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hooking.h
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hooking.h
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#pragma once
#include <Windows.h>
bool in_area(fvector2d target, fvector2d pos, fvector2d size)
{
if (target.x > pos.x && target.y > pos.y)
if (target.x < pos.x + size.x && target.y < pos.y + size.y)
return true;
return false;
}
namespace menu {
fvector2d pos = { 25, 25 };
static void run(ucanvas* canvas) {
if (render::show_menu) {
ZeroGUI::SetupCanvas(canvas);
ZeroGUI::Input::Handle();
float width = ((double)canvas->clip_x());
float height = ((double)canvas->clip_y());
if (ZeroGUI::Window("Payson Internal | github.com/paysonism", &pos, fvector2d{ 500.0f, 900.0f }, render::show_menu, width, height)) {
ZeroGUI::Draw_Cursor(render::draw_cursor);
static int tab = 0;
if (ZeroGUI::ButtonTab(("Aimbot"), fvector2d{ 118.5, 25 }, tab == 0)) tab = 0;
ZeroGUI::SameLine();
if (ZeroGUI::ButtonTab(("Visuals"), fvector2d{ 118.5, 25 }, tab == 0)) tab = 1;
ZeroGUI::SameLine();
if (ZeroGUI::ButtonTab(("Exploits"), fvector2d{ 118.5, 25 }, tab == 0)) tab = 2;
ZeroGUI::SameLine();
if (ZeroGUI::ButtonTab(("Misc"), fvector2d{ 118.5, 25 }, tab == 0)) tab = 3;
if (tab == 0)
{
ZeroGUI::Checkbox("Enable Mouse Aim", &settings::aimbot::mouse);
ZeroGUI::SliderFloat("Mouse Smoothing", &settings::aimbot::mouse_speed, 1, 25);
ZeroGUI::Checkbox("Visible Only", &settings::aimbot::visible_only);
ZeroGUI::Checkbox("Target Line", &settings::aimbot::target_line);
ZeroGUI::Checkbox("Show FOV Circle", &settings::aimbot::show_fov);
ZeroGUI::SliderFloat("FOV Value", &settings::aimbot::field_of_view, 1, 360);
ZeroGUI::Text("Aim Bone");
ZeroGUI::Checkbox("Head", &settings::bones::head);
if (settings::bones::head == true)
{
settings::bones::torso = false;
settings::bones::neck = false;
settings::bones::pelvis = false;
}
ZeroGUI::Checkbox("Chest", &settings::bones::torso);
if (settings::bones::torso == true)
{
settings::bones::head = false;
settings::bones::neck = false;
settings::bones::pelvis = false;
}
ZeroGUI::Checkbox("Neck", &settings::bones::neck);
if (settings::bones::neck == true)
{
settings::bones::head = false;
settings::bones::torso = false;
settings::bones::pelvis = false;
}
ZeroGUI::Checkbox("Pelvis", &settings::bones::pelvis);
if (settings::bones::pelvis == true)
{
settings::bones::head = false;
settings::bones::torso = false;
settings::bones::neck = false;
}
fvector2d size = fvector2d{ 150, 25 };
ZeroGUI::Text("Aim Key");
ZeroGUI::Hotkey(" ", size, &settings::aimbot::aim_key);
}
else if (tab == 1)
{
ZeroGUI::Checkbox("Box", &settings::player::normal_box);
ZeroGUI::Checkbox("Cornered Box", &settings::player::cornered_box);
ZeroGUI::Checkbox("Skeleton", &settings::player::skeleton);
ZeroGUI::Checkbox("Distance", &settings::player::display_distance);
ZeroGUI::Checkbox("Snapline", &settings::player::snapline);
ZeroGUI::Checkbox("Current Weapon", &settings::player::active_weapon);
ZeroGUI::Checkbox("Username", &settings::player::player_name);
ZeroGUI::Checkbox("Radar", &settings::radar::enable);
if (settings::radar::enable) {
ZeroGUI::SliderFloat("Radar Size", &settings::radar::size, 0, 300);
ZeroGUI::SliderFloat("Radar Position X", &settings::radar::positionx, 0, 500);
ZeroGUI::SliderFloat("Radar Position Y", &settings::radar::positiony, 0, 500);
}
ZeroGUI::SliderFloat("Player Render Distance", &settings::player::max_distance, 5, 300);
ZeroGUI::SliderFloat("Container Render Distance", &settings::containers::max_distance, 5, 450);
ZeroGUI::SliderFloat("Loot Render Distance", &settings::pickups::max_distance, 5, 450);
ZeroGUI::SliderFloat("Vehicle Render Distance", &settings::miscactors::max_distance, 5, 450);
ZeroGUI::NextColumn(140);
