public void traverse(int height, int width, Directions dir, int numPath)
{
cleanVisited();
Stack S = new Stack();
Dictionary <string, Pos3> parents = new Dictionary <string, Pos3> ();
S.Push(new Pos3(height, width, (int)dir));
while (S.Count != 0)
{
Pos3 v = (Pos3)S.Pop();
if (!maze[v.x, v.y].visited)
{
if (v.x == startingCell.x && v.y == startingCell.y)
{
break;
}
maze[v.x, v.y].visited = true;
if (maze[v.x, v.y].up && v.z != (int)Directions.Up)
{
S.Push(new Pos3(v.x - 1, v.y, (int)Directions.Down));
parents[(v.x - 1) + ":" + v.y] = new Pos3(v.x, v.y, (int)Directions.Up);
}
if (maze[v.x, v.y].down && v.z != (int)Directions.Down)
{
S.Push(new Pos3(v.x + 1, v.y, (int)Directions.Up));
parents[(v.x + 1) + ":" + v.y] = new Pos3(v.x, v.y, (int)Directions.Down);
}
if (maze[v.x, v.y].left && v.z != (int)Directions.Left)
{
S.Push(new Pos3(v.x, v.y - 1, (int)Directions.Right));
parents[v.x + ":" + (v.y - 1)] = new Pos3(v.x, v.y, (int)Directions.Left);
}
if (maze[v.x, v.y].right && v.z != (int)Directions.Right)
{
S.Push(new Pos3(v.x, v.y + 1, (int)Directions.Left));
parents[v.x + ":" + (v.y + 1)] = new Pos3(v.x, v.y, (int)Directions.Right);
}
}
}
Pos3 curr = new Pos3(startingCell.x, startingCell.y, 0);
while (curr != null)
{
maze[curr.x, curr.y].road++;
if (!parents.ContainsKey(curr.x + ":" + curr.y))
{
break;
}
curr = parents[curr.x + ":" + curr.y];
maze[curr.x, curr.y].type = Cell.Types.Road;
Debug.Log("D:" + maze[curr.x, curr.y].road + ":x:" + curr.x + ":y:" + curr.y);
maze[curr.x, curr.y].dir[maze[curr.x, curr.y].road] = (Directions)curr.z;
maze[curr.x, curr.y].paths[maze[curr.x, curr.y].road] = numPath;
}
maze[height, width].type = Cell.Types.Respawn;
}
public ResultData()
{
joint1_pos = new Pos3();
joint2_pos = new Pos3();
joint3_pos = new Pos3();
joint4_pos = new Pos3();
joint5_pos = new Pos3();
target_pos = new Pos3();
image = new byte[0];
colliderArea = ColliderArea.NONE;
}
/// <summary>
/// パーツを指定してインスタンスを初期化する
/// </summary>
/// <param name="parts"></param>
/// <param name="pane"></param>
public void AddParts(PartsBase parts, IRichPane pane, CodePos offset)
{
_lastDevelpType = DevelopType.Unknown;
var p = new Pos3
{
OrgPane = RichPaneBinder.CreateCopyComplete(pane),
NowPane = pane,
Org = (CodeRect)parts.Rect.Clone(), // 符号化の座標（符号しない場合、単なるパーツ座標）
//p.Org = (uCdRect)parts.Rect.Clone() - parts.GetCdPos(pane, _prevShift); // 符号化の座標（符号しない場合、単なるパーツ座標）
Pre = (CodeRect)parts.Rect.Clone(), // 符号化の座標（符号しない場合、単なるパーツ座標）
Now = (CodeRect)parts.Rect.Clone(), // 符号化の座標（符号しない場合、単なるパーツ座標）
Offset = (CodePos)offset.Clone()
};
base[parts] = p;
}
/// <summary>
/// インスタンスを初期化する
/// </summary>
/// <param name="with">基準位置とパーツの種類の元情報</param>
/// <param name="pane">基準位置のスクロールとズーム値を記憶するためのインプット</param>
public void Initialize(PartsCollectionBase with)
{
Clear();
_lastDevelpType = DevelopType.Unknown;
foreach (PartsCollectionBase.PartsEntry pe in with)
{
var p = new Pos3
{
OrgPane = RichPaneBinder.CreateCopyComplete(pe.Pane),
NowPane = pe.Pane,
Org = (CodeRect)pe.Parts.Rect.Clone(), // 符号化の座標（符号しない場合、単なるパーツ座標）
Pre = (CodeRect)pe.Parts.Rect.Clone(), // 符号化の座標（符号しない場合、単なるパーツ座標）
Now = (CodeRect)pe.Parts.Rect.Clone(), // 符号化の座標（符号しない場合、単なるパーツ座標）
Offset = CodePos.FromInt(0, 0)
};
base[pe.Parts] = p;
}
}
public void generateMaze()
{
ArrayList walls = new ArrayList();
reset();
if (!startingSet)
{
startingCell = selectStartingCell(Height, Width);
}
maze [startingCell.x, startingCell.y].visited = true;
maze [startingCell.x, startingCell.y].type = Cell.Types.Center;
walls = addWalls(startingCell.x, startingCell.y, walls);
while (walls.Count != 0)
{
Pos3 wall = (Pos3)walls[Mathf.FloorToInt(Random.Range(0, walls.Count))];
if ((wall.z == (int)Directions.Up && wall.x == 0) ||
(wall.z == (int)Directions.Down && wall.x == Height - 1) ||
(wall.z == (int)Directions.Left && wall.y == 0) ||
(wall.z == (int)Directions.Right && wall.y == Width - 1) ||
(wall.z == (int)Directions.Right && maze[wall.x, wall.y + 1].visited) ||
(wall.z == (int)Directions.Left && maze[wall.x, wall.y - 1].visited) ||
(wall.z == (int)Directions.Up && maze[wall.x - 1, wall.y].visited) ||
(wall.z == (int)Directions.Down && maze[wall.x + 1, wall.y].visited))
{
walls.Remove(wall);
}
else
{
if (wall.z == (int)Directions.Right)
{
maze[wall.x, wall.y + 1].visited = true;
maze[wall.x, wall.y + 1].left = true;
maze[wall.x, wall.y].right = true;
walls = addWalls(wall.x, wall.y + 1, walls);
}
else if (wall.z == (int)Directions.Left)
{
maze[wall.x, wall.y - 1].visited = true;
maze[wall.x, wall.y - 1].right = true;
maze[wall.x, wall.y].left = true;
walls = addWalls(wall.x, wall.y - 1, walls);
}
else if (wall.z == (int)Directions.Up)
{
maze[wall.x - 1, wall.y].visited = true;
maze[wall.x - 1, wall.y].down = true;
maze[wall.x, wall.y].up = true;
walls = addWalls(wall.x - 1, wall.y, walls);
}
else if (wall.z == (int)Directions.Down)
{
maze[wall.x + 1, wall.y].visited = true;
maze[wall.x + 1, wall.y].up = true;
maze[wall.x, wall.y].down = true;
walls = addWalls(wall.x + 1, wall.y, walls);
}
walls.Remove(wall);
}
}
}