Fivem Aimbot Source Kodu

dancin

dancin

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#pragma once

#include "../classes.hpp"
#include "../settings.hpp"
#include "../encryptfunction.hpp"

bool NeedToDisable = false;
bool IsDisabled = false;
bool IsOnFOV = false;

bool shooting = false;
bool isonscreen(ImVec2 coords) {
if (coords.x < 0.1f || coords.y < 0.1 || coords.x > ImGui::GetIO( ).DisplaySize.x || coords.y > ImGui::GetIO( ).DisplaySize.y) {
return false;
} else {
return true;
}
}

namespace aimbot {

uintptr_t GetDistancePlayer( ) {
uintptr_t ClosestPlayer = 0;
float closestdist = FLT_MAX;
float dist;
hk_World* World = (hk_World*)*(uint64_t*)(FiveM::World);
if (!World)
return NULL;

hk_Ped* LocalPlayer = World->LocalPlayer( );
if (!LocalPlayer)
return NULL;

hk_ReplayInterface* ReplayInterface = (hk_ReplayInterface*)*(uint64_t*)(FiveM::ReplayInterface);
if (!ReplayInterface)
return NULL;

hk_PedInterface* PedInterface = ReplayInterface->PedInterface( );
if (!PedInterface)
return NULL;

for (int index = 0; index < PedInterface->PedMaximum( ); index++) {
hk_Ped* Peds = PedInterface->PedList( )->Ped(index);
if (!Peds)
continue;
if (!settings::visuals::aim_dead) {
if (Peds->GetHealth( ) <= 0)
continue;
}
bool IsPed = false;

auto ped_type = Peds->GetPedType( );

if (!ped_type)
continue;
ped_type = ped_type << 11 >> 25;

if (ped_type != 2)
IsPed = true;

if (!settings::aimbot::ignore_peds)
if (IsPed)
continue;
if (Peds == LocalPlayer)
continue;

Vector3 DistanceCalculation = (LocalPlayer->GetCoordinate( ) - Peds->GetCoordinate( ));
double Distance = sqrtf(DistanceCalculation.x * DistanceCalculation.x + DistanceCalculation.y * DistanceCalculation.y + DistanceCalculation.z * DistanceCalculation.z);
void* m_net_player_data = (void*)(Peds->PlayerInfo( ) + 0x20);


auto it = std::find(FiveM::Friend.begin( ), FiveM::Friend.end( ), FiveM::getpname(m_net_player_data));
if (it != FiveM::Friend.end( ))
continue;

if (Distance <= settings::aimbot::aimbot_distance) {

ImVec2 PedPos = FiveM::WorldToScreen(Peds->GetCoordinate( ));

ImVec2 Head = FiveM::GetBonePosMatrixW2S(reinterpret_cast<uint64_t>(Peds), 0);
if (!IsOnScreen(Head))
continue;

ImVec2 middle = ImVec2(FiveM::WindowSize.x / 2, FiveM::WindowSize.y / 2);
dist = FiveM::pythag(middle, Head);
if (dist < closestdist) {
{
closestdist = dist;
ClosestPlayer = reinterpret_cast<uint64_t>(Peds);
}
}
}
}
return ClosestPlayer;
}

void AimVec(Vector3 point) {
DWORD64 addr = FiveM::GetCamera( );
if (addr) {

Vector3 CrosshairPos = *(Vector3*)(addr + 0x60);
Vector3 caca(CrosshairPos.x - point.x, CrosshairPos.y - point.y, CrosshairPos.z - point.z);
float distance = caca.Length( );

uint64_t CamData = *(DWORD64*)(addr + 0x10);
if (CamData != NULL) {
if (*(float*)(CamData + 0x130) == 8.0f) {
*(float*)(CamData + 0x130) = 111.0f;
*(float*)(CamData + 0x134) = 111.0f;
*(float*)(CamData + 0x4CC) = 0.0f;

if (*(float*)(CamData + 0x49C) == 1.0f)
*(float*)(CamData + 0x49C) = 0.0f;