ZeroGUI::Text(" ");
ZeroGUI::Checkbox("Chests", &settings::containers::chest);
ZeroGUI::Checkbox("Vehicles", &settings::miscactors::vehicles);
ZeroGUI::Checkbox("Ammo Boxes", &settings::containers::ammo_box);
ZeroGUI::Checkbox("Coolers", &settings::containers::cooler_and_food);
ZeroGUI::Checkbox("Safes", &settings::containers::safe);
ZeroGUI::NextColumn(280);
ZeroGUI::Text(" ");
ZeroGUI::Checkbox("Common Loot", &settings::pickups::common);
ZeroGUI::Checkbox("Uncommon Loot", &settings::pickups::uncommon);
ZeroGUI::Checkbox("Rare Loot", &settings::pickups::rare);
ZeroGUI::Checkbox("Epic Loot", &settings::pickups::epic);
ZeroGUI::Checkbox("Legendary Loot", &settings::pickups::legendary);
ZeroGUI::Checkbox("Mythic Loot", &settings::pickups::mythic);
}
else if (tab == 2)
{
ZeroGUI::Checkbox("Projectile Bullet TP", &settings::miscellaneous::bullettp);
ZeroGUI::Checkbox("FOV Changer", &settings::miscellaneous::fovchanger);
ZeroGUI::Checkbox("Aim While Jumping", &settings::miscellaneous::adswhilejumping);
ZeroGUI::Checkbox("No Recoil", &settings::miscellaneous::norecoil);
ZeroGUI::Checkbox("No Bloom [!]", &settings::miscellaneous::nobloom);
ZeroGUI::Checkbox("No Reload", &settings::miscellaneous::noreload);
ZeroGUI::Checkbox("Rapid Fire", &settings::miscellaneous::rapidfire);
ZeroGUI::SliderFloat("FOV Value", &settings::miscellaneous::fovslider, 0, 180);
}
else if (tab == 3)
{
ZeroGUI::Text("not pasted at all");
ZeroGUI::Text("github.com/paysonism");
ZeroGUI::Text("discord.gg/saturniv");
}
}
}
}
}
#define M_PI 3.14159265358979323846264338327950288
float degree_to_radian(float degree) {
return degree * (M_PI / 180);
}
void angle_rotation(const frotator& angles, fvector* forward)
{
float sp, sy, cp, cy;
sy = sin(degree_to_radian(angles.yaw));
cy = cos(degree_to_radian(angles.yaw));
sp = sin(degree_to_radian(angles.pitch));
cp = cos(degree_to_radian(angles.pitch));
forward->x = cp * cy;
forward->y = cp * sy;
forward->z = -sp;
}
namespace fortnite {
namespace temp {
bool silent_active = false;
frotator silent_rotation = frotator();
bool sticky_silent_active = false;
frotator sticky_silent_rotation = frotator();
}
bool visible;
namespace radar {
fvector2d position, size;
fvector camera_location;
frotator camera_rotation;
void range(double* x, double* y, double range) {
if (defines::math->abs((*x)) > range || defines::math->abs((*y)) > range) {
if ((*y) > (*x)) {
if ((*y) > -(*x)) {
(*x) = range * (*x) / (*y);
(*y) = range;
}
else {
(*y) = -range * (*y) / (*x);
(*x) = -range;
}
}
else {
if ((*y) > -(*x)) {
(*y) = range * (*y) / (*x);
(*x) = range;
}
else {
(*x) = -range * (*x) / (*y);
(*y) = -range;
}
}
}
}
void rotate_point(fvector2d* screen, fvector origin, fvector camera_location, frotator camera_rotation) {
auto yaw = camera_rotation.yaw * 3.1415927 / 180;
double dx = origin.x - camera_location.x;
double dy = origin.y - camera_location.y;
double fsin_yaw = defines::math->sin(yaw);
double fminus_cos_yaw = -defines::math->cos(yaw);
double x = -(dy * fminus_cos_yaw + dx * fsin_yaw);
double y = dx * fminus_cos_yaw - dy * fsin_yaw;
double range_value = settings::radar::range * 1000;
range(&x, &y, range_value);
auto DrawPos = radar::position;
auto DrawSize = radar::size;
int rad_x = (int)DrawPos.x;
int rad_y = (int)DrawPos.y;
double r_siz_x = DrawSize.x;
double r_siz_y = DrawSize.y;
int x_max = (int)r_siz_x + rad_x - 5;
int y_max = (int)r_siz_y + rad_y - 5;
double out_screen_x = rad_x + ((int)r_siz_x / 2 + int(x / range_value * r_siz_x));
double out_screen_y = rad_y + ((int)r_siz_y / 2 + int(y / range_value * r_siz_y));
if (out_screen_x > x_max)
out_screen_x = x_max;
if (out_screen_x < rad_x)
out_screen_x = rad_x;
if (out_screen_y > y_max)
out_screen_y = y_max;
