
cells = mazeGridGenerator.MazeCells;
foreach (KeyValuePair <GameObject, Cell> pair in cells)
{
// We also need to inject the dictionary with all the cells into every cell to find neighbours
cells[pair.Key].MazeCells = cells;
}
// Start generating the maze
if (currentSolve != null)
{
StopCoroutine(currentSolve);
}
currentSolve = SolveMaze(delay);
StartCoroutine(currentSolve);
}
public void Begin()
{
// Reset all the values
delay = 0;
mazeGridGenerator = null;
playerSpawner = null;
currentCell = null;
newStartCell = null;
directedCells = new Dictionary <GameObject, Direction>();
remaining = new List <GameObject>();
foundMaze = false;
mazeGridGenerator = GetComponent <MazeGridGenerator>();
playerSpawner = GetComponent <PlayerSpawner>();
delay = MazeInput.Instance.Delay;
foreach (KeyValuePair <GameObject, Cell> pair in mazeGridGenerator.MazeCells)
{
// We need to add all the cells into the remaining list to loop through
remaining.Add(mazeGridGenerator.MazeCells[pair.Key].gameObject);
}
// Start generating the maze
if (currentSolve != null)
{
StopCoroutine(currentSolve);
}
currentSolve = SolveMaze(delay);
StartCoroutine(currentSolve);
}
private void Awake()
{
mazeGridGenerator = GetComponent <MazeGridGenerator>();
mazeGenerator = GetComponent <MazeGenerator>();
}
