public static MazeSector Generate(GridPosition Origin, int Width, int Height, EMazeAlgorithm Algorithm)
{
MazeSector Sector = new MazeSector(Origin, Width, Height, Algorithm);
Sector.Generate();
return(Sector);
}
public void GenerateSimpleFloor(int Size, EMazeAlgorithm Algorithm)
{
m_Sectors.Clear();
MazeSector Sector = MazeSector.Generate(new GridPosition(0, 0, 0), Size, Size, Algorithm);
AddSector(Sector);
}
private void MergeSector(MazeSector Sector)
{
Debug.Log("Merging Sector");
foreach (MazeNode Node in Sector.Nodes())
{
// If one doesn't already exist, create a new node so that we can force it to merge (for more
// uniform control).
if (!m_NodeMap.ContainsKey(Node.Position))
{
m_NodeMap.Add(Node.Position, Node);
}
else
{
m_NodeMap[Node.Position] = m_NodeMap[Node.Position].MergeNode(Node);
}
}
}
public void AddSector(MazeSector Sector)
{
m_Sectors.Add(Sector);
UpdateNodeMap();
}
public void GenerateComplexFloor(int SectorCount, int SectorSpacing)
{
m_Sectors.Clear();
List <MazeSector> SectorList = new List <MazeSector>();
// The first sector defaults to a 5x5 room so we have a consistent starting point
int SectorWidth = 5;
int SectorHeight = 5;
GridPosition SectorOrigin = GridPosition.zero;
EMazeAlgorithm Algorithm = EMazeAlgorithm.SIMPLE;
MazeSector LastSector = MazeSector.Generate(SectorOrigin, SectorWidth, SectorHeight, Algorithm);
SectorList.Add(LastSector);
// The rest of the sectors will be semi-randomly generated and placed towards the left or up
// and have simple connectors for now
GridPosition ConnectorOrigin = GridPosition.zero;
int ConnectorWidth = 0;
int ConnectorHeight = 0;
for (int x = 1; x < SectorCount; x++)
{
// Set up our parms for the next sector
SectorWidth = Random.Range(SectorSpacing - 10, SectorSpacing - 5);
SectorHeight = Random.Range(SectorSpacing - 10, SectorSpacing - 5);
if ((x % 2) == 1)
{
ConnectorOrigin = new GridPosition(SectorOrigin.x - Mathf.FloorToInt(SectorSpacing / 2), SectorOrigin.y, 0);
ConnectorHeight = 3;
ConnectorWidth = SectorSpacing;
SectorOrigin = new GridPosition(SectorOrigin.x - SectorSpacing, SectorOrigin.y, 0);
}
else
{
ConnectorOrigin = new GridPosition(SectorOrigin.x, SectorOrigin.y + Mathf.FloorToInt(SectorSpacing / 2), 0);
ConnectorHeight = SectorSpacing;
ConnectorWidth = 3;
SectorOrigin = new GridPosition(SectorOrigin.x, SectorOrigin.y + SectorSpacing, 0);
}
switch (x % 3)
{
case 0:
Algorithm = EMazeAlgorithm.SIMPLE;
break;
case 1:
Algorithm = EMazeAlgorithm.CELLULAR_AUTOMATA;
break;
case 2:
Algorithm = EMazeAlgorithm.GROWING_TREE;
break;
}
MazeSector NextSector = MazeSector.Generate(SectorOrigin, SectorWidth, SectorHeight, Algorithm);
SectorList.Add(NextSector);
//Add a connector between the two sectors and update our lastsector
SectorList.Add(MazeSector.Generate(ConnectorOrigin, ConnectorWidth, ConnectorHeight, EMazeAlgorithm.SIMPLE));
LastSector = NextSector;
}
AddSectors(SectorList);
}
