fluffytw

fluffytw is a base for Teeworlds hacking.

Installation

Before you start, make sure to clone the DDNet repository.

# do this inside DDNet main directory
cd src/game/client
git submodule add https://github.com/fluffysnaff/fluffytw.git

Add this to CMakeLists.txt:

add_subdirectory(src/game/client/fluffytw)

It should be placed before:

set(CLIENT_SRC ${ENGINE_CLIENT} ${PLATFORM_CLIENT} ${GAME_CLIENT} ${GAME_EDITOR} ${GAME_GENERATED_CLIENT})

Initialization

Inside gameclient.cpp add this:

#include <memory.h>
#include "fluffytw/f_config.h"
#include "fluffytw/f_helper.h"
std::unique_ptr<FHelper> fHelper;
std::unique_ptr<FConfig> fConfig;

Now add this code to void CGameClient::OnConsoleInit():

void CGameClient::OnConsoleInit()
{
	// ...
	fHelper = std::make_unique<FHelper>(this);
	fConfig = std::make_unique<FConfig>();
	// ...
}

Usage

1. Visuals
   Inside players.cpp include:

   #include "game/client/fluffytw/f_config.h"
   #include "game/client/fluffytw/f_helper.h"

   Then in RenderPlayer() add:

   // ...
   fConfig->espCfg.enabled = g_Config.m_ClEspEnable; // This is an example
   fHelper->m_pVisuals->Run(ClientID, Angle, Position); // Make sure to call this

2. Helper
   Add this in CColision class:

   // inside collision.h
   public:
       // ...
       CTile *GetTiles() const { return m_pTiles; }

3. Bots
   Inside controls.cpp include:

   #include "game/client/fluffytw/f_helper.h"
   #include "game/client/fluffytw/f_config.h"

   Then in SnapInput(); add:

   // ...
   fConfig->aimbotCfg.enabled = false; // Set what variables you need using fConfig
   fHelper->m_pBots->Run();
   // ...

   It should be placed after:

   if(!m_aInputDirectionLeft[g_Config.m_ClDummy] && m_aInputDirectionRight[g_Config.m_ClDummy])
   	m_aInputData[g_Config.m_ClDummy].m_Direction = 1;

Possible problems

1. If something isn't working, make sure that configs are setup right and everything is executing.
2. Aimbot isn't working - Debug it. For example set m_CanAim always to true and see if it works.

Showcase

1. Hitpoint scan
2. Hook prediction & Without hook prediction