public void CheckDestruction(Vector3 pos)
{
if (!destroingTile)
{
destroingTile = true;
Vector3Int currentCell = tileMaps[0].WorldToCell(pos);
float cd = 0;
for (int i = 0; i < tileMaps.Count; i++)
{
TileBase tile = null;
foreach (var p in new BoundsInt(0, 0, 0, 1, 1, 1).allPositionsWithin)//brush
{
tile = tileMaps[i].GetTile(currentCell + p);
}
if (tile is ItemTile)
{
ItemTile item = tile as ItemTile;
if (cd < item.Item.hardness)
{
cd = item.Item.hardness;
}
}
}
if (0 > cd)
{
cd = 0.025f;
}
StartCoroutine(DeleteTiles(currentCell, cd));
}
}
/// <summary>
/// Does initial population of Bacteria for all maps in the world
/// </summary>
public static void PopulateBacteria()
{
Random gen = new Random();
for (int i = 0; i < Maps.Count; i++)
{
List <System.Drawing.Point> emptySpaces = new List <System.Drawing.Point>(EmptyLocations(i));
// Randomize emptySpaces using Fisher-Yates shuffling algorithm
for (int j = 0; j < emptySpaces.Count; j++)
{
int rnd = gen.Next(0, emptySpaces.Count - 1);
System.Drawing.Point tmp = emptySpaces[j];
emptySpaces[j] = emptySpaces[rnd];
emptySpaces[rnd] = tmp;
}
// Generate items at the first [size * proportion] locations
int items = (int)Math.Floor(emptySpaces.Count * Const.FILL_PROPORTION);
for (int j = 0; j < items; j++)
{
ItemTile tile = new ItemTile(ItemTileSpec.BACTERIA, emptySpaces[j].X, emptySpaces[j].Y, gen.Next(Const.MIN_BACTERIA, Const.MAX_BACTERIA));
Maps[i].AddTile(new Microsoft.Xna.Framework.Vector2(emptySpaces[j].X, emptySpaces[j].Y), LAYERS.Item, tile);
}
}
}
public Tile[,,] setTilesInLayer(Tile[,,] tilechunk, Tile tile, int layer)
{
for (int y = 0; y < Heigth; y++)
{
for (int x = 0; x < Width; x++)
{
if (layer == 0)
{
if (chunkMap[x, y, layer] == 1)
{
tilechunk[x, y, layer] = tile;
}
else if (chunkMap[x, y, layer] == 0)
{
tilechunk[x, y, layer] = backGround;
}
}
else if (chunkMap[x, y, layer] == 1)
{
if (tile is ItemTile)
{
tile = new ItemTile(Item.ChanceRandomItem(chunkSources));
}
tilechunk[x, y, layer] = tile;
}
}
}
return(tilechunk);
}
public static Tile[,,] IdsToTiles(int[][][] ids)
{
int xSizes = ids.GetLength(0);
int ySizes = ids[0].GetLength(0);
int zSizes = ids[0][0].GetLength(0);
Tile[,,] tiles = new Tile[xSizes, ySizes, zSizes];
for (int y = 0; y < ySizes; y++)
{
for (int x = 0; x < xSizes; x++)
{
for (int z = 0; z < zSizes; z++)
{
if (z == 0)
{
tiles[x, y, z] = TerrainTile.GetTerrainTileOfID(ids[x][y][z]);
}
if (z == 1)
{
Item item = Item.GetItemOfID(ids[x][y][z]);
if (item != null)
{
tiles[x, y, z] = new ItemTile(item);
}
}
}
}
}
return(tiles);
}
/// <summary>
/// Called when the object is initialized, but only if the object is active.
/// Then called every time the object becomes active
/// </summary>
private void OnEnable()
{
_myScript = (ItemTile)target;
_myScripts = new List <ItemTile>();
foreach (var item in targets)
{
_myScripts.Add((ItemTile)item);
}
}
private void OnTriggerEnter2D(Collider2D other)
{
if (other.tag == "Object")
{
ItemTile itemTile = other.GetComponent <ItemTile>();
InventoryController.instance.AddNewItem(itemTile.item);
GameManager.instance.Massage(itemTile.item);
Destroy(other.gameObject);
}
}
public Item CreateItemTile(Vector3Int position, Item.ItemType type)
{
ItemTile itemTile = TileFinder.Activated.GetItem(type);
Item item = new Item(type, 0);
Items.SetTile(position, itemTile);
var newItemTile = Items.GetTile <ItemTile>(position);
newItemTile.Item = item;
return(item);
}
/// <summary>
/// Transfer itemTile data to moneyItemTile
/// </summary>
/// <param name="itemTile"></param>
public void TranferItemData(ItemTile itemTile)
{
this.TileID = itemTile.TileID;
this.TilePlayerPos = itemTile.TilePlayerPos;
this.neighborTiles = itemTile.neighborTiles;
this.item = itemTile.item;
this.IsItemTile = true;
this.locationName = itemTile.locationName;
this.TileItemType = ItemTile.ItemType.MoneyItem;
this.IsStartTile = false;
this.HasItem = itemTile.HasItem;
}
public GameObject CreateItemTileGameObject(ItemTile item)
{
GameObject g = new GameObject();
ItemTileUnity itemTileUnity = (ItemTileUnity)g.AddComponent(typeof(ItemTileUnity));
itemTileUnity.gameManagerUnity = gameManagerUnity;
itemTileUnity.item = item;
unityItemTiles.Add(itemTileUnity);
return(g);
}
public static void ResetAllTiles()
{
PopulateTileList();
foreach (ItemTile tileObject in _tileList)
{
if (!tileObject.CompareTag("TilePath"))
{
_myScript = tileObject;
_myScript.GetComponent <MeshFilter>().mesh = _tiles.Meshes[0];
ResetTile();
}
}
}
public static Block GetBlockType(string name)
{
ItemTile block = GetItemSet(name);
if (block != null)
{
if (block is Block)
{
return((Block)block);
}
}
return((Block)GetItemSet("Air"));
}
public static int[][][] TilesToIds(Tile[,,] tiles)
{
int xSizes = tiles.GetLength(0);
int ySizes = tiles.GetLength(1);
int zSizes = tiles.GetLength(2);
int[][][] ids = new int[xSizes][][];
for (int i = 0; i < xSizes; i++)
{
ids[i] = new int[ySizes][];
for (int j = 0; j < ySizes; j++)
{
ids[i][j] = new int[zSizes];
}
}
for (int y = 0; y < ySizes; y++)
{
for (int x = 0; x < xSizes; x++)