*(float*)(CamData + 0x2AC) = 0.0f;
*(float*)(CamData + 0x2B0) = 0.0f;
}
}

float threshold = 0.5f / (settings::aimbot::aimbot_smooth * 20);
Vector3 Out = Vector3((point.x - CrosshairPos.x) / distance, (point.y - CrosshairPos.y) / distance, (point.z - CrosshairPos.z) / distance);

if (settings::aimbot::aimbot_smooth <= 1) {
*(Vector3*)(addr + 0x40) = Out; // FPS
*(Vector3*)(addr + 0x3D0) = Out; // TPS
} else {
// First Person
{
Vector3 angles = *(Vector3*)(addr + 0x40);
if (((Out.x - angles.x) > threshold) || ((angles.x - Out.x) > threshold)) {
if (angles.x > Out.x)
*(float*)(addr + 0x40 + 0x0) -= threshold;
else if (angles.x < Out.x)
*(float*)(addr + 0x40 + 0x0) += threshold;
}
if (((Out.y - angles.y) > threshold) || ((angles.y - Out.y) > threshold)) {
if (angles.y > Out.y)
*(float*)(addr + 0x40 + 0x4) -= threshold;
else if (angles.y < Out.y)
*(float*)(addr + 0x40 + 0x4) += threshold;
}
if (((Out.z - angles.z) > threshold) || ((angles.z - Out.z) > threshold)) {
if (angles.z > Out.z)
*(float*)(addr + 0x40 + 0x8) -= threshold;
else if (angles.z < Out.z)
*(float*)(addr + 0x40 + 0x8) += threshold;
}
}
// Third Person
{
Vector3 angles = *(Vector3*)(addr + 0x3D0);
if (((Out.x - angles.x) > threshold) || ((angles.x - Out.x) > threshold)) {
if (angles.x > Out.x)
*(float*)(addr + 0x3D0 + 0x0) -= threshold;
else if (angles.x < Out.x)
*(float*)(addr + 0x3D0 + 0x0) += threshold;
}
if (((Out.y - angles.y) > threshold) || ((angles.y - Out.y) > threshold)) {
if (angles.y > Out.y)
*(float*)(addr + 0x3D0 + 0x4) -= threshold;
else if (angles.y < Out.y)
*(float*)(addr + 0x3D0 + 0x4) += threshold;
}
if (((Out.z - angles.z) > threshold) || ((angles.z - Out.z) > threshold)) {
if (angles.z > Out.z)
*(float*)(addr + 0x3D0 + 0x8) -= threshold;
else if (angles.z < Out.z)
*(float*)(addr + 0x3D0 + 0x8) += threshold;
}
/*
if (settings::visuals::preview_target) {

if (settings::visuals::preview_style == 0) {

ImGui::GetBackgroundDrawList( )->AddCircle(ImVec2(bone_pos.x, bone_pos.y), 2, settings::visuals::preview_target_colors, 100);
}

if (settings::visuals::preview_style == 1) {

ImGui::GetBackgroundDrawList( )->AddLine(ImVec2(FiveM::WindowSize.x / 2, FiveM::WindowSize.y / 2), ImVec2(bone_pos.x, bone_pos.y), settings::visuals::preview_target_colors);
}

if (settings::visuals::preview_style == 2) {

ImGui::GetBackgroundDrawList( )->AddCircle(ImVec2(bone_pos.x, bone_pos.y), 2, settings::visuals::preview_target_colors, 100);

ImGui::GetBackgroundDrawList( )->AddLine(ImVec2(FiveM::WindowSize.x / 2, FiveM::WindowSize.y / 2), ImVec2(bone_pos.x, bone_pos.y), settings::visuals::preview_target_colors);
}
}*/
}
}
}
}

void AimVector(Vector3 point)
{
// CPedFactory* g_pedFactory = (CPedFactory*)*(DWORD64*)(g_pattern->g_worldFactory);


// CPed* LocalPlayer = g_pedFactory->m_local_ped();

// auto draw_list = ImGui::GetBackgroundDrawList();
DWORD64 addr = FiveM::GetCamera();
if (addr)
{
Vector3 CrosshairPos = *(Vector3*)(addr + 0x60);
Vector3 caca(CrosshairPos.x - point.x, CrosshairPos.y - point.y, CrosshairPos.z - point.z);
float distance = caca.Length();

__try
{
DWORD64 camParams = *(DWORD64*)(addr + 0x10);
if (false)
{
if (*(float*)(camParams + 0x2AC) == -2)
{
*(float*)(camParams + 0x2AC) = 0.0f;
*(float*)(camParams + 0x2C0) = 111.0f;
*(float*)(camParams + 0x2C4) = 111.0f;
}
}
else
{
if (*(float*)(camParams + 0x130) == 8.0f)
{
*(float*)(camParams + 0x130) = 111.0f; //def 8.0f
*(float*)(camParams + 0x134) = 111.0f; //def 10.0f
*(float*)(camParams + 0x4CC) = 0.0f; //def 4.0f

if (*(float*)(camParams + 0x49C) == 1.0f)
*(float*)(camParams + 0x49C) = 0.0f; //def 1.0f

