public MazeTable Build()
{
// Random.seed = seed;
// BaseLogger.LogFormat("Maze seed is: {0}", seed);
//For test
// Random.seed = 7928;
mazeTable = new MazeTable();
mazeTable.Init(mazeData.Cols, mazeData.Rows);
nodeList.Clear();
MazeNode firstNode = BuildFirstBlock();
mazeTable.SetNode(firstNode, firstNode.Col, firstNode.Row);
nodeList.Add(firstNode);
mazeTable.AddMazeNode(firstNode);
while(nodeList.Count > 0)
{
// Debug.Log((node.Col * 3).ToString() + ", " + (node.Row * 3).ToString() + " " + node.Up.ToString() + ", " + node.Right.ToString() + ", " + node.Down.ToString() + ", " + node.Left.ToString());
ExpandNode(nodeList[0]);
}
return mazeTable;
}
public void Init()
{
mazeData = MazeDataManager.Instance.CurrentMazeData;
MazeBuilder builder = new MazeBuilder(mazeData);
mazeTable = builder.Build();
StartNode = mazeTable.GetNode(mazeData.StartCol, mazeData.StartRow);
InitGlobalExplorationPositions();
// TestGlobalExplorationPositions();
}
public void Dispose()
{
blockDic.Clear();
mockNodeSet.Clear();
globalExplorationNodeList.Clear();
ToDeleteNodeList.Clear();
ToCreateNodeList.Clear();
prevAroundList.Clear();
mazeTable = null;
StartNode = null;
mazeData = null;
}
