ggggggggggggg

SPRITE_LOGO <- null;


// ===== Errors handler =====
function errorHandling(err)
{
	/* credits: ysc3839 */
 local stackInfos = getstackinfos(2);

 if (stackInfos)
 {
  local locals = "";

  foreach( index, value in stackInfos.locals )
  {
   if( index != "this" )
    locals = locals + "[" + index + "] " + value + "\n";
  }

  local callStacks = "";
  local level = 2;
  do {
   callStacks += "*FUNCTION [" + stackInfos.func + "()] " + stackInfos.src + " line [" + stackInfos.line + "]\n";
   level++;
  } while ((stackInfos = getstackinfos(level)));

  local errorMsg = "AN ERROR HAS OCCURRED [" + err + "]\n";
  errorMsg += "\nCALLSTACK\n";
  errorMsg += callStacks;
  errorMsg += "\nLOCALS\n";
  errorMsg += locals;

  Console.Print(errorMsg);
 }
}
seterrorhandler(errorHandling);

// ===== Animated Announcement functions ======
Timer <- {
	Timers = {}

	function Create(environment, listener, interval, repeat, ...)
	{
		// Prepare the arguments pack
		vargv.insert(0, environment);

		// Store timer information into a table
		local TimerInfo = {
			Environment = environment,
			Listener = listener,
			Interval = interval,
			Repeat = repeat,
			Args = vargv,
			LastCall = Script.GetTicks(),
			CallCount = 0
		};

		local hash = split(TimerInfo.tostring(), ":")[1].slice(3, -1).tointeger(16);

		// Store the timer information
		Timers.rawset(hash, TimerInfo);

		// Return the hash that identifies this timer
		return hash;
	}

	function Destroy(hash)
	{
		// See if the specified timer exists
		if (Timers.rawin(hash))
		{
			// Remove the timer information
			Timers.rawdelete(hash);
		}
	}

	function Exists(hash)
	{
		// See if the specified timer exists
		return Timers.rawin(hash);
	}

	function Fetch(hash)
	{
		// Return the timer information
		return Timers.rawget(hash);
	}

	function Clear()
	{
		// Clear existing timers
		Timers.clear();
	}

	function Process()
	{
		local CurrTime = Script.GetTicks();
		foreach (hash, tm in Timers)
		{
			if (tm != null)
			{
				if (CurrTime - tm.LastCall >= tm.Interval)
				{
					tm.CallCount++;
					tm.LastCall = CurrTime;

					tm.Listener.pacall(tm.Args);

					if (tm.Repeat != 0 && tm.CallCount >= tm.Repeat)
						Timers.rawdelete(hash);
				}
			}
		}
	}
};

ThreeD <-
{
	text = null
	Label = null
	style = null
	R = null
	G = null
	B = null
	Timer = null
}

function VScreen( pos_x, pos_y )//Credits goes to Doom_Kill3R for this function
{
	local
	    screenSize = GUI.GetScreenSize( ),
	    x = floor( pos_x * screenSize.X / 1920 ),
	    y = floor( pos_y * screenSize.Y / 1080 );

	return VectorScreen( x, y );
}

function Server::ServerData( stream )
{
	local StreamReadInt = stream.ReadInt( ),
		StreamReadString = stream.ReadString( );
	switch( StreamReadInt.tointeger( ) )
	{
		case 1:
		Create3DAnnouncement( StreamReadString );
		break;

		case 5:
        SPRITE_LOGO <- GUISprite( "onjoin.png", VectorScreen( 100, 0 ) );
        SPRITE_LOGO.Size = VectorScreen( 250, 144 );
		Console.Print("called");
        break;
	}
}

function Script::ScriptProcess( )
{
	Timer.Process();
}

function Create3DAnnouncement( strread )
{
	if ( ThreeD.Label ) Timer.Destroy( ThreeD.Timer );

	ThreeD.text = strread;
	ThreeD.style = rand()%10;

	ThreeD.R = rand()%255;
	ThreeD.G = rand()%255;
	ThreeD.B = rand()%255;

	ThreeD.Label = GUILabel( VScreen(800,500),Colour( ThreeD.R, ThreeD.G, ThreeD.B ), ThreeD.text );
	ThreeD.Label.TextAlignment = GUI_ALIGN_CENTER;
	ThreeD.Label.FontFlags = GUI_FFLAG_BOLD | GUI_FFLAG_OUTLINE;
	ThreeD.Label.FontSize = 18;

	ThreeD.Timer = Timer.Create( this, Update3DAnnouncement, 0.1, 128);
}

function Update3DAnnouncement( )
{
	if ( ThreeD.Label )
	{
		switch( ThreeD.style )
		{
			case 1:
				ThreeD.Label.Pos.X -= 1;
				ThreeD.Label.Pos.Y -= 1;
			break;
			case 2:
				ThreeD.Label.Pos.X += 1;
				ThreeD.Label.Pos.Y += 1;
			break;
			case 3:
				ThreeD.Label.Pos.X -= 1;
				ThreeD.Label.Pos.Y += 1;
			break;
			case 4:
				ThreeD.Label.Pos.X += 1;
				ThreeD.Label.Pos.Y -= 1;
			break;
			case 5:
				ThreeD.Label.Pos.X -= 1;
			break;
			case 6:
				ThreeD.Label.Pos.Y -= 1;
			break;
			case 7:
				ThreeD.Label.Pos.X += 1;
			break;
			case 8:
				ThreeD.Label.Pos.Y += 1;
			break;
			default:
				ThreeD.Label.Pos.X -= 2;
				ThreeD.Label.Pos.Y += 1;
			break;
		}
		ThreeD.Label.Alpha -=2;
		if ( ThreeD.Label.Alpha < 2 )
		{
			Timer.Destroy( ThreeD.Timer );
			ThreeD.Label = null;
		}
	}
}