*(float*)(camParams + 0x2AC) = 0.0f; //def -3.0f
*(float*)(camParams + 0x2B0) = 0.0f; //def -8.0f
}
}
}
__except ((GetExceptionCode() == EXCEPTION_ACCESS_VIOLATION) ? EXCEPTION_EXECUTE_HANDLER : EXCEPTION_CONTINUE_SEARCH) {}






int smooth = settings::aimbot::aimbot_smooth;


float threshold = 0.5f / (settings::aimbot::aimbot_smooth * 20);
Vector3 Output = Vector3((point.x - CrosshairPos.x) / distance, (point.y - CrosshairPos.y) / distance, (point.z - CrosshairPos.z) / distance);

if (settings::aimbot::aimbot_type == 0)
{
*(Vector3*)(addr + 0x40) = Output; //FPS
*(Vector3*)(addr + 0x3D0) = Output; //TPS
}
else
{
if (smooth <= 1)
{
if (settings::aimbot::aimbot_type == 1)
{
*(Vector3*)(addr + 0x40) = Output; //FPS
*(Vector3*)(addr + 0x3D0) = Output; //TPS
}
else if (settings::aimbot::aimbot_type == 2)
{
*(Vector2*)(addr + 0x40) = Vector2(Output.x, Output.y); //FPS
*(Vector2*)(addr + 0x3D0) = Vector2(Output.x, Output.y); //TPS
}
}
else
{
{
Vector3 angles = *(Vector3*)(addr + 0x40);
if (((Output.x - angles.x) > threshold) || ((angles.x - Output.x) > threshold))
{
if (angles.x > Output.x)
*(float*)(addr + 0x40 + 0x0) -= threshold;
else if (angles.x < Output.x)
*(float*)(addr + 0x40 + 0x0) += threshold;
}
if (((Output.y - angles.y) > threshold) || ((angles.y - Output.y) > threshold))
{
if (angles.y > Output.y)
*(float*)(addr + 0x40 + 0x4) -= threshold;
else if (angles.y < Output.y)
*(float*)(addr + 0x40 + 0x4) += threshold;
}
if (((Output.z - angles.z) > threshold) || ((angles.z - Output.z) > threshold))
{
if (angles.z > Output.z)
*(float*)(addr + 0x40 + 0x8) -= threshold;
else if (angles.z < Output.z)
*(float*)(addr + 0x40 + 0x8) += threshold;
}
}
{
Vector3 angles = *(Vector3*)(addr + 0x3D0);
if (((Output.x - angles.x) > threshold) || ((angles.x - Output.x) > threshold))
{
if (angles.x > Output.x)
*(float*)(addr + 0x3D0 + 0x0) -= threshold;
else if (angles.x < Output.x)
*(float*)(addr + 0x3D0 + 0x0) += threshold;
}
if (((Output.y - angles.y) > threshold) || ((angles.y - Output.y) > threshold))
{
if (angles.y > Output.y)
*(float*)(addr + 0x3D0 + 0x4) -= threshold;
else if (angles.y < Output.y)
*(float*)(addr + 0x3D0 + 0x4) += threshold;
}
if (((Output.z - angles.z) > threshold) || ((angles.z - Output.z) > threshold))
{
if (angles.z > Output.z)
*(float*)(addr + 0x3D0 + 0x8) -= threshold;
else if (angles.z < Output.z)
*(float*)(addr + 0x3D0 + 0x8) += threshold;
}
}
}
}