{
for (int z = 0; z < zSizes; z++)
{
if (z == 0)
{
Tile tile = tiles[x, y, z];
TerrainTile ttile = tile as TerrainTile;
if (tile != null)
{
ids[x][y][z] = ttile.Id;
}
}
if (z == 1)
{
ItemTile item = tiles[x, y, z] as ItemTile;
if (item != null)
{
if (item.Item != null)
{
ids[x][y][z] = item.Item.Id;
}
}
}
}
}
}
return(ids);
}
/// <summary>
/// TODO
/// </summary>
private void AddItemTileTypes()
{
//Debug.Log("No. item tiles = " + m_numOfAddedItemTiles);
// Create item deployment minus one of the total of item tiles. That one is used for the vr googles
ItemTileDeployment itemTileDeployment = new ItemTileDeployment(m_numOfAddedItemTiles - 1);
List <int> itemTileIDs = new List <int>();
// Get all item tile id's
foreach (Transform t in m_itemTiles)
{
Tile tile = t.GetComponent <Tile>();
itemTileIDs.Add(tile.TileID);
}
// Shuffle the id's so items is not added at the same tiles each game
System.Random rnd = new System.Random();
itemTileIDs.Shuffle(rnd);
int currentItemIdIndex = 0;
int numOfItems = itemTileDeployment.MoneyItemDeployment.Count;
foreach (KeyValuePair <string, int> kvp in itemTileDeployment.MoneyItemDeployment)
{
int moneyValue;
Int32.TryParse(kvp.Key, out moneyValue);
for (int i = 0; i < kvp.Value; i++)
{
//Transform t = m_tiles.GetChild(itemTileIDs[currentItemIdIndex]);
Tile tile = GetTile(itemTileIDs[currentItemIdIndex].ToString());
if (tile.IsItemTile)
{
ItemTile itemTile = tile.GetComponent <ItemTile>();
MoneyItemTile moneyItemTile = tile.gameObject.AddComponent <MoneyItemTile>();
moneyItemTile.TranferItemData(itemTile);
moneyItemTile.Value = moneyValue;
moneyItemTile.TilePrize = moneyItemTile.Value;
//Debug.Log("TileID: " + moneyItemTile.TileID);
Destroy(itemTile);
}
currentItemIdIndex++;
}
}
}
public static Gem GetGem(ItemTile item)
{
switch (item)
{
case ItemTile.SMALL_GEM:
return(Gem.Small);
case ItemTile.MEDIUM_GEM:
return(Gem.Medium);
case ItemTile.LARGE_GEM:
return(Gem.Large);
default:
throw new Exception("ItemTile is not a gem!");
}
}
// Установить плитку
public void SetTile(TileType type, int i, int j)
{
// Находим соседей
Tile upTile = GetTile(i, j - 1); // Верхний сосед
Tile downTile = GetTile(i, j + 1); // Нижний сосед
Tile leftTile = GetTile(i - 1, j); // Левый сосед
Tile rightTile = GetTile(i + 1, j); // Правый сосед
if (type != TileType.NONE)
{
var tile = new Tile(type, upTile, downTile, leftTile, rightTile);
tile.Position = new Vector2f(i * Tile.TILE_SIZE, j * Tile.TILE_SIZE) + Position;
tiles[i, j] = tile;
}
else
{
var tile = tiles[i, j];
if (tile != null)
{
var item = new ItemTile(this, InfoItem.ItemGround);
item.Position = tile.Position;
items.Add(item);
}
tiles[i, j] = null;
// Присваиваем соседей, а соседям эту плитку
if (upTile != null)
{
upTile.DownTile = null;
}
if (downTile != null)
{
downTile.UpTile = null;
}
if (leftTile != null)
{
leftTile.RightTile = null;
}
if (rightTile != null)
{
rightTile.LeftTile = null;
}
}
}
// Update is called once per frame
void Update()
{
if (cooldown <= Time.time)
{
for (int tier = itemList.RandomTier(); tier >= 0; --tier)
{
List <ItemTile> availableTiles = GetAvailableItemTiles(tier);
if (availableTiles.Count > 0)
{
ItemTile tile = availableTiles[Random.Range(0, availableTiles.Count)];
SpawnItem(tile.transform.position, itemList.RandomItem(tier));
tile.AddCooldown(2.5f); // Add cooldown to tile to offset Spawn Indicator time
break;
}
}
ResetCooldown();
}
}
public override ChunkInfo GenerateChunk(Vector2Int gPos)
{
Tile[,,] chunkTileInfo = new Tile[Width, Heigth, chunkSources.Length + 1];
int layer = 0;
int[,] groundpositionMap = new int[Width, Heigth];
chunkTileInfo = GenerateLayer(groundpositionMap, chunkTileInfo, ground, layer);
if (chunkSources.Length != 0)
{
layer = 1;
int[,] itempositionMap = new int[Width, Heigth];
ItemTile tile = new ItemTile(Item.ItemsList[0]);//tileinfo "identity"
chunkTileInfo = GenerateLayer(itempositionMap, chunkTileInfo, tile, layer);
}
return(new ChunkInfo(World.TilesToIds(chunkTileInfo), gPos));
}
//set tile
public void SetTile(TileType type, int i, int j)
{
Tile upTileNeighbor = GetTile(i, j - 1); //up
Tile downTileNeighbor = GetTile(i, j + 1); //down
Tile leftTileNeighbor = GetTile(i - 1, j); //left
Tile rightTileNeighbor = GetTile(i + 1, j); //right
if (type != TileType.NONE)
{
var tile = new Tile(type, upTileNeighbor, downTileNeighbor, leftTileNeighbor, rightTileNeighbor);
tile.Position = new Vector2f(i * Tile.TILE_SIZE, j * Tile.TILE_SIZE) + Position;
tiles[i, j] = tile;
}
else
{
var tile = tiles[i, j];
if (tile != null)
{
var item = new ItemTile(this, InfoItem.ItemGround);
item.Position = tile.Position;
items.Add(item);
}
tiles[i, j] = null;
if (upTileNeighbor != null)
{
upTileNeighbor.DownTile = null;
}
if (downTileNeighbor != null)
{
downTileNeighbor.UpTile = null;
}
if (leftTileNeighbor != null)
{
leftTileNeighbor.RightTile = null;
}
if (rightTileNeighbor != null)
{
rightTileNeighbor.LeftTile = null;
}
}
}
/// <summary>
/// Adds some more bacteria to all maps in the World. Called from a server timer.