if (out_screen_y < rad_y)
out_screen_y = rad_y;
*screen = fvector2d(out_screen_x, out_screen_y);
}
void add_to_radar(fvector world_location, flinearcolor color) {
fvector2d screen;
rotate_point(&screen, world_location, radar::camera_location, radar::camera_rotation);
render::filled_box(screen, fvector2d(4, 4), color);
}
void radar_initialize(fvector2d position, fvector2d size, fvector camera_location, frotator camera_rotation) {
radar::position = position;
radar::size = size;
radar::camera_location = camera_location;
radar::camera_rotation = camera_rotation;
render::filled_box(position, size, flinearcolor(0.025f, 0.025f, 0.025f, 1.f));
if (settings::radar::useless_circle) {
render::circle(fvector2d(position.x + size.x / 2, position.y + size.y / 2), size.x / 2, 100, flinearcolor(1.f, 1.f, 1.f, 1.f));
}
if (settings::radar::show_line_of_sight) {
render::line(fvector2d(position.x + size.x / 2, position.y + size.y), fvector2d(position.x + size.x / 2, position.y + size.y / 2), flinearcolor(1.f, 1.f, 1.f, 1.f), 1.f);
render::line(fvector2d(position.x + size.x / 2, position.y + size.y / 2), fvector2d(position.x, position.y), flinearcolor(1.f, 1.f, 1.f, 1.f), 1.f);
render::line(fvector2d(position.x + size.x / 2, position.y + size.y / 2), fvector2d(position.x + size.x, position.y), flinearcolor(1.f, 1.f, 1.f, 1.f), 1.f);
}
}
}
void set_aim_mouse(aplayercontroller* controller, fvector aim_location, float width, float height, float smooth) {
float ScreenCenterX = (width / 2);
float ScreenCenterY = (height / 2);
float TargetX = 0;
float TargetY = 0;
auto aim_screen = fvector2d();
if (controller->w2s(aim_location, &aim_screen) && aim_screen) {
if (aim_screen.x != 0)
{
if (aim_screen.x > ScreenCenterX)
{
TargetX = -(ScreenCenterX - aim_screen.x);
TargetX /= smooth;
if (TargetX + ScreenCenterX > ScreenCenterX * 2) TargetX = -0;
}
if (aim_screen.x < ScreenCenterX)
{
TargetX = aim_screen.x - ScreenCenterX;
TargetX /= smooth;
if (TargetX + ScreenCenterX < 0) TargetX = -0;
}
}
if (aim_screen.y != 0)
{
if (aim_screen.y > ScreenCenterY)
{
TargetY = -(ScreenCenterY - aim_screen.y);
TargetY /= smooth;
if (TargetY + ScreenCenterY > ScreenCenterY * 2) TargetY = -0;
}
if (aim_screen.y < ScreenCenterY)
{
TargetY = aim_screen.y - ScreenCenterY;
TargetY /= smooth;
if (TargetY + ScreenCenterY < 0) TargetY = -0;
}
}
INPUT input = {};
input.type = INPUT_MOUSE;
input.mi.dx = static_cast<LONG>(TargetX);
input.mi.dy = static_cast<LONG>(TargetY);
input.mi.dwFlags = MOUSEEVENTF_MOVE;
SendInput(1, &input, sizeof(INPUT));
}
}
void set_aim(uworld* world, aplayercontroller* controller, fvector camera_location, frotator camera_rotation, fvector aim_location, bool interpolate, bool constant, double speed) {
auto aim_rotation = defines::math->find_look_at_rotation(camera_location, aim_location);
auto world_delta_seconds = defines::game_statics->get_world_delta_seconds(world);
auto result = aim_rotation;
if (interpolate) {
if (constant)
result = defines::math->interp_to_constant(camera_rotation, aim_rotation, world_delta_seconds, speed);
else
result = defines::math->interp_to(camera_rotation, aim_rotation, world_delta_seconds, speed);
}
result.pitch = (result.pitch - camera_rotation.pitch) / controller->input_pitch_scale();
result.yaw = (result.yaw - camera_rotation.yaw) / controller->input_yaw_scale();
controller->add_pitch_input((float)result.pitch);
controller->add_yaw_input((float)result.yaw);
}
fvector bottom, bottom_2, head, head_2, neck, chest, pelvis, rshoulder, relbow, rhand, rthigh, rknee, rfoot, rfootout, lshoulder, lelbow, lhand, lthigh, lknee, lfoot, lfootout;
fvector2d s_bottom, s_bottom_2, s_head, s_head_2, s_neck, s_chest, s_pelvis, s_rshoulder, s_relbow, s_rhand, s_rthigh, s_rknee, s_rfoot, s_rfootout, s_lshoulder, s_lelbow, s_lhand, s_lthigh, s_lknee, s_lfoot, s_lfootout;
