public CellController ReplaceCell(MapPoint point, CellController prefab)
{
if (point.X < 0 || point.Y < 0 || point.X > 0xffff || point.Y > 0xffff)
{
return(null);
}
CellController newCell = CellController.InstantiateMe(prefab, transform, point);
MapRect rect = prefab.GetCellIndexes(point, selectedRotation);
rect.Foreach((MapPoint p) => {
int key = p.toInt();
if (cells.ContainsKey(key))
{
GameObject.Destroy(cells[key].gameObject);
cells.Remove(key);
cells[key] = newCell;
}
});
newCell.SetRotation(selectedRotation);
return(newCell);
}
public void PlaceIndicators(Dictionary <int, CellController> cells,
Dictionary <int, WallController> walls,
WallController wallPrefab)
{
bool isDoor = wallPrefab.PrefabIsDoor();
foreach (CellController c in cells.Values)
{
if (c.IsMultiCell)
{
MapRect rect = c.GetCurCellIndexes();
rect.Foreach((MapPoint p) => {
WallPoint wp = new WallPoint(p.X, p.Y);
if ((isDoor || !walls.ContainsKey(wp.toInt())) && wallPrefab.PrefabValidatePosition(M, wp))
{
InstantiateIndicator(wp, isDoor);
}
});
}
else
{
WallPoint wp = new WallPoint(c.Position.X, c.Position.Y);
if ((isDoor || !walls.ContainsKey(wp.toInt())) && wallPrefab.PrefabValidatePosition(M, wp))
{
InstantiateIndicator(wp, isDoor);
}
}
}
}
//returns true if this phantom already has been placed
public bool PlacePhantom(MapPoint pos,MapRect rect)
{
LastPhantomPosition = pos;
if(lastRect.Equals(rect))
return true;
RemovePhantom();
rect.Foreach((MapPoint p) => {
InstantiatePhantom(p,true);
});
lastRect = new MapRect(rect);
return false;
}
//returns true if this phantom already has been placed
public bool PlacePhantom(MapPoint pos, MapRect rect)
{
LastPhantomPosition = pos;
if (lastRect.Equals(rect))
{
return(true);
}
RemovePhantom();
rect.Foreach((MapPoint p) => {
InstantiatePhantom(p, true);
});
lastRect = new MapRect(rect);
return(false);
}
public bool IsRectFree(MapRect rect, bool usePhantom)
{
bool res = true;
rect.Foreach((MapPoint p) => {
CellController c = M.House.GetCell(p);
if (c == null || c.CellObject != null)
{
res = false;
if (usePhantom)
{
M.House.Phantom.SetRedPhantom(p);
}
}
if (p.X > rect.MinX && p.Y > rect.MinY)
{
WallController w = M.House.GetWall(new WallPoint(p.X, p.Y));
if (w != null)
{
res = false;
}
}
});
for (int x = rect.MinX + 1; x <= rect.MaxX; x++)
{
WallController w = M.House.GetWall(new WallPoint(x, rect.MinY));
if (w != null && w.wallSprite.Top == true)
{
res = false;
}
}
for (int y = rect.MinY + 1; y <= rect.MaxY; y++)
{
WallController w = M.House.GetWall(new WallPoint(rect.MinX, y));
if (w != null && w.wallSprite.Right == true)
{
res = false;
}
}
return(res);
}
public bool IsRectFree(MapRect rect)
{
bool res = true;
rect.Foreach((MapPoint p) => {
LogicCell c = null;
if (res && !LogicCells.TryGetValue(p.toInt(), out c))
{
res = false;
}
if (res && p.X > rect.MinX && p.Y > rect.MinY)
{
LogicWall w = null;
if (Seg.LogicWalls.TryGetValue(new WallPoint(p.X, p.Y).toInt(), out w))
{
res = false;
}
}
});
if (res)
{
for (int x = rect.MinX + 1; x <= rect.MaxX; x++)
{
LogicWall w = null;
if (Seg.LogicWalls.TryGetValue(new WallPoint(x, rect.MinY).toInt(), out w) && w.Top)
{
res = false;
}
}
for (int y = rect.MinY + 1; y <= rect.MaxY; y++)
{
LogicWall w = null;
if (Seg.LogicWalls.TryGetValue(new WallPoint(rect.MinX, y).toInt(), out w) && w.Right)
{
res = false;
}
}
}
return(res);
}
private void OnRemoveObject(Vector3 pz)
{
MapPoint mp = new MapPoint(Mathf.FloorToInt(pz.x), Mathf.FloorToInt(pz.y));
CellController cellToRemove = null;
if (cells.TryGetValue(mp.toInt(), out cellToRemove))
{
if (cellToRemove.CellObject != null)
{
M.UI.bCostsPanel.Expences.AddValue(-cellToRemove.CellObject.GetCost());
}
MapRect rect = cellToRemove.GetCellIndexes(cellToRemove.Position, cellToRemove.Rotation);
rect.Foreach((MapPoint p) => {
cells.Remove(p.toInt());
EditorSetCell(p, CellPrefab);
});
Destroy(cellToRemove.gameObject);
