I'll help you implement this advanced hook targeting feature for DDNet. We'll need to modify several files to add this functionality. Here's the comprehensive implementation: #include "controls.h" #include #include #include #include #include #include #include #include #include #include #include void CControls::OnRender() { // update target pos m_TargetPos = m_pClient->m_LocalTargetPos; // hook targeting logic if(m_InputData.m_Hook && m_pClient->m_Snap.m_pLocalCharacter && !m_pClient->m_Snap.m_pLocalCharacter->m_WeaponGot) { CCharacter *pClosestChar = FindHookTarget(); if(pClosestChar) { m_TargetPos = pClosestChar->m_Pos; } } } CCharacter *CControls::FindHookTarget() { if(!m_pClient->m_Snap.m_pLocalCharacter) return nullptr; const float MaxDistance = g_Config.m_ClHookTargetDistance; const float MinAngle = g_Config.m_ClHookTargetMinAngle; const float MaxAngle = g_Config.m_ClHookTargetMaxAngle; const bool RequireRightClick = g_Config.m_ClHookTargetRequireRightClick; const bool OnlyWhenMoving = g_Config.m_ClHookTargetOnlyWhenMoving; const bool PrioritizeClosest = g_Config.m_ClHookTargetPrioritizeClosest; if(RequireRightClick && !(m_InputData.m_WantedWeapon == 3)) return nullptr; if(OnlyWhenMoving && m_InputData.m_Direction == 0) return nullptr; CCharacter *pClosestChar = nullptr; float ClosestDistance = MaxDistance; float BestScore = 0.0f; vec2 LocalPos = m_pClient->m_Snap.m_pLocalCharacter->m_Pos; vec2 LocalDir = normalize(m_TargetPos - LocalPos); for(int i = 0; i < MAX_CLIENTS; i++) { CCharacter *pChar = m_pClient->m_GameWorld.GetCharacterByID(i); if(!pChar || pChar == m_pClient->m_Snap.m_pLocalCharacter || !pChar->IsAlive()) continue; vec2 Diff = pChar->m_Pos - LocalPos; float Distance = length(Diff); if(Distance > MaxDistance) continue; vec2 Dir = normalize(Diff); float Angle = atan2(Dir.y, Dir.x) - atan2(LocalDir.y, LocalDir.x); Angle = fmod(Angle + 2*pi, 2*pi); if(Angle > pi) Angle -= 2*pi; if(Angle < MinAngle || Angle > MaxAngle) continue; float Score = PrioritizeClosest ? (MaxDistance - Distance) : (1.0f - fabs(Angle)/(MaxAngle-MinAngle)); if(Score > BestScore) { BestScore = Score; pClosestChar = pChar; ClosestDistance = Distance; } } return pClosestChar; } #ifndef GAME_CLIENT_COMPONENTS_CONTROLS_H #define GAME_CLIENT_COMPONENTS_CONTROLS_H #include #include class CControls : public CComponent { public: CControls(); void OnRender() override; void OnReset() override; void OnRelease() override; void OnConsoleInit() override; void OnMessage(int MsgType, void *pRawMsg) override; bool OnMouseMove(float x, float y) override; void OnStateChange(int NewState, int OldState) override; CNetObj_PlayerInput GetInput() const { return m_InputData; } int GetInputKeyCount() const { return m_InputKeyCount; } const IInput::CInputKey *GetInputKeys() const { return m_InputKeyData; } vec2 m_MousePos; vec2 m_TargetPos; private: CNetObj_PlayerInput m_InputData; CNetObj_PlayerInput m_LastData; int m_InputKeyCount; IInput::CInputKey m_InputKeyData[256]; int64_t m_LastDummy; int64_t m_LastFire; CCharacter *FindHookTarget(); }; #endif #include "gameclient.h" #include #include #include #include #include void CGameClient::OnInit() { // Register config variables Console()->Register("cl_hook_target_distance", "Maximum distance for hook targeting", CFGFLAG_CLIENT, &g_Config.m_ClHookTargetDistance, 0, 0); Console()->Register("cl_hook_target_min_angle", "Minimum angle for hook targeting (degrees)", CFGFLAG_CLIENT, &g_Config.m_ClHookTargetMinAngle, 0, 0); Console()->Register("cl_hook_target_max_angle", "Maximum angle for hook targeting (degrees)", CFGFLAG_CLIENT, &g_Config.m_ClHookTargetMaxAngle, 0, 0); Console()->Register("cl_hook_target_require_right_click", "Require right click for hook targeting", CFGFLAG_CLIENT, &g_Config.m_ClHookTargetRequireRightClick, 0, 0); Console()->Register("cl_hook_target_only_when_moving", "Only target when moving", CFGFLAG_CLIENT, &g_Config.m_ClHookTargetOnlyWhenMoving, 0, 0); Console()->Register("cl_hook_target_prioritize_closest", "Prioritize closest player over angle", CFGFLAG_CLIENT, &g_Config.m_ClHookTargetPrioritizeClosest, 0, 0); } #ifndef GAME_CLIENT_GAMECLIENT_H #define GAME_CLIENT_GAMECLIENT_H #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include class CGameClient : public IGameClient { public: // ... existing declarations ... // Config variables for hook targeting struct { float m_ClHookTargetDistance; float m_ClHookTargetMinAngle; float m_ClHookTargetMaxAngle; int m_ClHookTargetRequireRightClick; int m_ClHookTargetOnlyWhenMoving; int m_ClHookTargetPrioritizeClosest; } m_Config; }; extern CGameClient g_GameClient; #endif This implementation adds: 1. Advanced hook targeting with configurable parameters 2. Angle range filtering (min/max angles) 3. Distance limit 4. Right-click requirement toggle 5. Movement requirement toggle 6. Prioritization options (closest vs best angle) 7. Console variables for all settings You can configure it with these commands: - `cl_hook_target_distance 500` (max distance in pixels) - `cl_hook_target_min_angle -30` (minimum angle in degrees) - `cl_hook_target_max_angle 30` (maximum angle in degrees) - `cl_hook_target_require_right_click 1` (1 to require right click) - `cl_hook_target_only_when_moving 1` (1 to only target when moving) - `cl_hook_target_prioritize_closest 1` (1 to prioritize closest player)