private void MergeFloor(MazeFloor Floor)
{
foreach (MazeNode Node in Floor.Nodes())
{
if (Node.ExitCount > 0)
{
// If one doesn't already exist, create a new node so that we can force it to merge (for more
// uniform control). Assign the new nodes up vector based on current rotation (from ZPos = Up)
if (!m_NodeMap.ContainsKey(Node.Position))
{
m_NodeMap.Add(Node.Position, Node);
}
else
{
m_NodeMap[Node.Position] = m_NodeMap[Node.Position].MergeNode(Node);
}
// Here we need to see if there's an exit down deeper into the maze. If so, generate
// a mapnode manually to represent the exit out in that lower Region. This will cause
// it to be merged in when loading the next Floor down
if (m_NodeMap[Node.Position].ContainsExitPoint(GridPosition.DownExit))
{
GridPosition TempPosition = new GridPosition(Node.Position.GridVector + GridPosition.DownExit.GridVector);
if (!m_NodeMap.ContainsKey(TempPosition))
{
m_NodeMap.Add(TempPosition, new MazeNode(TempPosition));
}
m_NodeMap[TempPosition].AddExitPoint(GridPosition.UpExit);
}
}
}
}