}
}

void hook(void) {


if (settings::aimbot::TriggerBot)
{
int fov = 0;
auto get_distance = [](double x1, double y1, double x2, double y2) {
return sqrtf(pow(x2 - x1, 2.0) + pow(y2 - y1, 2.0));
};

uintptr_t entity = GetDistancePlayer();
if (!entity)
return;

auto bone_pos = FiveM::GetBonePosMatrix(entity, 0);
ImVec2 screen = FiveM::WorldToScreen(bone_pos);




auto center_x = FiveM::WindowSize.x / 2;
auto center_y = FiveM::WindowSize.y / 2;
auto fov1 = get_distance(center_x, center_y, screen.x, screen.y);

float TargetX = 0;
float TargetY = 0;
const float max_speed = 1000.f;

if (screen.x != 0) {
if (screen.x > center_x) {
TargetX = -(center_x - screen.x);
TargetX /= settings::aimbot::aimbot_smooth;
if (TargetX + center_x > center_x * 2) TargetX = 0;
}

else if (screen.x < center_x) {
TargetX = screen.x - center_x;
TargetX /= settings::aimbot::aimbot_smooth;
if (TargetX + center_x < 0) TargetX = 0;
}

if (TargetX > max_speed) TargetX = max_speed;
else if (TargetX < -max_speed) TargetX = -max_speed;
}

if (screen.y != 0) {
if (screen.y > center_y) {
TargetY = -(center_y - screen.y);
TargetY /= settings::aimbot::aimbot_smooth;
if (TargetY + center_y > center_y * 2) TargetY = 0;
}

else if (screen.y < center_y) {
TargetY = screen.y - center_y;
TargetY /= settings::aimbot::aimbot_smooth;
if (TargetY + center_y < 0) TargetY = 0;
}
if (TargetY > max_speed) TargetY = max_speed;
else if (TargetY < -max_speed) TargetY = -max_speed;
}

const float distance_threshold = 1.0f;
if (fov1 < distance_threshold)
{
// Simulate left mouse button down event to shoot
mouse_event(MOUSEEVENTF_LEFTDOWN, 0, 0, 0, 0);
mouse_event(MOUSEEVENTF_LEFTUP, 0, 0, 0, 0);
}
else
{

}
}

if (settings::aimbot::enabled) {

if (SAFE_CALL(GetAsyncKeyState)(settings::aimbot::hotkey) & 0x8000) {
uintptr_t entity = GetDistancePlayer( );
if (!entity)
return;
if (settings::aimbot::aimbot_type == 1) {
auto get_distance = [](double x1, double y1, double x2, double y2) {
return sqrtf(pow(x2 - x1, 2.0) + pow(y2 - y1, 2.0));
};

auto center_x = FiveM::WindowSize.x / 2;
auto center_y = FiveM::WindowSize.y / 2;

auto bone_pos = FiveM::GetBonePosMatrix(entity, 0);

switch (settings::aimbot::aimbot_bone) {
case 1:
bone_pos = FiveM::GetBonePosMatrix(entity, 7);
break;
case 2:
bone_pos = FiveM::GetBonePosMatrix(entity, 8);
break;
case 3:
bone_pos = FiveM::GetBonePosMatrix(entity, 1);
break;
}

ImVec2 screen = FiveM::WorldToScreen(bone_pos);

auto fov = get_distance(center_x, center_y, screen.x, screen.y);

if (fov < settings::aimbot::aimbot_fov * 10) {

// AimVec(bone_pos);
AimVector(bone_pos);
}
}

// else if (settings::aimbot::aimbot_type == 3) {

// uintptr_t entity = GetDistancePlayer( );
// if (!entity)
// return;
// auto bone_pos = FiveM::GetBonePosMatrix(entity, 0);

// switch (settings::aimbot::aimbot_bone) {
// case 0:
// // bone_pos = FiveM::GetBonePosW2S(entity, SKEL_Head);
// break;
// case 1:
// bone_pos = FiveM::GetBonePosMatrix(entity, 7);
// break;
// case 2:
// bone_pos = FiveM::GetBonePosMatrix(entity, 8);
// break;
// case 3:
// bone_pos = FiveM::GetBonePosMatrix(entity, 1);
// break;
// case 4:
// bone_pos = FiveM::GetBonePosMatrix(entity, 2);
// break;
// case 5:
// bone_pos = FiveM::GetBonePosMatrix(entity, 5);
// break;
// case 6:
// bone_pos = FiveM::GetBonePosMatrix(entity, 6);
// break;
// }

// hk_World* World = (hk_World*)*(uint64_t*)(FiveM::World);

// hk_Ped* LocalPlayer = World->LocalPlayer( );
// if (LocalPlayer) {
// hk_WeaponManager* Weapon = LocalPlayer->WeaponManager( );
// Weapon->SetWeaponCoordinate(bone_pos);
// }
//}
}
}
}
} // namespace aimbot
 
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dancin

dancin

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emojiler yerine : p (boşluksuz) var
 
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Kod paylaşmak için bu seçeneği kullanabilirsiniz, hem daha şık hem de pratik efendim.