bool get_performance_bones(aplayercontroller* controller, mesh* mesh) {
bool success = true;
bottom = mesh->get_bone_location(0);
if (success && !controller->w2s(bottom, &s_bottom)) success = false;
head = mesh->get_bone_location(67);
if (success && !controller->w2s(head, &s_head)) success = false;
if (!s_bottom || !s_head)
return false;
return success;
}
bool get_all_bones(aplayercontroller* controller, mesh* mesh) {
bool success = true;
bottom = mesh->get_bone_location(0);
if (success && !controller->w2s(bottom, &s_bottom)) success = false;
bottom_2 = bottom; bottom_2.z -= 10;
if (success && !controller->w2s(bottom_2, &s_bottom_2)) success = false;
head = mesh->get_bone_location(67);
if (success && !controller->w2s(head, &s_head)) success = false;
head_2 = head; head_2.z += 13;
if (success && !controller->w2s(head_2, &s_head_2)) success = false;
neck = mesh->get_bone_location(67);
if (success && !controller->w2s(neck, &s_neck)) success = false;
chest = mesh->get_bone_location(7); chest.z += 7;
if (success && !controller->w2s(chest, &s_chest)) success = false;
pelvis = mesh->get_bone_location(2);
if (success && !controller->w2s(pelvis, &s_pelvis)) success = false;
rshoulder = mesh->get_bone_location(38);
if (success && !controller->w2s(rshoulder, &s_rshoulder)) success = false;
relbow = mesh->get_bone_location(39);
if (success && !controller->w2s(relbow, &s_relbow)) success = false;
rhand = mesh->get_bone_location(40);
if (success && !controller->w2s(rhand, &s_rhand)) success = false;
rthigh = mesh->get_bone_location(78);
if (success && !controller->w2s(rthigh, &s_rthigh)) success = false;
rknee = mesh->get_bone_location(79);
if (success && !controller->w2s(rknee, &s_rknee)) success = false;
rfoot = mesh->get_bone_location(82);
if (success && !controller->w2s(rfoot, &s_rfoot)) success = false;
rfootout = mesh->get_bone_location(83);
if (success && !controller->w2s(rfootout, &s_rfootout)) success = false;
lshoulder = mesh->get_bone_location(9);
if (success && !controller->w2s(lshoulder, &s_lshoulder)) success = false;
lelbow = mesh->get_bone_location(10);
if (success && !controller->w2s(lelbow, &s_lelbow)) success = false;
lhand = mesh->get_bone_location(11);
if (success && !controller->w2s(lhand, &s_lhand)) success = false;
lthigh = mesh->get_bone_location(71);
if (success && !controller->w2s(lthigh, &s_lthigh)) success = false;
lknee = mesh->get_bone_location(72);
if (success && !controller->w2s(lknee, &s_lknee)) success = false;
lfoot = mesh->get_bone_location(75);
if (success && !controller->w2s(lfoot, &s_lfoot)) success = false;
lfootout = mesh->get_bone_location(76);
if (success && !controller->w2s(lfootout, &s_lfootout)) success = false;
if (!s_bottom || !s_head || !s_neck || !s_chest || !s_rshoulder || !s_relbow || !s_rhand || !s_lshoulder || !s_lelbow || !s_lhand || !s_rthigh || !s_rknee || !s_rfoot || !s_rfootout || !s_lthigh || !s_lknee || !s_lfoot || !s_lfootout)
return false;
return success;
}
}
namespace essential_hooks {
fvector location_o = fvector();
frotator rotation_o = frotator();
ulocalplayer* local_player_old = 0;
aplayercontroller* player_controller_old = 0;
using get_view_point_sim = void(*)(ulocalplayer* local_player, fminimalviewinfo* out_viewinfo, BYTE stereo_pass);
get_view_point_sim get_view_point_o = 0;
void get_view_point(ulocalplayer* local_player, fminimalviewinfo* out_viewinfo, BYTE stereo_pass) {
get_view_point_o(local_player, out_viewinfo, stereo_pass);
if (fortnite::temp::silent_active) {
out_viewinfo->location = location_o;
out_viewinfo->rotation = rotation_o;
}
if (fortnite::temp::sticky_silent_active) {
out_viewinfo->location = location_o;
