public BaseGameRoom(ClientTCP client, int playersCount, int mapIndex = 0)
{
// Total number of players that can be in one room
PlayersCount = playersCount;
expectant = new object();
RoomType();
// Create lists of Players (TCP, UDP and struct contains player's game parameters)
playersTCP = new ClientTCP[playersCount];
playersUDP = new GamePlayerUDP[playersCount];
roomPlayers = new RoomPlayer[playersCount];
//Create list of dynamic objects
dynamicObjectsList = new DynamicObjectList(this);
//Create list of static objects
staticObjectsList = new StaticObjectList();
//Randomize mapIndex if it's not specified
_mapIndex = mapIndex == 0 ? new Random().Next(1, Constants.MAPS_COUNT) : mapIndex;
//Default room status
Status = RoomState.Searching;
// Load indicators
_loadedTCP = new bool[playersCount];
_loadedUDP = new bool[playersCount];
// Get Map
map = Global.data.GetMap(_mapIndex);
//Create randomizer
randomer = new ArenaRandomGenerator(map);
// Adds player to the room
AddPlayer(client);
}
public bool AddPlayer(ClientTCP client)
{
lock (expectant)
{
for (int i = 0; i < PlayersCount; i++)
{
if (playersTCP[i] == null)
{
playersTCP[i] = client;
client.EnterRoom(this, playersUDP[i] = new GamePlayerUDP(client.ip, i, this), i);
roomPlayers[i] = new RoomPlayer(
i,
ObjectType.player,
1000,
1000,
new float[] {
map.SpawnPoints.ToArray()[i].PositionX,
0.5f,
map.SpawnPoints.ToArray()[i].PositionY,
},
new float[] {
map.SpawnPoints.ToArray()[i].RotationX,
map.SpawnPoints.ToArray()[i].RotationY,
map.SpawnPoints.ToArray()[i].RotationZ,
map.SpawnPoints.ToArray()[i].RotationW
}
); // You can create it when player starts queue using params from database
if (PlayersCount == playersTCP.Count(c => c != null))
{
StartLoad();
}
return(true);
}
}
return(false);
}
}