Ekran görüntüsü 2024-12-18 203213.png
 
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dancin' Alıntı:
#pragma once

#include "../classes.hpp"
#include "../settings.hpp"
#include "../encryptfunction.hpp"

bool NeedToDisable = false;
bool IsDisabled = false;
bool IsOnFOV = false;

bool shooting = false;
bool isonscreen(ImVec2 coords) {
if (coords.x < 0.1f || coords.y < 0.1 || coords.x > ImGui::GetIO( ).DisplaySize.x || coords.y > ImGui::GetIO( ).DisplaySize.y) {
return false;
} else {
return true;
}
}

namespace aimbot {

uintptr_t GetDistancePlayer( ) {
uintptr_t ClosestPlayer = 0;
float closestdist = FLT_MAX;
float dist;
hk_World* World = (hk_World*)*(uint64_t*)(FiveM::World);
if (!World)
return NULL;

hk_Ped* LocalPlayer = World->LocalPlayer( );
if (!LocalPlayer)
return NULL;

hk_ReplayInterface* ReplayInterface = (hk_ReplayInterface*)*(uint64_t*)(FiveM::ReplayInterface);
if (!ReplayInterface)
return NULL;

hk_PedInterface* PedInterface = ReplayInterface->PedInterface( );
if (!PedInterface)
return NULL;

for (int index = 0; index < PedInterface->PedMaximum( ); index++) {
hk_Ped* Peds = PedInterface->PedList( )->Ped(index);
if (!Peds)
continue;
if (!settings::visuals::aim_dead) {
if (Peds->GetHealth( ) <= 0)
continue;
}
bool IsPed = false;

auto ped_type = Peds->GetPedType( );

if (!ped_type)
continue;
ped_type = ped_type << 11 >> 25;

if (ped_type != 2)
IsPed = true;

if (!settings::aimbot::ignore_peds)
if (IsPed)
continue;
if (Peds == LocalPlayer)
continue;

Vector3 DistanceCalculation = (LocalPlayer->GetCoordinate( ) - Peds->GetCoordinate( ));
double Distance = sqrtf(DistanceCalculation.x * DistanceCalculation.x + DistanceCalculation.y * DistanceCalculation.y + DistanceCalculation.z * DistanceCalculation.z);
void* m_net_player_data = (void*)(Peds->PlayerInfo( ) + 0x20);


auto it = std::find(FiveM::Friend.begin( ), FiveM::Friend.end( ), FiveM::getpname(m_net_player_data));
if (it != FiveM::Friend.end( ))
continue;

if (Distance <= settings::aimbot::aimbot_distance) {

ImVec2 PedPos = FiveM::WorldToScreen(Peds->GetCoordinate( ));

ImVec2 Head = FiveM::GetBonePosMatrixW2S(reinterpret_cast<uint64_t>(Peds), 0);
if (!IsOnScreen(Head))
continue;

ImVec2 middle = ImVec2(FiveM::WindowSize.x / 2, FiveM::WindowSize.y / 2);
dist = FiveM::pythag(middle, Head);
if (dist < closestdist) {
{
closestdist = dist;
ClosestPlayer = reinterpret_cast<uint64_t>(Peds);
}
}
}
}
return ClosestPlayer;
}

void AimVec(Vector3 point) {
DWORD64 addr = FiveM::GetCamera( );
if (addr) {

Vector3 CrosshairPos = *(Vector3*)(addr + 0x60);
Vector3 caca(CrosshairPos.x - point.x, CrosshairPos.y - point.y, CrosshairPos.z - point.z);
float distance = caca.Length( );

uint64_t CamData = *(DWORD64*)(addr + 0x10);
if (CamData != NULL) {
if (*(float*)(CamData + 0x130) == 8.0f) {
*(float*)(CamData + 0x130) = 111.0f;
*(float*)(CamData + 0x134) = 111.0f;
*(float*)(CamData + 0x4CC) = 0.0f;

if (*(float*)(CamData + 0x49C) == 1.0f)
*(float*)(CamData + 0x49C) = 0.0f;