}
}
public bool IsRectFree(MapRect rect, bool usePhantom)
{
bool res = true;
rect.Foreach((MapPoint p) => {
CellController c =M.House.GetCell(p);
if(c==null || c.CellObject!=null)
{
res = false;
if(usePhantom)
M.House.Phantom.SetRedPhantom(p);
}
if(p.X>rect.MinX && p.Y>rect.MinY)
{
WallController w = M.House.GetWall(new WallPoint(p.X,p.Y));
if(w!=null)
res = false;
}
});
for(int x = rect.MinX+1;x<=rect.MaxX;x++)
{
WallController w = M.House.GetWall(new WallPoint(x,rect.MinY));
if(w!=null && w.wallSprite.Top==true)
res = false;
}
for(int y = rect.MinY+1;y<=rect.MaxY;y++)
{
WallController w = M.House.GetWall(new WallPoint(rect.MinX,y));
if(w!=null && w.wallSprite.Right==true)
res = false;
}
return res;
}
public void Launch(LevelConditions conditions, Dictionary <int, CellController> cells,
Dictionary <int, WallController> walls)
{
rooms.Clear();
processed.Clear();
Doors.Clear();
LCache.Clear();
LogicCells.Clear();
Conditions = conditions;
// Filling logic walls
foreach (WallController w in walls.Values)
{
LogicWalls[w.Position.toInt()] = new LogicWall(w.Position, w.wallSprite.Top,
w.wallSprite.Bottom,
w.wallSprite.Left,
w.wallSprite.Right);
}
// Filling logic cells
foreach (CellController cell in cells.Values)
{
if (LogicCells.ContainsKey(cell.Position.toInt()))
{
continue;
}
LogicCells.Add(cell.Position.toInt(), new LogicCell(cell.Position));
if (cell.SizeX > 1 || cell.SizeY > 1)
{
MapRect rect = cell.GetCurCellIndexes();
rect.Foreach((MapPoint p) => {
if (!LogicCells.ContainsKey(p.toInt()))
{
LogicCells.Add(p.toInt(), new LogicCell(p));
}
});
}
}
// Calculating reaches
foreach (LogicCell cell in LogicCells.Values)
{
WallController w = null;
LogicCell c = null;
//left
c = GetLogicCell(cell.Position.X - 1, cell.Position.Y);
w = GetWall(cell.Position.X, cell.Position.Y);
if (c != null && (w == null || w.wallSprite.Top == false))
{
cell.ReachableCells.Add(c);
}
//right
c = GetLogicCell(cell.Position.X + 1, cell.Position.Y);
w = GetWall(cell.Position.X + 1, cell.Position.Y + 1);
if (c != null && (w == null || w.wallSprite.Bottom == false))
{
cell.ReachableCells.Add(c);
}
//top
c = GetLogicCell(cell.Position.X, cell.Position.Y + 1);
w = GetWall(cell.Position.X + 1, cell.Position.Y + 1);
if (c != null && (w == null || w.wallSprite.Left == false))
{
cell.ReachableCells.Add(c);
}
//bottom
c = GetLogicCell(cell.Position.X, cell.Position.Y - 1);
w = GetWall(cell.Position.X, cell.Position.Y);
if (c != null && (w == null || w.wallSprite.Right == false))
{
cell.ReachableCells.Add(c);
}
cell.AdjacentWalls += GetWall(cell.Position.X, cell.Position.Y) == null?0:1;
cell.AdjacentWalls += GetWall(cell.Position.X + 1, cell.Position.Y) == null?0:1;
cell.AdjacentWalls += GetWall(cell.Position.X, cell.Position.Y + 1) == null?0:1;
cell.AdjacentWalls += GetWall(cell.Position.X + 1, cell.Position.Y + 1) == null?0:1;
}
// Finding Rooms
curRoom = new Room(this);
foreach (LogicCell cell in LogicCells.Values)
{
if (processed.Contains(cell))
{
continue;
}
Next(cell);
if (curRoom.Size > 0)
{
rooms.Add(curRoom);
Debug.Log(string.Format("Found room #{1} with {0} cells", curRoom.Size, curRoom.Number));
curRoom = new Room(this);
curRoom.Number = rooms.Count;
}
}
// STEP 2 - Recognize rooms
Recognize();
// STEP 3 - Calculate connections
Connections();
foreach (Room r in rooms)
{
M.Overlay.DrawRoom(r);
Debug.Log(string.Format("Room #{0} is {1}, {2} objects", r.Number,
Enum.GetName(typeof(RoomType), r.TypeOfRoom),
r.LogicObjects.Count));
foreach (Door d in r.Doors)
{
if (d.Rooms.Count == 1)
{
Debug.Log(string.Format(" Room #{0} contains door that leads to nothing", r.Number));
}
else if (d.Rooms.Count == 2)
{
Debug.Log(string.Format(" Room #{0} contains door that leads to room #{1}",
r.Number, d.GetAnotherRoom(r).Number));
}
else
{
Debug.Log(string.Format(" Buggy room #{0}", r.Number));
}
}
}
evaluator.Launch();
}