/// </summary>
/// <param name="param">Since this is a System.Threading.Timer callback, param is an instance of a Server passed as an object</param>
public static void AddBacteria(object param)
{
if (Maps == null)
{
return;
}
Server serverInstance;
try
{
serverInstance = param as Server;
}
catch (InvalidCastException)
{
Console.ForegroundColor = ConsoleColor.Red;
Console.WriteLine("Error: In World.AddBacteria: Unable to cast server instance from timer callback function!");
Console.ResetColor();
return;
}
Random gen = new Random();
for (int i = 0; i < Maps.Count; i++)
{
List <System.Drawing.Point> emptySpaces = new List <System.Drawing.Point>(EmptyLocations(i));
if (Maps[i].Layers[(int)LAYERS.Item].Count < (int)Math.Floor(emptySpaces.Count * Const.FILL_PROPORTION))
{
// Add bacteria to map
int index = gen.Next(0, emptySpaces.Count - 1);
ItemTile tile = new ItemTile(ItemTileSpec.BACTERIA, emptySpaces[index].X, emptySpaces[index].Y, gen.Next(Const.MIN_BACTERIA, Const.MAX_BACTERIA));
Maps[i].AddTile(new Microsoft.Xna.Framework.Vector2(emptySpaces[index].X, emptySpaces[index].Y), LAYERS.Item, tile);
ItemData data = new ItemData(tile.Type, tile.X, tile.Y, tile.Quantity);
if (!serverInstance.SendToClient(ServerAction.Content, data))
{
serverInstance.Log(System.Reflection.MethodBase.GetCurrentMethod().Name, "There was an error sending newly added bacteria to clients");
}
}
}
}
/// <summary>
/// Step one of createing a graph. This method adding a node to the grap
/// for each tile in m_tiles.
/// </summary>
private void AddTilesToGraph()
{
foreach (Transform transform in m_tiles)
{
Tile tile = transform.GetComponent <Tile>();
m_tileGraph.AddNode(tile.TileID.ToString(), transform);
if (tile.IsItemTile)
{
ItemTile itemTile = (ItemTile)tile;
if (!itemTile.IsStartTile)
{
itemTile.HasItem = true;
m_itemTiles.Add(transform);
m_numOfAddedItemTiles++;
}
}
}
}
/// <summary>
/// Get the tile item and save the value in player inventory
/// </summary>
private void RetriveTileItem()
{
ItemTile itemTile = m_playerMovement.CurrentItemTile;
itemTile.HasItem = false;
itemTile.SetColor(Color.gray);
ItemTile.ItemType itemType = itemTile.TileItemType;
switch (itemType)
{
case ItemTile.ItemType.MoneyItem:
Debug.Log("Itemtype = MoneyItem");
MoneyItemTile moneyItemTile = (MoneyItemTile)itemTile;
int value = moneyItemTile.Value;
m_gameManager.Bank.WithdrawMoney(value);
break;
default:
break;
}
}
public override void Draw(Microsoft.Xna.Framework.GameTime gameTime)
{
int screenWidth = GraphicsDevice.Viewport.Width;
int screenHeight = GraphicsDevice.Viewport.Height;
// Main player light circle
Engine.SpriteBatch.Draw(lightCircle, Engine.AnglerGame.MainPlayer.Bounds, Color.White);
// Draw items
for (int i = World.CurrentMap.VisibleBounds.Left; i < World.CurrentMap.VisibleBounds.Right; i++)
{
for (int j = World.CurrentMap.VisibleBounds.Top; j < World.CurrentMap.VisibleBounds.Bottom; j++)
{
Texture2D texture = bacteriaFew;
ItemTile tile = World.CurrentMap.GetTile(i, j, LAYERS.Item) as ItemTile;
if (tile == null || tile.Type == ItemTileSpec.NONE)
{
continue;
}
if (tile.Quantity > Const.MIN_BACTERIA + (Const.MAX_BACTERIA - Const.MIN_BACTERIA) / 3)
{
texture = bacteriaMedium;
}
if (tile.Quantity > Const.MIN_BACTERIA + 2 * ((Const.MAX_BACTERIA - Const.MIN_BACTERIA) / 3))
{
texture = bacteriaMany;
}
Engine.SpriteBatch.Draw(texture, World.CurrentMap.PositionOnVisibleMap(tile.X, tile.Y),
Color.White * (float)(((1.0 - minimumOpactiy) * Math.Sin((double)(gameTime.TotalGameTime.TotalMilliseconds) * tile.Speed * (Math.PI / 180)) + 1) / 2));
}
}
Engine.SpriteBatch.Draw(bacteriaCount, new Vector2(GraphicsDevice.Viewport.Width - bacteriaCount.Width - 10, 10), Color.White);
base.Draw(gameTime);
}
/// <summary>
/// Set the starting tile for current player
/// </summary>
/// <param name="startTile"></param>
public void SetStartTileCurrentPlayer(Transform startTile)
{
ItemTile tile = startTile.GetComponent <ItemTile>();
// A check to see that the tile selected as start tile on the button is a valid start tile.
if (tile.IsStartTile)
{
m_currentPlayer.SetStartingTile(startTile);
// If all players has selected starting tile the game can start
if (m_currentPlayer.PlayerId == players.Length)
{
gameState = GameState.StartGame;
}
else
{
NextPlayer();
}
}
else
{
//Debug.LogError(String.Format("Tile {0} is not a start tile", tile.TileID));
}
}
/// <summary>
/// When player movement is done check if the player is standing on an item tile.
/// If there is an item there check if the player can buy it. Activate ui buttons
/// to buy or roll.