*(float*)(CamData + 0x2AC) = 0.0f;
*(float*)(CamData + 0x2B0) = 0.0f;
}
}

float threshold = 0.5f / (settings::aimbot::aimbot_smooth * 20);
Vector3 Out = Vector3((point.x - CrosshairPos.x) / distance, (point.y - CrosshairPos.y) / distance, (point.z - CrosshairPos.z) / distance);

if (settings::aimbot::aimbot_smooth <= 1) {
*(Vector3*)(addr + 0x40) = Out; // FPS
*(Vector3*)(addr + 0x3D0) = Out; // TPS
} else {
// First Person
{
Vector3 angles = *(Vector3*)(addr + 0x40);
if (((Out.x - angles.x) > threshold) || ((angles.x - Out.x) > threshold)) {
if (angles.x > Out.x)
*(float*)(addr + 0x40 + 0x0) -= threshold;
else if (angles.x < Out.x)
*(float*)(addr + 0x40 + 0x0) += threshold;
}
if (((Out.y - angles.y) > threshold) || ((angles.y - Out.y) > threshold)) {
if (angles.y > Out.y)
*(float*)(addr + 0x40 + 0x4) -= threshold;
else if (angles.y < Out.y)
*(float*)(addr + 0x40 + 0x4) += threshold;
}
if (((Out.z - angles.z) > threshold) || ((angles.z - Out.z) > threshold)) {
if (angles.z > Out.z)
*(float*)(addr + 0x40 + 0x8) -= threshold;
else if (angles.z < Out.z)
*(float*)(addr + 0x40 + 0x8) += threshold;
}
}
// Third Person
{
Vector3 angles = *(Vector3*)(addr + 0x3D0);
if (((Out.x - angles.x) > threshold) || ((angles.x - Out.x) > threshold)) {
if (angles.x > Out.x)
*(float*)(addr + 0x3D0 + 0x0) -= threshold;
else if (angles.x < Out.x)
*(float*)(addr + 0x3D0 + 0x0) += threshold;
}
if (((Out.y - angles.y) > threshold) || ((angles.y - Out.y) > threshold)) {
if (angles.y > Out.y)
*(float*)(addr + 0x3D0 + 0x4) -= threshold;
else if (angles.y < Out.y)
*(float*)(addr + 0x3D0 + 0x4) += threshold;
}
if (((Out.z - angles.z) > threshold) || ((angles.z - Out.z) > threshold)) {
if (angles.z > Out.z)
*(float*)(addr + 0x3D0 + 0x8) -= threshold;
else if (angles.z < Out.z)
*(float*)(addr + 0x3D0 + 0x8) += threshold;
}
/*
if (settings::visuals::preview_target) {

if (settings::visuals::preview_style == 0) {

ImGui::GetBackgroundDrawList( )->AddCircle(ImVec2(bone_pos.x, bone_pos.y), 2, settings::visuals::preview_target_colors, 100);
}

if (settings::visuals::preview_style == 1) {

ImGui::GetBackgroundDrawList( )->AddLine(ImVec2(FiveM::WindowSize.x / 2, FiveM::WindowSize.y / 2), ImVec2(bone_pos.x, bone_pos.y), settings::visuals::preview_target_colors);
}

if (settings::visuals::preview_style == 2) {

ImGui::GetBackgroundDrawList( )->AddCircle(ImVec2(bone_pos.x, bone_pos.y), 2, settings::visuals::preview_target_colors, 100);

ImGui::GetBackgroundDrawList( )->AddLine(ImVec2(FiveM::WindowSize.x / 2, FiveM::WindowSize.y / 2), ImVec2(bone_pos.x, bone_pos.y), settings::visuals::preview_target_colors);
}
}*/
}
}
}
}

void AimVector(Vector3 point)
{
// CPedFactory* g_pedFactory = (CPedFactory*)*(DWORD64*)(g_pattern->g_worldFactory);


// CPed* LocalPlayer = g_pedFactory->m_local_ped();

// auto draw_list = ImGui::GetBackgroundDrawList();
DWORD64 addr = FiveM::GetCamera();
if (addr)
{
Vector3 CrosshairPos = *(Vector3*)(addr + 0x60);
Vector3 caca(CrosshairPos.x - point.x, CrosshairPos.y - point.y, CrosshairPos.z - point.z);
float distance = caca.Length();

