Beispiel #1
0
    public void GenerateRooms(OctTree tree)
    {
        if (tree.GetChildCount() != 0)
        {
            foreach (OctTree subTree in tree.children)
            {
                if (subTree != null)
                {
                    GenerateRooms(subTree);
                }
            }
        }
        else
        {
            RoomNode newRoom = new RoomNode(tree.boundary);
            newRoom.roomBounds.extents -= Vector3.one * minSeparation;
            newRoom.RandomizeBounds(Vector3.one, minRoomSize, maxRoomSize);
            newRoom.QuantizeBounds(corridorSize);

            /*Vector3 center, extents;
             *
             * extents.x = Mathf.Floor (Random.Range (minRoomSize / 2, tree.boundary.extents.x));
             * extents.y = Mathf.Floor (Random.Range (minRoomSize / 2, tree.boundary.extents.y));
             * extents.z = Mathf.Floor (Random.Range (minRoomSize / 2, tree.boundary.extents.z));
             *
             * center = tree.boundary.center;
             * center.x = Mathf.Round (center.x + Random.Range (extents.x - tree.boundary.extents.x, tree.boundary.extents.x - extents.x));
             * center.y = Mathf.Round (center.y + Random.Range (extents.y - tree.boundary.extents.y, tree.boundary.extents.y - extents.y));
             * center.z = Mathf.Round (center.z + Random.Range (extents.z - tree.boundary.extents.z, tree.boundary.extents.z - extents.z));
             *
             * newRoom.roomBounds.center = center;
             * newRoom.roomBounds.extents = extents;*/

            newRoom.octTreeNode = tree;
            roomNodeList.AddFirst(newRoom);
            tree.roomNode = newRoom;
        }
    }
Beispiel #2
0
    public void GenerateRooms(OctTree tree)
    {
        if (tree.GetChildCount () != 0) {
                        foreach (OctTree subTree in tree.children) {
                                if (subTree != null) {
                                        GenerateRooms (subTree);
                                }
                        }
                } else {
                        RoomNode newRoom = new RoomNode (tree.boundary);
                        newRoom.roomBounds.extents -= Vector3.one * minSeparation;
                        newRoom.RandomizeBounds (Vector3.one, minRoomSize, maxRoomSize);
                        newRoom.QuantizeBounds (corridorSize);
                        /*Vector3 center, extents;

                        extents.x = Mathf.Floor (Random.Range (minRoomSize / 2, tree.boundary.extents.x));
                        extents.y = Mathf.Floor (Random.Range (minRoomSize / 2, tree.boundary.extents.y));
                        extents.z = Mathf.Floor (Random.Range (minRoomSize / 2, tree.boundary.extents.z));

                        center = tree.boundary.center;
                        center.x = Mathf.Round (center.x + Random.Range (extents.x - tree.boundary.extents.x, tree.boundary.extents.x - extents.x));
                        center.y = Mathf.Round (center.y + Random.Range (extents.y - tree.boundary.extents.y, tree.boundary.extents.y - extents.y));
                        center.z = Mathf.Round (center.z + Random.Range (extents.z - tree.boundary.extents.z, tree.boundary.extents.z - extents.z));

                        newRoom.roomBounds.center = center;
                        newRoom.roomBounds.extents = extents;*/

                        newRoom.octTreeNode = tree;
                        roomNodeList.AddFirst (newRoom);
                        tree.roomNode = newRoom;
                }
    }