/// </summary>
private void PlayerMovementDone()
{
if (m_playerMovement.CurrentTile.IsItemTile)
{
ItemTile itemTile = (ItemTile)m_playerMovement.CurrentTile;
if (itemTile.HasItem)
{
bool canAfford = CanAffordTile(itemTile.TilePrize);
if (canAfford)
{
m_userInterfaceManager.ShowBuyButton();
}
}
m_userInterfaceManager.ShowRollDiceButton();
m_playerState = PlayerState.TurnTile;
}
else
{
m_playerState = PlayerState.Done;
}
}
public bool HandleClientLogin(PacketStream pkt, ConnectedPlayer client)
{
string uName = "", pass = "";
int x = -1, y = -1, mapNum = 1, bacteriaCount = 0, admin = 0;
if (!pkt.GetString(ref uName) || !pkt.GetString(ref pass))
{
this.m_log.LogError(System.Reflection.MethodBase.GetCurrentMethod().Name,
"Unable to get username and password from login request");
SendResponse(client, ServerErrorResponse.DataFormatError);
return(false);
}
int maxClients;
bool enc;
if (!this.m_config.GetValue("loggedinusers", out maxClients) || !this.m_config.GetValue("passwordenc", out enc))
{
this.m_log.LogWarning(System.Reflection.MethodBase.GetCurrentMethod().Name,
"Unable to get passwordlen and passwordenc from log file");
this.m_config.Add("general", "loggedinusers", 50);
maxClients = 50;
enc = true;
}
if (enc)
{
pass = Encryption.SHA256(pass);
}
object[] accData = this.m_database.GetAccount(uName);
if (accData == null || pass != accData[(int)DBAccountIndex.Password].ToString())
{
SendResponse(client, ServerErrorResponse.AccountCredentialMismatch);
return(false);
}
if ((int)accData[(int)DBAccountIndex.LoggedIn] == 1)
{
this.m_log.LogWarning(System.Reflection.MethodBase.GetCurrentMethod().Name,
"User " + uName + " tried to log in twice");
SendResponse(client, ServerErrorResponse.InvalidAccessError);
return(false);
}
if (!this.m_database.Login(uName, client.EndPoint.Address.ToString()))
{
SendResponse(client, ServerErrorResponse.SQLQueryError);
return(false);
}
if (this.m_players.Count >= maxClients)
{
SendResponse(client, ServerErrorResponse.ServerTooManyClients);
this.m_database.Logout(uName);
return(false);
}
x = (int)accData[(int)DBAccountIndex.LocX];
y = (int)accData[(int)DBAccountIndex.LocY];
mapNum = (int)accData[(int)DBAccountIndex.LocMap];
bacteriaCount = (int)accData[(int)DBAccountIndex.BactCount];
admin = (int)accData[(int)DBAccountIndex.AdminLevel];
client.Login(uName, mapNum, x, y, bacteriaCount, admin);
//send response with: map num, x, y, bacteria count
Packet loginResponse = new Packet(ServerAction.ClientLoginResponse);
loginResponse.AddData <string>(uName);
loginResponse.AddData <int>(mapNum);
loginResponse.AddData <int>(x);
loginResponse.AddData <int>(y);
loginResponse.AddData <int>(bacteriaCount);
loginResponse.AddData <int>(admin);
client.SendData(loginResponse);
// Log the new player into everyone else's window
Packet packet = new Packet(ServerAction.ClientLogin);
packet.AddData <string>(client.UserName);
packet.AddData <int>(client.X);
packet.AddData <int>(client.Y);
packet.AddData <int>(admin);
SendResponse(client, packet);
SortedList <string, Tile> items = World.Maps[client.CurrentMap].Layers[(int)LAYERS.Item];
if (items != null && items.Count > 0)
{
Packet itemsPacket = new Packet(ServerAction.Content);
itemsPacket.AddData((byte)ContentType.Items);
itemsPacket.AddData(items.Count);
foreach (var pair in items)
{
if (!(pair.Value is ItemTile))
{
continue;
}
ItemTile iTile = pair.Value as ItemTile;
itemsPacket.AddData((byte)iTile.Type);
itemsPacket.AddData(iTile.X);
itemsPacket.AddData(iTile.Y);
itemsPacket.AddData(iTile.Quantity);
}
client.SendData(itemsPacket);
}
if (m_players != null)
{
Packet playersPacket = new Packet(ServerAction.Content);
playersPacket.AddData((byte)ContentType.Players);
playersPacket.AddData(m_players.Where(i => i.CurrentMap == client.CurrentMap).Count());
foreach (ConnectedPlayer player in m_players)
{
if (player.CurrentMap == client.CurrentMap)
{
playersPacket.AddData(player.CurrentMap);
playersPacket.AddData(player.X);
playersPacket.AddData(player.Y);
playersPacket.AddData(player.UserName);
playersPacket.AddData(player.AdminLevel);
}
}
client.SendData(playersPacket);
}
Console.WriteLine(uName + " logged in from " + client.EndPoint.Address.ToString());
Console.Write("\n> ");
return(true);
}
private static void UpdateObject(ItemTile myScriptInc)
{
_myScript = myScriptInc;
_meshFilter = _myScript.GetComponent <MeshFilter>();
//0 Sides, i[0]
/* XXX
* XTX
* XXX
*/
ResetTile();
if (IsNorth() && IsNorthEast() && IsEast() && IsSouthEast() && IsSouth() && IsSouthWest() && IsWest() && IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[0];
}
//1 Side, i[1]
/* OXO
* TTT
* TTT
*/
else if (IsWest() && IsEast() && IsSouth() && IsSouthEast() && IsSouthWest() && !IsNorth())
{
_meshFilter.mesh = _tiles.Meshes[1];
MeshRot90();
MeshFlipZ();
}
//1 Side, i[1]
/* OTT
* XTT
* OTT
*/
else if (IsNorth() && IsSouth() && IsEast() && IsSouthEast() && !IsWest() && IsNorthEast())
{
_meshFilter.mesh = _tiles.Meshes[1];
}
//1 Side, i[1]
/* TTT
* TTT
* OXO
*/
else if (IsNorth() && IsEast() && IsWest() && IsNorthWest() && IsNorthEast() && !IsSouth())