__try
{
DWORD64 camParams = *(DWORD64*)(addr + 0x10);
if (false)
{
if (*(float*)(camParams + 0x2AC) == -2)
{
*(float*)(camParams + 0x2AC) = 0.0f;
*(float*)(camParams + 0x2C0) = 111.0f;
*(float*)(camParams + 0x2C4) = 111.0f;
}
}
else
{
if (*(float*)(camParams + 0x130) == 8.0f)
{
*(float*)(camParams + 0x130) = 111.0f; //def 8.0f
*(float*)(camParams + 0x134) = 111.0f; //def 10.0f
*(float*)(camParams + 0x4CC) = 0.0f; //def 4.0f

if (*(float*)(camParams + 0x49C) == 1.0f)
*(float*)(camParams + 0x49C) = 0.0f; //def 1.0f

*(float*)(camParams + 0x2AC) = 0.0f; //def -3.0f
*(float*)(camParams + 0x2B0) = 0.0f; //def -8.0f
}
}
}
__except ((GetExceptionCode() == EXCEPTION_ACCESS_VIOLATION) ? EXCEPTION_EXECUTE_HANDLER : EXCEPTION_CONTINUE_SEARCH) {}






int smooth = settings::aimbot::aimbot_smooth;


float threshold = 0.5f / (settings::aimbot::aimbot_smooth * 20);
Vector3 Output = Vector3((point.x - CrosshairPos.x) / distance, (point.y - CrosshairPos.y) / distance, (point.z - CrosshairPos.z) / distance);

if (settings::aimbot::aimbot_type == 0)
{
*(Vector3*)(addr + 0x40) = Output; //FPS
*(Vector3*)(addr + 0x3D0) = Output; //TPS
}
else
{
if (smooth <= 1)
{
if (settings::aimbot::aimbot_type == 1)
{
*(Vector3*)(addr + 0x40) = Output; //FPS
*(Vector3*)(addr + 0x3D0) = Output; //TPS
}
else if (settings::aimbot::aimbot_type == 2)
{
*(Vector2*)(addr + 0x40) = Vector2(Output.x, Output.y); //FPS
*(Vector2*)(addr + 0x3D0) = Vector2(Output.x, Output.y); //TPS
}
}
else
{
{
Vector3 angles = *(Vector3*)(addr + 0x40);
if (((Output.x - angles.x) > threshold) || ((angles.x - Output.x) > threshold))
{
if (angles.x > Output.x)
*(float*)(addr + 0x40 + 0x0) -= threshold;
else if (angles.x < Output.x)
*(float*)(addr + 0x40 + 0x0) += threshold;
}
if (((Output.y - angles.y) > threshold) || ((angles.y - Output.y) > threshold))
{
if (angles.y > Output.y)
*(float*)(addr + 0x40 + 0x4) -= threshold;
else if (angles.y < Output.y)
*(float*)(addr + 0x40 + 0x4) += threshold;
}
if (((Output.z - angles.z) > threshold) || ((angles.z - Output.z) > threshold))
{
if (angles.z > Output.z)
*(float*)(addr + 0x40 + 0x8) -= threshold;
else if (angles.z < Output.z)
*(float*)(addr + 0x40 + 0x8) += threshold;
}
}
{
Vector3 angles = *(Vector3*)(addr + 0x3D0);
if (((Output.x - angles.x) > threshold) || ((angles.x - Output.x) > threshold))
{
if (angles.x > Output.x)
*(float*)(addr + 0x3D0 + 0x0) -= threshold;
else if (angles.x < Output.x)
*(float*)(addr + 0x3D0 + 0x0) += threshold;
}
if (((Output.y - angles.y) > threshold) || ((angles.y - Output.y) > threshold))
{
if (angles.y > Output.y)
*(float*)(addr + 0x3D0 + 0x4) -= threshold;
else if (angles.y < Output.y)
*(float*)(addr + 0x3D0 + 0x4) += threshold;
}
if (((Output.z - angles.z) > threshold) || ((angles.z - Output.z) > threshold))
{
if (angles.z > Output.z)
*(float*)(addr + 0x3D0 + 0x8) -= threshold;
else if (angles.z < Output.z)
*(float*)(addr + 0x3D0 + 0x8) += threshold;
}
}
}
}