out_viewinfo->location.z += 40;
out_viewinfo->rotation = fortnite::temp::sticky_silent_rotation;
}
}
using get_player_view_point_sim = void(*)(aplayercontroller* controller, fvector* location, frotator* rotation);
get_player_view_point_sim get_player_view_point_o = 0;
void get_player_view_point(aplayercontroller* controller, fvector* location, frotator* rotation) {
get_player_view_point_o(controller, location, rotation);
location_o = *location;
rotation_o = *rotation;
if (fortnite::temp::silent_active) {
*rotation = fortnite::temp::silent_rotation;
}
if (fortnite::temp::sticky_silent_active) {
*rotation = fortnite::temp::sticky_silent_rotation;
}
}
void run(aplayercontroller* controller, ulocalplayer* local_player) {
if (local_player != essential_hooks::local_player_old) {
void** LocalPlayer_VTable = *(void***)(local_player);
DWORD OldProtection;
(VirtualProtect)(&LocalPlayer_VTable[88], 8, PAGE_EXECUTE_READWRITE, &OldProtection);
essential_hooks::get_view_point_o = decltype(essential_hooks::get_view_point_o)(LocalPlayer_VTable[88]);
LocalPlayer_VTable[88] = &essential_hooks::get_view_point;
(VirtualProtect)(&LocalPlayer_VTable[88], 8, OldProtection, &OldProtection);
essential_hooks::local_player_old = local_player;
}
if (controller != essential_hooks::player_controller_old) {
void** PlayerController_VTable = *(void***)(controller);
DWORD OldProtection;
(VirtualProtect)(&PlayerController_VTable[245], 8, PAGE_EXECUTE_READWRITE, &OldProtection);
essential_hooks::get_player_view_point_o = decltype(essential_hooks::get_player_view_point_o)(PlayerController_VTable[245]);
PlayerController_VTable[245] = &essential_hooks::get_player_view_point;
(VirtualProtect)(&PlayerController_VTable[245], 8, OldProtection, &OldProtection);
essential_hooks::player_controller_old = controller;
}
}
}
void novoline_main(ugameviewportclient* viewport, ucanvas* canvas) {
auto screen_size = fvector2d((double)canvas->clip_x(), (double)canvas->clip_y());
auto center = fvector2d((double)screen_size.x / 2, (double)screen_size.y / 2);
bool player_silent = false;
auto world = viewport->get_world();
if (!world) return;
auto game_instance = defines::game_statics->get_game_instance(world);
if (!game_instance) return;
auto local_player = game_instance->get_local_players()[0];
if (!game_instance) return;
auto controller = defines::game_statics->get_player_controller(world, std::int32_t(0));
if (!controller) return;
auto camera_manager = defines::game_statics->get_player_camera_manager(world, std::int32_t(0));
if (!camera_manager) return;
render::world = world;
render::canvas = canvas;
render::controller = controller;
render::screen_center = center;
render::screen_size = screen_size;
if (render::is_insert_clicked()) render::show_menu = !render::show_menu;
menu::run(canvas);
auto camera_location = camera_manager->get_camera_location();
auto camera_rotation = camera_manager->get_camera_rotation();
auto camera_fov = camera_manager->get_fov_angle();
auto radius = (settings::aimbot::field_of_view * center.x / (double)camera_fov) / 2;
auto local_pawn_holding_pickaxe = false;
auto local_pawn = controller->get_pawn();
if (settings::radar::enable) {
fortnite::radar::radar_initialize(fvector2d(settings::radar::positionx, settings::radar::positiony), fvector2d(settings::radar::size, settings::radar::size), camera_location, camera_rotation);
}
//exploits
if (settings::miscellaneous::fovchanger) {
if (local_pawn) {
controller->fov(settings::miscellaneous::fovslider);
}
}
if (settings::miscellaneous::norecoil) {
*(float*)(controller + offsets::CustomTimeDilation) = -1;
}
if (settings::miscellaneous::noreload) {
if (local_pawn) {
auto CurrentWeapon = local_pawn->get_current_weapon();
if (CurrentWeapon)
{