{
_meshFilter.mesh = _tiles.Meshes[1];
MeshRot90();
MeshFlipX();
}
//1 Side, i[1]
/* TTO
* TTX
* TTO
*/
else if (IsNorth() && IsSouth() && IsWest() && IsNorthWest() && IsSouthWest() && !IsEast())
{
_meshFilter.mesh = _tiles.Meshes[1];
MeshFlipX();
}
//2 Side Corner, i[2]
/* OXO
* XTT
* OTT
*/
else if (IsEast() && IsSouth() && IsSouthEast() && !IsNorth() && !IsWest())
{
_meshFilter.mesh = _tiles.Meshes[2];
MeshFlipZ();
}
//2 Side Corner, i[2]
/* OTT
* XTT
* OXO
*/
else if (IsEast() && IsNorth() && IsNorthEast() && !IsSouth() && !IsWest())
{
_meshFilter.mesh = _tiles.Meshes[2];
}
//2 Side Corner, i[2]
/* TTO
* TTX
* OXO
*/
else if (IsWest() && IsNorth() && IsNorthWest() && !IsSouth() && !IsEast())
{
_meshFilter.mesh = _tiles.Meshes[2];
MeshFlipX();
}
//2 Side Corner, i[2]
/* OXO
* TTX
* TTO
*/
else if (IsWest() && IsSouth() && IsSouthWest() && !IsNorth() && !IsEast())
{
_meshFilter.mesh = _tiles.Meshes[2];
MeshFlipX();
MeshFlipZ();
}
//2 Sides opposite, i[3]
/* OXO
* TTT
* OXO
*/
else if (IsWest() && IsEast() && !IsNorth() && !IsSouth())
{
_meshFilter.mesh = _tiles.Meshes[3];
}
//2 Sides opposite, i[3]
/* OTO
* XTX
* OTO
*/
else if (IsNorth() && IsSouth() && !IsEast() && !IsWest())
{
_meshFilter.mesh = _tiles.Meshes[3];
MeshRot90();
}
//3 Sides, i[4]
/* OTO
* XTX
* OXO
*/
else if (IsNorth() && !IsSouth() && !IsEast() && !IsWest())
{
_meshFilter.mesh = _tiles.Meshes[4];
MeshRot90();
MeshFlipX();
}
//3 Sides, i[4]
/* OXO
* XTX
* OTO
*/
else if (IsSouth() && !IsNorth() && !IsEast() && !IsWest())
{
_meshFilter.mesh = _tiles.Meshes[4];
MeshRot90();
}
//3 Sides, i[4]
/* OXO
* XTT
* OXO
*/
else if (IsEast() && !IsNorth() && !IsSouth() && !IsWest())
{
_meshFilter.mesh = _tiles.Meshes[4];
}
//3 Sides, i[4]
/* OXO
* TTX
* OXO
*/
else if (IsWest() && !IsNorth() && !IsSouth() && !IsEast())
{
_meshFilter.mesh = _tiles.Meshes[4];
MeshFlipX();
}
//4 Sides, i[5]
/* OOO
* OTO
* OOO
*/
else if (!IsNorth() && !IsEast() && !IsSouth() && !IsWest())
{
_meshFilter.mesh = _tiles.Meshes[5];
}
//1 Corner, i[6]
/* TTT
* TTT
* TTX
*/
else if (IsNorth() && IsNorthEast() && IsEast() && !IsSouthEast() && IsSouth() && IsSouthWest() && IsWest() && IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[6];
MeshFlipZ();
}
//1 Corner, i[6]
/* TTX
* TTT
* TTT
*/
else if (IsNorth() && !IsNorthEast() && IsEast() && IsSouthEast() && IsSouth() && IsSouthWest() && IsWest() && IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[6];
}
//1 Corner, i[6]
/* XTT
* TTT
* TTT
*/
else if (IsNorth() && IsNorthEast() && IsEast() && IsSouthEast() && IsSouth() && IsSouthWest() && IsWest() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[6];
MeshFlipX();
}
//1 Corner, i[6]
/* TTT
* TTT
* XTT
*/
else if (IsNorth() && IsNorthEast() && IsEast() && IsSouthEast() && IsSouth() && !IsSouthWest() && IsWest() && IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[6];
MeshFlipX();
MeshFlipZ();
}
//2 Corners SameSide, i[7]
/* TTT
* TTT
* XTX
*/
else if (IsNorth() && IsNorthEast() && IsEast() && !IsSouthEast() && IsSouth() && !IsSouthWest() && IsWest() && IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[7];
MeshFlipZ();
}
//2 Corners SameSide, i[7]
/* TTX
* TTT
* TTX
*/
else if (IsNorth() && !IsNorthEast() && IsEast() && !IsSouthEast() && IsSouth() && IsSouthWest() && IsWest() && IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[7];
MeshRot90();
}
//2 Corners SameSide, i[7]
/* XTX
* TTT
* TTT
*/
else if (IsNorth() && !IsNorthEast() && IsEast() && IsSouthEast() && IsSouth() && IsSouthWest() && IsWest() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[7];
}
//2 Corners SameSide, i[7]
/* XTT
* TTT
* XTT
*/
else if (IsNorth() && IsNorthEast() && IsEast() && IsSouthEast() && IsSouth() && !IsSouthWest() && IsWest() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[7];
MeshRot90();
MeshFlipZ();
}
//2 Corners OppositeSide, i[8]
/* TTX
* TTT
* XTT
*/
else if (IsNorth() && !IsNorthEast() && IsEast() && IsSouthEast() && IsSouth() && !IsSouthWest() && IsWest() && IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[8];
}
//2 Corners OppositeSide, i[8]
/* XTT
* TTT
* TTX
*/
else if (IsNorth() && IsNorthEast() && IsEast() && !IsSouthEast() && IsSouth() && IsSouthWest() && IsWest() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[8];
MeshRot90();
}
//3 Corners, i[9]
/* XTX
* TTT
* TTX
*/
else if (IsNorth() && !IsNorthEast() && IsEast() && !IsSouthEast() && IsSouth() && IsSouthWest() && IsWest() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[9];
MeshRot90();
}
//3 Corners, i[9]
/* TTX
* TTT
* XTX
*/
else if (IsNorth() && !IsNorthEast() && IsEast() && !IsSouthEast() && IsSouth() && !IsSouthWest() && IsWest() && IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[9];
MeshFlipZ();
MeshFlipX();
}
//3 Corners, i[9]
/* XTT
* TTT
* XTX
*/
else if (IsNorth() && IsNorthEast() && IsEast() && !IsSouthEast() && IsSouth() && !IsSouthWest() && IsWest() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[9];
MeshFlipZ();
}
//4 Corners, i[10]
/* XTX
* TTT