}
}

void hook(void) {


if (settings::aimbot::TriggerBot)
{
int fov = 0;
auto get_distance = [](double x1, double y1, double x2, double y2) {
return sqrtf(pow(x2 - x1, 2.0) + pow(y2 - y1, 2.0));
};

uintptr_t entity = GetDistancePlayer();
if (!entity)
return;

auto bone_pos = FiveM::GetBonePosMatrix(entity, 0);
ImVec2 screen = FiveM::WorldToScreen(bone_pos);




auto center_x = FiveM::WindowSize.x / 2;
auto center_y = FiveM::WindowSize.y / 2;
auto fov1 = get_distance(center_x, center_y, screen.x, screen.y);

float TargetX = 0;
float TargetY = 0;
const float max_speed = 1000.f;

if (screen.x != 0) {
if (screen.x > center_x) {
TargetX = -(center_x - screen.x);
TargetX /= settings::aimbot::aimbot_smooth;
if (TargetX + center_x > center_x * 2) TargetX = 0;
}

else if (screen.x < center_x) {
TargetX = screen.x - center_x;
TargetX /= settings::aimbot::aimbot_smooth;
if (TargetX + center_x < 0) TargetX = 0;
}

if (TargetX > max_speed) TargetX = max_speed;
else if (TargetX < -max_speed) TargetX = -max_speed;
}

if (screen.y != 0) {
if (screen.y > center_y) {
TargetY = -(center_y - screen.y);
TargetY /= settings::aimbot::aimbot_smooth;
if (TargetY + center_y > center_y * 2) TargetY = 0;
}

else if (screen.y < center_y) {
TargetY = screen.y - center_y;
TargetY /= settings::aimbot::aimbot_smooth;
if (TargetY + center_y < 0) TargetY = 0;
}
if (TargetY > max_speed) TargetY = max_speed;
else if (TargetY < -max_speed) TargetY = -max_speed;
}

const float distance_threshold = 1.0f;
if (fov1 < distance_threshold)
{
// Simulate left mouse button down event to shoot
mouse_event(MOUSEEVENTF_LEFTDOWN, 0, 0, 0, 0);
mouse_event(MOUSEEVENTF_LEFTUP, 0, 0, 0, 0);
}
else
{

}
}

if (settings::aimbot::enabled) {

if (SAFE_CALL(GetAsyncKeyState)(settings::aimbot::hotkey) & 0x8000) {
uintptr_t entity = GetDistancePlayer( );
if (!entity)
return;
if (settings::aimbot::aimbot_type == 1) {
auto get_distance = [](double x1, double y1, double x2, double y2) {
return sqrtf(pow(x2 - x1, 2.0) + pow(y2 - y1, 2.0));
};

auto center_x = FiveM::WindowSize.x / 2;
auto center_y = FiveM::WindowSize.y / 2;

auto bone_pos = FiveM::GetBonePosMatrix(entity, 0);

switch (settings::aimbot::aimbot_bone) {
case 1:
bone_pos = FiveM::GetBonePosMatrix(entity, 7);
break;
case 2:
bone_pos = FiveM::GetBonePosMatrix(entity, 8);
break;
case 3:
bone_pos = FiveM::GetBonePosMatrix(entity, 1);
break;
}

ImVec2 screen = FiveM::WorldToScreen(bone_pos);

auto fov = get_distance(center_x, center_y, screen.x, screen.y);

if (fov < settings::aimbot::aimbot_fov * 10) {

// AimVec(bone_pos);
AimVector(bone_pos);
}
}

// else if (settings::aimbot::aimbot_type == 3) {

// uintptr_t entity = GetDistancePlayer( );
// if (!entity)
// return;
// auto bone_pos = FiveM::GetBonePosMatrix(entity, 0);

// switch (settings::aimbot::aimbot_bone) {
// case 0:
// // bone_pos = FiveM::GetBonePosW2S(entity, SKEL_Head);
// break;
// case 1:
// bone_pos = FiveM::GetBonePosMatrix(entity, 7);
// break;
// case 2:
// bone_pos = FiveM::GetBonePosMatrix(entity, 8);
// break;
// case 3:
// bone_pos = FiveM::GetBonePosMatrix(entity, 1);
// break;
// case 4:
// bone_pos = FiveM::GetBonePosMatrix(entity, 2);
// break;
// case 5:
// bone_pos = FiveM::GetBonePosMatrix(entity, 5);
// break;
// case 6:
// bone_pos = FiveM::GetBonePosMatrix(entity, 6);
// break;
// }

// hk_World* World = (hk_World*)*(uint64_t*)(FiveM::World);

// hk_Ped* LocalPlayer = World->LocalPlayer( );
// if (LocalPlayer) {
// hk_WeaponManager* Weapon = LocalPlayer->WeaponManager( );
// Weapon->SetWeaponCoordinate(bone_pos);
// }
//}
}
}
}
} // namespace aimbot
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