bool bIsReloadingWeapon = *(bool*)(CurrentWeapon + offsets::bIsReloadingWeapon); //0x358 = bIsReloadingWeapon
auto Mesh = *(uintptr_t*)(local_pawn + offsets::Mesh); // 0x318 = Mesh
if (bIsReloadingWeapon)
{
*(float*)(Mesh + offsets::GlobalAnimRateScale) = 999; // 0xA60 = GlobalAnimRateScale
}
else
{
*(float*)(Mesh + offsets::GlobalAnimRateScale) = 1; // 0xA60 = GlobalAnimRateScale
}
}
}
}
if (settings::miscellaneous::nobloom)
if (local_pawn) {
{
auto CurrentWeapon = local_pawn->get_current_weapon();
if (CurrentWeapon && 0x64)
{
*(float*)(CurrentWeapon + 0x64) = FLT_MAX;
}
}
}
if (settings::player::enable) {
double closest_distance = DBL_MAX;
player_pawn* target_player = 0;
tarray<uobject*> player_array = defines::game_statics->get_all_actors_of_class(world, defines::actor_player_class);
for (int i = 0; i < player_array.size(); i++) {
if (!player_array.valid(i)) continue;
auto player = (player_pawn*)player_array[i];
if (player == local_pawn) continue;
if (!player) continue;
if (player->is_dead()) continue;
auto object_name = defines::system->get_object_name(player);
if (!defines::string->contains(object_name.c_str(), L"PlayerPawn", false, false)) continue;
auto skeleton_color = flinearcolor(0.f, 1.f, 1.f, 1.f);
auto esp_color = flinearcolor(1.f, 0.f, 0.f, 1.f);
auto black_color = flinearcolor(0.f, 0.f, 0.f, 1.f);
auto world_location = player->get_actor_location();
if (settings::radar::enable && settings::radar::players) {
fortnite::radar::add_to_radar(world_location, esp_color);
}
auto max_distance = settings::player::max_distance;
double distance = defines::math->vector_distance(world_location, camera_location) * 0.01;
if (distance > max_distance) continue;
bool visible = player->was_recently_rendered(0.f);
if (visible) {
fortnite::visible = true;
skeleton_color = flinearcolor(0.f, 1.f, 1.f, 1.f);
}
else {
fortnite::visible = false;
skeleton_color = flinearcolor(0.f, 1.f, 1.f, 1.f);
}
auto mesh = player->get_pawn_mesh();
if (!mesh) continue;
if (!settings::style::performance) {
if (!fortnite::get_all_bones(controller, mesh)) continue;
}
else {
if (!fortnite::get_performance_bones(controller, mesh)) continue;
}
if (settings::style::performance) {
if (!in_area(fortnite::s_bottom, fvector2d(50, 50), fvector2d(screen_size.x - (50 * 2), screen_size.y - (50 * 2)))) continue;
}
if (settings::player::skeleton) {
render::line_with_outline(fortnite::s_head, fortnite::s_neck, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_neck, fortnite::s_chest, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_chest, fortnite::s_pelvis, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_chest, fortnite::s_rshoulder, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_rshoulder, fortnite::s_relbow, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_relbow, fortnite::s_rhand, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_pelvis, fortnite::s_rthigh, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_rthigh, fortnite::s_rknee, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_rknee, fortnite::s_rfoot, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_rfoot, fortnite::s_rfootout, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_chest, fortnite::s_lshoulder, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_lshoulder, fortnite::s_lelbow, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_lelbow, fortnite::s_lhand, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_pelvis, fortnite::s_lthigh, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_lthigh, fortnite::s_lknee, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_lknee, fortnite::s_lfoot, skeleton_color, 1.f);
render::line_with_outline(fortnite::s_lfoot, fortnite::s_lfootout, skeleton_color, 1.f);
}
auto most_left = DBL_MAX;