* XTX
*/
else if (IsNorth() && !IsNorthEast() && IsEast() && !IsSouthEast() && IsSouth() && !IsSouthWest() && IsWest() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[10];
}
//1 Side 1 corner
/* OXO
* TTT
* TTX
*/
else if (IsWest() && IsEast() && IsSouth() && IsSouthWest() && !IsNorth() && !IsSouthEast())
{
_meshFilter.mesh = _tiles.Meshes[11];
MeshFlipZ();
}
//1 Side 1 corner
/* OTX
* XTT
* OTT
*/
else if (IsNorth() && IsSouth() && IsEast() && IsSouthEast() && !IsWest() && !IsNorthEast())
{
_meshFilter.mesh = _tiles.Meshes[11];
MeshRot90();
MeshFlipX();
}
//1 Side 1 corner
/* XTT
* TTT
* OXO
*/
else if (IsWest() && IsEast() && IsNorth() && IsNorthEast() && !IsSouth() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[11];
MeshFlipX();
}
//1 Side 1 corner
/* TTO
* TTX
* XTO
*/
else if (IsNorth() && IsSouth() && IsWest() && IsNorthWest() && !IsEast() && !IsSouthWest())
{
_meshFilter.mesh = _tiles.Meshes[11];
MeshRot90();
MeshFlipZ();
}
//1 Side 1 corner
/* OXO
* TTT
* XTT
*/
else if (IsWest() && IsEast() && IsSouth() && IsSouthEast() && !IsNorth() && !IsSouthWest())
{
_meshFilter.mesh = _tiles.Meshes[11];
MeshFlipZ();
MeshFlipX();
}
//1 Side 1 corner
/* XTO
* TTX
* TTO
*/
else if (IsNorth() && IsSouth() && IsWest() && IsSouthWest() && !IsEast() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[11];
MeshRot90();
MeshFlipZ();
MeshFlipX();
}
//1 Side 1 corner
/* TTX
* TTT
* OXO
*/
else if (IsWest() && IsEast() && IsNorth() && IsNorthWest() && !IsSouth() && !IsNorthEast())
{
_meshFilter.mesh = _tiles.Meshes[11];
}
//1 Side 1 corner
/* OTT
* XTT
* OTX
*/
else if (IsNorth() && IsSouth() && IsEast() && IsNorthEast() && !IsWest() && !IsSouthEast())
{
_meshFilter.mesh = _tiles.Meshes[11];
MeshRot90();
}
//2 Side 1 Corner, i[12]
/* OXO
* XTT
* OTX
*/
else if (IsEast() && IsSouth() && !IsNorth() && !IsWest() && !IsSouthEast())
{
_meshFilter.mesh = _tiles.Meshes[12];
MeshFlipZ();
}
//2 Side 1 Corner, i[12]
/* OTX
* XTT
* OXO
*/
else if (IsEast() && IsNorth() && !IsSouth() && !IsWest() && !IsNorthEast())
{
_meshFilter.mesh = _tiles.Meshes[12];
}
//2 Side 1 Corner, i[12]
/* XTO
* TTX
* OXO
*/
else if (IsWest() && IsNorth() && !IsSouth() && !IsEast() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[12];
MeshFlipX();
}
//2 Side 1 Corner, i[12]
/* OXO
* TTX
* XTO
*/
else if (IsWest() && IsSouth() && !IsNorth() && !IsEast() && !IsSouthWest())
{
_meshFilter.mesh = _tiles.Meshes[12];
MeshFlipX();
MeshFlipZ();
}
//1 Side 2 corner, i[13]
/* OXO
* TTT
* XTX
*/
else if (IsWest() && IsEast() && IsSouth() && !IsNorth() && !IsSouthEast() && !IsSouthWest())
{
_meshFilter.mesh = _tiles.Meshes[13];
MeshFlipZ();
}
//1 Side 2 corner, i[13]
/* XTX
* TTT
* OXO
*/
else if (IsWest() && IsEast() && IsNorth() && !IsSouth() && !IsNorthEast() && !IsNorthWest())
{
_meshFilter.mesh = _tiles.Meshes[13];
}
//1 Side 2 corner, i[13]
/* OTX
* XTT
* OTX
*/
else if (IsNorth() && IsSouth() && IsEast() && !IsWest() && !IsNorthEast() && !IsSouthEast())
{
_meshFilter.mesh = _tiles.Meshes[13];
MeshRot90();
}
//1 Side 2 corner, i[13]
/* XTO
* TTX
* XTO
*/
else if (IsNorth() && IsSouth() && IsWest() && !IsEast() && !IsNorthWest() && !IsSouthWest())
{
_meshFilter.mesh = _tiles.Meshes[13];
MeshRot90();
MeshFlipZ();
}
_myScript = null;
_meshFilter = null;
}
private static void UpdatePathTiles(ItemTile myScriptInc)
{
}
public static int TreasureValue(this ItemTile t)
=> t switch
{
//callback for handling data received from the server (client-side)
public void HandleReceivedData(object state)
{
PacketStream pkt = PopReceivedData();
pkt.Seek(1, System.IO.SeekOrigin.Begin);
//these have to be out of scope of the switch block
string uName;
string msg;
int dist, dir, newMapX, newMapY;
int mapX, mapY, mapNum, bactCount, admin;
switch (pkt.Action)
{
case ServerAction.ServerMessage:
if (AddChatMessage != null)
{
msg = "";
if (!pkt.GetString(ref msg))
{
break;
}
AddChatMessage(new ChatMessage {
Message = msg, Username = "******", UsernameColor = System.Drawing.Color.Yellow
});
}
break;
case ServerAction.ServerKick:
//match packet formatting. two bytes to prevent erroneous kicks
if ((ServerAction)pkt.Peek() == ServerAction.ServerKick)
{
World.GameState = GameState.PregameMenu;
//hacky workaround so that the game state changes on the other thread before the dialog is construted
// allows for the dialog to pop up once the game state changes properly and all the components are happy
Thread.Sleep(100);
Close(); //close first: we exit the game in UpdateErrorMessage if the client isn't connected
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Kicked from server by server.", "You were kicked!"));
}
}
break;
case ServerAction.ServerShutdown:
World.GameState = GameState.Login;
//hacky workaround so that the game state changes on the other thread before the dialog is construted
// allows for the dialog to pop up once the game state changes properly and all the components are happy
Thread.Sleep(100);
Close(); //close first: we exit the game in UpdateErrorMessage if the client isn't connected.
