void Start()
{
Debug.Assert(RoomSize != Enums.RoomSizes.None);
Debug.Assert(RoomType != Enums.RoomTypes.None);
//Debug.Assert(RoomOverUnder != Enums.RoomOverUnder.Neutral);
Debug.Assert(LeftmostIndex.IsValid() == true);
}
private void LinkRoom(GridIndex[] occupiedIndizes)
{
// Step through all indizes and link (internally and to others)
// On front plane, we can only link to left/right/back
// On back plane, we can only link to above/below/front
Enums.MoveDirections[] FrontPlaneDirections = { Enums.MoveDirections.Left, Enums.MoveDirections.Right, Enums.MoveDirections.Back };
Enums.MoveDirections[] BackPlaneDirections = { Enums.MoveDirections.Top, Enums.MoveDirections.Bottom, Enums.MoveDirections.Front };
for (int i = 0; i < occupiedIndizes.Length; i++)
{
if (occupiedIndizes[i].IsFrontPlane())
{
foreach (Enums.MoveDirections Dir in FrontPlaneDirections)
{
GridIndex AdjIndex = occupiedIndizes[i].GetAdjacent(Dir);
if (!AdjIndex.IsValid())
{
continue;
}
if (!_GridData[AdjIndex.X, AdjIndex.Y, AdjIndex.Z].Occupied)
{
continue;
}
_GridMovements.LinkTiles(occupiedIndizes[i], AdjIndex, Dir);
}
}
else // Is backplane
{
foreach (Enums.MoveDirections Dir in BackPlaneDirections)
{
GridIndex AdjIndex = occupiedIndizes[i].GetAdjacent(Dir);
if (!AdjIndex.IsValid())
{
continue;
}
if (!_GridData[AdjIndex.X, AdjIndex.Y, AdjIndex.Z].Occupied)
{
continue;
}
// Unless the rooms are entrance rooms...
// If the current room is on the surface, don't link to a bottom room
// If the current room is one below the surface, don't link to a top room
if (((occupiedIndizes[i].Y == Constants.GridSurfaceY && Dir == Enums.MoveDirections.Bottom) ||
(occupiedIndizes[i].Y == Constants.GridSurfaceY - 1 && Dir == Enums.MoveDirections.Top)))
{
continue;
}
_GridMovements.LinkTiles(occupiedIndizes[i], AdjIndex, Dir);
}
}
}
}
public Guid GetGridTileRoomGuid(GridIndex index)
{
if (index == null)
{
throw new ArgumentNullException("index");
}
Debug.Assert(index.IsValid() == true);
return(_GridData[index.X, index.Y, index.Z].RoomId);
}
void CheckLeftRightBuildingPositions(GridIndex index, Enums.RoomSizes roomSize, ref List <GridIndex> indexList)
{
// Left check
GridIndex[] indizes = index.GetLeft((int)roomSize);
if (GridIndex.IsValid(indizes) && IsGridAreaFree(indizes))
{
if (indexList.Contains(indizes[0]) == false)
{
indexList.Add(indizes[0]);
}
}
// Right check
indizes = index.GetRight((int)roomSize);
if (GridIndex.IsValid(indizes) && IsGridAreaFree(indizes))
{
if (indexList.Contains(indizes[0]) == false)
{
indexList.Add(indizes[0]);
}
}
}
void CheckAboveBelowBuildingPositions(GridIndex index, ref List <GridIndex> indexList)
{
if (index == null)
{
throw new ArgumentNullException("index");
}
if (indexList == null)
{
throw new ArgumentNullException("indexList");
}
// Only checking the front plane for this (Z = 0)
if (index.Y != Constants.GridSurfaceY - 1)
{
GridIndex IndexAbove = index.GetAbove();
if (IndexAbove.IsValid() && (_GridData[IndexAbove.X, IndexAbove.Y, 0].Occupied == false))
{
if (indexList.Contains(IndexAbove) == false)
{
indexList.Add(IndexAbove);
}
}
}
if (index.Y != Constants.GridSurfaceY)
{
GridIndex IndexBelow = index.GetBelow();
if (IndexBelow.IsValid() && (_GridData[IndexBelow.X, IndexBelow.Y, 0].Occupied == false))
{
if (indexList.Contains(IndexBelow) == false)
{
indexList.Add(IndexBelow);
}
}
}
}
