public void initMazeRoomCount(int count_)
{
m_mazeRoomList.Clear();
m_itemCount = count_;
MazeRoom mazeRoom = null;
string path = "";
for (int idx = 0; idx < m_itemCount; ++idx)
{
if (Ctx.m_instance.m_maze.mazeData.bInFisrstScene())
{
mazeRoom = new MazeRoom(idx);
}
else
{
mazeRoom = new MazeRoomSecond(idx);
}
m_mazeRoomList.Add(mazeRoom);
path = string.Format("RootGo/Plane_{0}", idx);
mazeRoom.selfGo = UtilApi.GoFindChildByPObjAndName(path);
if (0 != idx && 4 != idx)
{
mazeRoom.mazeIOControl.enableDrag();
}
mazeRoom.init();
}
path = "RootGo/SplitGo";
m_trans = UtilApi.GoFindChildByPObjAndName(path).transform;
adjustInitState();
}
public void initMazeRoomCount(int count_)
{
m_mazeRoomList.Clear();
m_itemCount = count_;
MazeRoom mazeRoom = null;
string path = "";
for(int idx = 0; idx < m_itemCount; ++idx)
{
if (Ctx.m_instance.m_maze.mazeData.bInFisrstScene())
{
mazeRoom = new MazeRoom(idx);
}
else
{
mazeRoom = new MazeRoomSecond(idx);
}
m_mazeRoomList.Add(mazeRoom);
path = string.Format("RootGo/Plane_{0}", idx);
mazeRoom.selfGo = UtilApi.GoFindChildByPObjAndName(path);
if (0 != idx && 4 != idx)
{
mazeRoom.mazeIOControl.enableDrag();
}
mazeRoom.init();
}
path = "RootGo/SplitGo";
m_trans = UtilApi.GoFindChildByPObjAndName(path).transform;
adjustInitState();
}
