public void AddItem(Item item, int row, int column)
{
if (item == null)
{
Debug.LogWarning("Item (" + "undefined" + ") can't be placed in this inventory (" + _title + ")");
return;
} // Debug
if (!GridExt.IsInRange <Item>(_stock, new Vector2(row, column)))
{
Debug.LogWarning("Grid position (" + row + "," + column + ") in Inventory [" + _title + "] is out of range");
return;
} // Debug
if (_containingItemsByTitle.ContainsValue(item.Title))
{
_stock[row, column] = item;
if (OnItemAdded != null)
{
OnItemAdded(this, item, row, column);
}
} // Adding item to row and column
else
{
Debug.LogWarning("Item (" + item.Title + ") can't be placed in this inventory (" + _title + ")");
} // Debug
}
public Item GetItem(int row, int column)
{
if (!GridExt.IsInRange <Item>(_stock, new Vector2(row, column)))
{
Debug.LogWarning("Grid position (" + row + "," + column + ") in Inventory [" + _title + "] is out of range");
} // Debug
return(GridExt.IsInRange <Item>(_stock, new Vector2(row, column)) ? _stock[row, column] : null);
}
protected TileTypes[,] Connectivity(TileTypes[,] grid, int connectivitySize)
{
TileTypes[,] tempGrid = new TileTypes[grid.GetLength(0), grid.GetLength(1)];
// Clone grid
for (int i = 0; i < grid.GetLength(0); i++)
{
for (int j = 0; j < grid.GetLength(1); j++)
{
tempGrid[i, j] = grid[i, j];
}
}
// Loop trough every tile
for (int tileX = 0; tileX < _width; tileX++)
{
for (int tileY = 0; tileY < _height; tileY++)
{
if (grid[tileX, tileY] == TileTypes.Wall)
{
continue;
}
GridNeighbours <TileTypes> gridNeighbours = new GridNeighbours <TileTypes>(new Vector2(tileX, tileY), grid);
List <TileTypes> currentNeighbours = gridNeighbours.GetNeighbours8(1);
if (tileX == debugTilePosition.x && tileY == debugTilePosition.y && debug)
{
Debug.Log("Looping trough neighbours");
} // Debug
// Loop trough every neighbour of a single tile
for (int neighbourIndex = 0; neighbourIndex < currentNeighbours.Count; neighbourIndex++)
{
if (tileX == debugTilePosition.x && tileY == debugTilePosition.y && debug)
{
for (int debugMessage0 = 0; debugMessage0 < currentNeighbours.Count; debugMessage0++)
{
Debug.Log("Neighbour with index " + debugMessage0 + ": " + currentNeighbours[debugMessage0]);
}
} // Debug
// If this tile is an edge tile
if (currentNeighbours[neighbourIndex] == TileTypes.Wall)
{
List <TileTypes> currentNeighboursInLine = gridNeighbours.GetNeighboursInLine(neighbourIndex, connectivitySize);
if (tileX == debugTilePosition.x && tileY == debugTilePosition.y && debug)
{
Debug.Log("neighbourIndex: " + neighbourIndex);
Debug.Log("currentNeighbours.Count: " + currentNeighbours.Count);
for (int debugMessage1 = 0; debugMessage1 < currentNeighboursInLine.Count; debugMessage1++)
{
Debug.Log(currentNeighboursInLine[debugMessage1]);
}
} // Debug
// Loop trough every neighbour in a single line of a single tile
for (int neighbourInLineIndex = 0; neighbourInLineIndex < currentNeighboursInLine.Count; neighbourInLineIndex++)
{
// If there is a connectivity found at the other side of a wall
// TODO: check if the tile is within the same grid room
if (currentNeighboursInLine[neighbourInLineIndex] == TileTypes.Floor)
{
if (tileX == debugTilePosition.x && tileY == debugTilePosition.y && debug)
{
Debug.Log("Connectivity found at index: " + neighbourInLineIndex);
} // Debug
// Loop trough every tile between two connected grid tiles
for (int connectivityInLineIndex = 0; connectivityInLineIndex < neighbourInLineIndex; connectivityInLineIndex++)
{
Vector2 connectivityNeighbourTile = new Vector2(tileX + (int)gridNeighbours.GetNeighboursPosition(neighbourIndex, connectivityInLineIndex + 1).x, tileY + (int)gridNeighbours.GetNeighboursPosition(neighbourIndex, connectivityInLineIndex + 1).y);
if (tileX == debugTilePosition.x && tileY == debugTilePosition.y && debug)
{
Debug.Log("connectivityNeighbourTile: " + connectivityNeighbourTile);
} // Debug
if (GridExt.IsInRange(grid, connectivityNeighbourTile))
{
tempGrid[(int)connectivityNeighbourTile.x, (int)connectivityNeighbourTile.y] = TileTypes.Floor;
}
GridNeighbours <TileTypes> connectivityGridNeighbours = new GridNeighbours <TileTypes>(connectivityNeighbourTile, grid);
List <TileTypes> currentConnectivityNeighbours = connectivityGridNeighbours.GetNeighbours8(1);
if (tileX == debugTilePosition.x && tileY == debugTilePosition.y && debug)
{
Debug.Log("connectivityTilePosition in GridNeighbours: " + new Vector2(connectivityGridNeighbours.TilePosition.x, connectivityGridNeighbours.TilePosition.y));
for (int debugMessage2 = 0; debugMessage2 < currentConnectivityNeighbours.Count; debugMessage2++)
{
Debug.Log("currentConnectivityNeighbour at index " + debugMessage2 + ": " + currentConnectivityNeighbours[debugMessage2]);
}
} // Debug
for (int connectivityNeighbourIndex = 0; connectivityNeighbourIndex < currentConnectivityNeighbours.Count; connectivityNeighbourIndex++)
{
Vector2 connectivityNeighbourPosition = new Vector2(connectivityGridNeighbours.TilePosition.x + (int)connectivityGridNeighbours.GetNeighboursPosition(connectivityNeighbourIndex).x, connectivityGridNeighbours.TilePosition.y + (int)connectivityGridNeighbours.GetNeighboursPosition(connectivityNeighbourIndex).y);
if (tileX == debugTilePosition.x && tileY == debugTilePosition.y && debug)
{
Debug.Log("connectivityNeighbourPosition: " + connectivityNeighbourPosition);
} // Debug
if (GridExt.IsInRange(grid, connectivityNeighbourPosition))
{
tempGrid[(int)connectivityNeighbourPosition.x, (int)connectivityNeighbourPosition.y] = TileTypes.Floor;
}
}
}
break;
}
}
}
}
}
}
return(tempGrid);
}