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("The game server has been shut down.", "Server shut down"));
}
break;
case ServerAction.ServerResponse:
if ((ServerErrorResponse)pkt.Peek() == ServerErrorResponse.Success)
{
if (World.GameState == GameState.Registering)
{
World.GameState = GameState.Login;
}
LastAction = true;
}
else
{
if (World.GameState == GameState.Registering)
{
World.GameState = GameState.Register;
}
else if (World.GameState == GameState.LoggingIn)
{
World.GameState = GameState.Login;
}
else
{
World.GameState = GameState.PregameMenu;
}
switch ((ServerErrorResponse)pkt.Peek())
{
//handle the errors
case ServerErrorResponse.AccountAlreadyExists:
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("The specified account already exists.", "Error creating account!"));
}
break;
case ServerErrorResponse.AccountCredentialMismatch:
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Mismatched username or password."));
}
break;
case ServerErrorResponse.AccountPasswordStrength:
pkt.Seek(1);
msg = "Password does not match requirement";
string custMsg = "";
if (!pkt.GetString(ref custMsg))
{
msg += ".";
}
else
{
msg += "s " + custMsg;
}
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs(msg, "Error creating account!"));
}
break;
case ServerErrorResponse.DataFormatError:
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Data was formatted improperly.", "Server error"));
}
break;
case ServerErrorResponse.InvalidAccessError:
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Access denied."));
}
break;
case ServerErrorResponse.ServerFatalError:
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Fatal server-side error.", "Server error"));
}
break;
case ServerErrorResponse.ServerTooManyClients:
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("The server has reached the connection limit. Try again later."));
}
break;
case ServerErrorResponse.SQLQueryError:
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("There was an error querying the database.", "Server error"));
}
break;
default:
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("The server returned an error.", "Server error"));
}
break;
}
LastAction = false;
}
response.Set();
break;
case ServerAction.ClientCollectItem:
uName = "";
int clientX = 0, clientY = 0;
if (!pkt.GetString(ref uName) || !pkt.GetInt(ref clientX) || !pkt.GetInt(ref clientY))
{
Console.WriteLine("Error getting data from server (collect)!");
break;
}
Tile iTile = World.CurrentMap.GetTile(clientX, clientY, LAYERS.Item);
if (iTile != null)
{
ItemTile itemTile = iTile as ItemTile;
if (itemTile.Type == ItemTileSpec.BACTERIA)
{
if (uName == UserName)
{
BacteriaCount += itemTile.Quantity;
}
World.CurrentMap.AddTile(
new Microsoft.Xna.Framework.Vector2(clientX, clientY),
LAYERS.Item,
new ItemTile(ItemTileSpec.NONE, clientX, clientY));
if (BacteriaCollect != null && uName == UserName)
{
BacteriaCollect(null, null);
}
}
}
break;
case ServerAction.Content:
byte type = 0;
int values = 0;
if (!pkt.GetByte(ref type) || !pkt.GetInt(ref values))
{
Console.WriteLine("Error getting data from server (content)!");
break;
}
ContentType contentType = (ContentType)type;
if (contentType == ContentType.Items)
{
for (int i = 0; i < values; i++)
{
int x = 0, y = 0, quantity = 0;
if (!pkt.GetByte(ref type) || !pkt.GetInt(ref x) || !pkt.GetInt(ref y) || !pkt.GetInt(ref quantity))
{
Console.WriteLine("Error getting data from server (content)!");
break;
}
ItemTile tile = new ItemTile(ItemTileSpec.BACTERIA, x, y, quantity);
World.CurrentMap.AddTile(new Microsoft.Xna.Framework.Vector2(x, y), LAYERS.Item, tile);
}
}
else if (contentType == ContentType.Players)
{
for (int i = 0; i < values; i++)
{
mapNum = mapX = mapY = admin = 0;
uName = "";
if (!pkt.GetInt(ref mapNum) || !pkt.GetInt(ref mapX) || !pkt.GetInt(ref mapY) || !pkt.GetString(ref uName) || !pkt.GetInt(ref admin))
{
Console.WriteLine("Error getting data from server (content)!");
break;
}
if (World.Players.Where(j => j.UserName == uName).Count() == 0)
{
Player newPlayer = new Player(uName, mapNum, mapX, mapY, admin);
newPlayer.FrontGraphicIndex = World.MainPlayer.FrontGraphicIndex;
newPlayer.BackGraphicIndex = World.MainPlayer.BackGraphicIndex;
newPlayer.LeftGraphicIndex = World.MainPlayer.LeftGraphicIndex;
newPlayer.RightGraphicIndex = World.MainPlayer.RightGraphicIndex;
newPlayer.CurrentGraphicIndex = newPlayer.FrontGraphicIndex;
World.Players.Add(newPlayer);
}
}
}
break;
case ServerAction.Walk:
uName = "";
dist = dir = newMapX = newMapY = 0;
int prevX = 0, prevY = 0;
if (!pkt.GetString(ref uName) || !pkt.GetInt(ref dir) || !pkt.GetInt(ref dist) || !pkt.GetInt(ref newMapX) || !pkt.GetInt(ref newMapY) || !pkt.GetInt(ref prevX) || !pkt.GetInt(ref prevY))
{
Console.WriteLine("Error getting data from server (walk)!");
break;
}
Player playerToMove;
string directionString = "";
if (uName != UserName)
{
int otherPlayerIndex;
if ((otherPlayerIndex = World.Players.FindIndex((Player other) => { return(other.UserName == uName); })) < 0)
{
//add the other player, manually set x/y
Player add = new Player(uName, CurrentMap, prevX, prevY, 0);
// Establish the graphic indices. For now, just set them to the same as the main player
add.FrontGraphicIndex = World.MainPlayer.FrontGraphicIndex;
add.BackGraphicIndex = World.MainPlayer.BackGraphicIndex;
add.LeftGraphicIndex = World.MainPlayer.LeftGraphicIndex;
add.RightGraphicIndex = World.MainPlayer.RightGraphicIndex;
add.CurrentGraphicIndex = add.FrontGraphicIndex;
World.Players.Add(add);
playerToMove = add;
directionString = ((Direction)dir).ToString();
}
else
{
//move the other player based on direction/dist if it exists in the collection
Direction direction = (Direction)dir;
playerToMove = World.Players[otherPlayerIndex];
