public bool SetWallItem(GameClient Session, RoomItem Item)
{
Item.Interactor.OnPlace(Session, Item);
switch (Item.GetBaseItem().InteractionType.ToLower())
{
case "dimmer":
if (MoodlightData == null)
{
MoodlightData = new MoodlightData(Item.Id);
Item.ExtraData = MoodlightData.GenerateExtraData();
}
break;
}
using (DatabaseClient dbClient = UberEnvironment.GetDatabase().GetClient())
{
dbClient.AddParamWithValue("extra_data", Item.ExtraData);
dbClient.ExecuteQuery("INSERT INTO room_items (id,room_id,base_item,extra_data,x,y,z,rot,wall_pos) VALUES ('" + Item.Id + "','" + RoomId + "','" + Item.BaseItem + "',@extra_data,'0','0','0','0','" + Item.WallPos + "')");
}
Items.Add(Item);
ServerPacket Message = new ServerPacket(83);
Item.Serialize(Message);
SendMessage(Message);
return true;
}
public bool SetFloorItem(GameClient Session, RoomItem Item, int newX, int newY, int newRot, bool newItem)
{
// Find affected tiles
Dictionary<int, AffectedTile> AffectedTiles = GetAffectedTiles(Item.GetBaseItem().Length, Item.GetBaseItem().Width, newX, newY, newRot);
// Verify tiles are valid
if (!ValidTile(newX, newY))
{
return false;
}
foreach (AffectedTile Tile in AffectedTiles.Values)
{
if (!ValidTile(Tile.X, Tile.Y))
{
return false;
}
}
// Start calculating new Z coordinate
Double newZ = Model.SqFloorHeight[newX, newY];
// Is the item trying to stack on itself!?
if (Item.Rot == newRot && Item.X == newX && Item.Y == newY && Item.Z != newZ)
{
return false;
}
// Make sure this tile is open and there are no users here
if (Model.SqState[newX, newY] != SquareState.OPEN)
{
return false;
}
foreach (AffectedTile Tile in AffectedTiles.Values)
{
if (Model.SqState[Tile.X, Tile.Y] != SquareState.OPEN)
{
return false;
}
}
// And that we have no users
if (!Item.GetBaseItem().IsSeat)
{
if (SquareHasUsers(newX, newY))
{
return false;
}
foreach (AffectedTile Tile in AffectedTiles.Values)
{
if (SquareHasUsers(Tile.X, Tile.Y))
{
return false;
}
}
}
// Find affected objects
List<RoomItem> ItemsOnTile = GetFurniObjects(newX, newY);
List<RoomItem> ItemsAffected = new List<RoomItem>();
List<RoomItem> ItemsComplete = new List<RoomItem>();
foreach (AffectedTile Tile in AffectedTiles.Values)
{
List<RoomItem> Temp = GetFurniObjects(Tile.X, Tile.Y);
if (Temp != null)
{
ItemsAffected.AddRange(Temp);
}
}
if (ItemsOnTile == null) ItemsOnTile = new List<RoomItem>();
ItemsComplete.AddRange(ItemsOnTile);
ItemsComplete.AddRange(ItemsAffected);
// Check for items in the stack that do not allow stacking on top of them
foreach (RoomItem I in ItemsComplete)
{
if (I.Id == Item.Id)
{
continue;
}
if (!I.GetBaseItem().Stackable)
{
return false;
}
}
// If this is a rotating action, maintain item at current height
if (Item.Rot != newRot && Item.X == newX && Item.Y == newY)
{
newZ = Item.Z;
}
// Are there any higher objects in the stack!?
foreach (RoomItem I in ItemsComplete)
{
if (I.Id == Item.Id)
{
continue; // cannot stack on self
}
if (I.TotalHeight > newZ)
{
newZ = I.TotalHeight;
}
}
// Verify the rotation is correct
if (newRot != 0 && newRot != 2 && newRot != 4 && newRot != 6 && newRot != 8)
{
newRot = 0;
}
Item.X = newX;
Item.Y = newY;
Item.Z = newZ;
Item.Rot = newRot;
Item.Interactor.OnPlace(Session, Item);
if (newItem)
{
using (DatabaseClient dbClient = UberEnvironment.GetDatabase().GetClient())
{
dbClient.AddParamWithValue("extra_data", Item.ExtraData);
dbClient.ExecuteQuery("INSERT INTO room_items (id,room_id,base_item,extra_data,x,y,z,rot,wall_pos) VALUES ('" + Item.Id + "','" + RoomId + "','" + Item.BaseItem + "',@extra_data,'" + Item.X + "','" + Item.Y + "','" + Item.Z + "','" + Item.Rot + "','')");
}
Items.Add(Item);
ServerPacket Message = new ServerPacket(93);
Item.Serialize(Message);
SendMessage(Message);
}
else
{
using (DatabaseClient dbClient = UberEnvironment.GetDatabase().GetClient())
{
dbClient.ExecuteQuery("UPDATE room_items SET x = '" + Item.X + "', y = '" + Item.Y + "', z = '" + Item.Z + "', rot = '" + Item.Rot + "', wall_pos = '' WHERE id = '" + Item.Id + "' LIMIT 1");
}
ServerPacket Message = new ServerPacket(95);
Item.Serialize(Message);
SendMessage(Message);
}
GenerateMaps();
UpdateUserStatusses();
return true;
}