directionString = direction.ToString();
}
if (Math.Abs(newMapX - playerToMove.X) > 1 || Math.Abs(newMapY - playerToMove.Y) > 1)
{
// Don't bother animating if we are too far away
playerToMove.X = newMapX;
playerToMove.Y = newMapY;
switch ((Direction)dir)
{
case Direction.Up:
playerToMove.CurrentGraphicIndex = playerToMove.BackGraphicIndex;
break;
case Direction.Down:
playerToMove.CurrentGraphicIndex = playerToMove.FrontGraphicIndex;
break;
case Direction.Left:
playerToMove.CurrentGraphicIndex = playerToMove.LeftGraphicIndex;
break;
case Direction.Right:
playerToMove.CurrentGraphicIndex = playerToMove.RightGraphicIndex;
break;
}
}
else
{
playerToMove.NextMoves.Enqueue((Keys)Enum.Parse(typeof(Keys), directionString));
}
}
else
{
Direction direction = (Direction)dir;
int correctedDistance = direction == Direction.Left || direction == Direction.Up ? dist * -1 : dist;
int newPosition = direction == Direction.Left || direction == Direction.Right ? X + correctedDistance : Y + correctedDistance;
if (CheckPosition(direction, newPosition))
{
StartMoving(direction, dist);
}
}
Console.Write("Player ");
Console.ForegroundColor = ConsoleColor.Cyan;
Console.Write(uName);
Console.ResetColor();
Console.WriteLine(" walked to [{0},{1}]", newMapX, newMapY);
break;
case ServerAction.WalkResponse:
Console.WriteLine("Player {0} unable to walk because of obstacle on server.", UserName);
break;
case ServerAction.ClientLogin:
uName = "";
newMapX = newMapY = admin = 0;
if (!pkt.GetString(ref uName) || !pkt.GetInt(ref newMapX) || !pkt.GetInt(ref newMapY) || !pkt.GetInt(ref admin))
{
World.GameState = GameState.PregameMenu;
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Error getting data from server (login)."));
}
break;
}
if (uName != World.MainPlayer.UserName)
{
int otherPlayerIndex;
if ((otherPlayerIndex = World.Players.FindIndex((Player other) => { return(other.UserName == uName); })) < 0)
{
//add the other player, manually set x/y
Player add = new Player(uName, CurrentMap, newMapX, newMapY, admin);
// Establish the graphic indices. For now, just set them to the same as the main player
add.FrontGraphicIndex = World.MainPlayer.FrontGraphicIndex;
add.BackGraphicIndex = World.MainPlayer.BackGraphicIndex;
add.LeftGraphicIndex = World.MainPlayer.LeftGraphicIndex;
add.RightGraphicIndex = World.MainPlayer.RightGraphicIndex;
add.CurrentGraphicIndex = add.FrontGraphicIndex;
World.Players.Add(add);
break;
}
}
World.GameState = GameState.PregameMenu;
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Unexpected login packet received."));
}
break;
case ServerAction.ClientLoginResponse:
uName = "";
mapX = mapY = mapNum = bactCount = admin = 0;
if (LoggedIn)
{
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Erroneous login response packet received!", "Unsupported game state!"));
}
break;
}
if (!pkt.GetString(ref uName) || !pkt.GetInt(ref mapNum) || !pkt.GetInt(ref mapX) || !pkt.GetInt(ref mapY) || !pkt.GetInt(ref bactCount) ||
!pkt.GetInt(ref admin))
{
World.GameState = GameState.PregameMenu;
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Error getting data from server (LoginResponse)"));
}
break;
}
Login(uName, mapNum, mapX, mapY, bactCount, admin);
LastAction = true;
response.Set();
if (World.GameState == GameState.LoggingIn)
{
World.GameState = GameState.InGame;
}
break;
case ServerAction.ClientLogout:
uName = "";
if (!pkt.GetString(ref uName))
{
World.GameState = GameState.PregameMenu;
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Error getting data from server (logout)."));
}
Logout();
break;
}
if (uName == UserName)
{
World.GameState = GameState.PregameMenu;
Logout();
}
else
{
World.Players.RemoveAll((Player x) => { return(x.UserName == uName); });
}
break;
case ServerAction.ClientSay:
uName = msg = "";
if (!pkt.GetString(ref uName) || !pkt.GetString(ref msg))
{
Console.WriteLine("Error getting data from server (say)!");
break;
}
bool isAdmin = World.Players.FindIndex((Player adminSearch) => { return(adminSearch.UserName == uName && adminSearch.AdminLevel > 0); }) >= 0;
System.Drawing.Color uNameColor = uName == UserName ? System.Drawing.Color.Blue : System.Drawing.Color.Cyan;
uNameColor = isAdmin ? System.Drawing.Color.Purple : uNameColor;
AddChatMessage(new ChatMessage
{
Message = msg,
MessageColor = System.Drawing.Color.White,
Username = uName,
UsernameColor = uNameColor
});
break;
case ServerAction.Warp:
uName = "";
mapNum = mapX = mapY = 0;
Player playa = null;
if (!pkt.GetString(ref uName) || !pkt.GetInt(ref mapNum) || !pkt.GetInt(ref mapX) || !pkt.GetInt(ref mapY))
{
Console.WriteLine("Error getting data from server (Warp)!");
break;
}
if (uName != UserName)
{
int otherPlayerIndex;
if ((otherPlayerIndex = World.Players.FindIndex((Player other) => { return(other.UserName == uName); })) < 0)
{
//add the other player, manually set x/y
Player add = new Player(uName, CurrentMap, mapX, mapY, 1);
// Establish the graphic indices. For now, just set them to the same as the main player
add.FrontGraphicIndex = World.MainPlayer.FrontGraphicIndex;
add.BackGraphicIndex = World.MainPlayer.BackGraphicIndex;
add.LeftGraphicIndex = World.MainPlayer.LeftGraphicIndex;
add.RightGraphicIndex = World.MainPlayer.RightGraphicIndex;
add.CurrentGraphicIndex = add.FrontGraphicIndex;
World.Players.Add(add);
break;
}
}
playa = World.Players.Find((Player p) => { return(uName == p.UserName); });
playa.CurrentMap = mapNum;
playa.X = mapX;
playa.Y = mapY;
break;
default:
World.GameState = GameState.PregameMenu;
if (UpdateErrorMessage != null)
{
UpdateErrorMessage(this, new UpdateArgs("Unhandled data received from server."));
}
break;
}
pendingResponse = false;
}
public void TranferItemData(ItemTile itemTile)
{
throw new NotImplementedException();
}