auto most_right = DBL_MIN;
auto most_top = DBL_MAX;
auto most_bottom = DBL_MIN;
if (!settings::style::performance) {
fvector2d bones_to_check[] = { fortnite::s_bottom, fortnite::s_head, fortnite::s_head_2, fortnite::s_neck, fortnite::s_chest, fortnite::s_pelvis, fortnite::s_rshoulder, fortnite::s_relbow, fortnite::s_rhand, fortnite::s_rthigh, fortnite::s_rknee, fortnite::s_rfoot, fortnite::s_rfootout, fortnite::s_lshoulder, fortnite::s_lelbow,fortnite::s_lhand, fortnite::s_lthigh, fortnite::s_lknee, fortnite::s_lfoot, fortnite::s_lfootout };
for (int i = 0; i < 20; i++) {
auto bone = bones_to_check[i];
if (bone.x < most_left)
most_left = bone.x;
if (bone.x > most_right)
most_right = bone.x;
if (bone.y < most_top)
most_top = bone.y;
if (bone.y > most_bottom)
most_bottom = bone.y;
}
}
else {
fvector2d bones_to_check[] = { fortnite::s_bottom, fortnite::s_head };
for (int i = 0; i < 2; i++) {
auto bone = bones_to_check[i];
if (bone.x < most_left)
most_left = bone.x;
if (bone.x > most_right)
most_right = bone.x;
if (bone.y < most_top)
most_top = bone.y;
if (bone.y > most_bottom)
most_bottom = bone.y;
}
}
auto actor_height = most_bottom - most_top;
auto actor_width = most_right - most_left;
auto calculated_distance = max_distance - distance;
auto offset = calculated_distance * 0.035;
auto corner_wide = actor_width / 3;
auto corner_heit = actor_height / 3;
auto text_offset = double(0);
fvector2d bottom_middle;
fvector2d top_middle;
if (!settings::style::performance) {
bottom_middle = fvector2d(most_left + actor_width / 2, fortnite::s_bottom_2.y);
}
else {
bottom_middle = fvector2d(most_left + actor_width / 2, fortnite::s_bottom_2.y);
}
if (settings::player::cornered_box) {
//top left
render::line_with_outline(fvector2d(most_left - offset, most_top - offset), fvector2d(most_left - offset + corner_wide, most_top - offset), esp_color, 1.f);
render::line_with_outline(fvector2d(most_left - offset, most_top - offset), fvector2d(most_left - offset, most_top - offset + corner_heit), esp_color, 1.f);
//top right
render::line_with_outline(fvector2d(most_right + offset, most_top - offset), fvector2d(most_right + offset - corner_wide, most_top - offset), esp_color, 1.f);
render::line_with_outline(fvector2d(most_right + offset, most_top - offset), fvector2d(most_right + offset, most_top - offset + corner_heit), esp_color, 1.f);
//bottom left
render::line_with_outline(fvector2d(most_left - offset, most_bottom + offset), fvector2d(most_left - offset + corner_wide, most_bottom + offset), esp_color, 1.f);
render::line_with_outline(fvector2d(most_left - offset, most_bottom + offset), fvector2d(most_left - offset, most_bottom + offset - corner_heit), esp_color, 1.f);
//bottom right
render::line_with_outline(fvector2d(most_right + offset, most_bottom + offset), fvector2d(most_right + offset - corner_wide, most_bottom + offset), esp_color, 1.f);
render::line_with_outline(fvector2d(most_right + offset, most_bottom + offset), fvector2d(most_right + offset, most_bottom + offset - corner_heit), esp_color, 1.f);
// Outline on the other side
}
if (settings::player::normal_box) {
render::line_with_outline(fvector2d(most_left - offset, most_top - offset), fvector2d(most_left - offset, most_bottom + offset), esp_color, 1.f);
// right line
render::line_with_outline(fvector2d(most_right + offset, most_top - offset), fvector2d(most_right + offset, most_bottom + offset), esp_color, 1.f);
// top line
render::line_with_outline(fvector2d(most_left - offset, most_top - offset), fvector2d(most_right + offset, most_top - offset), esp_color, 1.f);
// bottom line
render::line_with_outline(fvector2d(most_left - offset, most_bottom + offset), fvector2d(most_right + offset, most_bottom + offset), esp_color, 1.f);
}
if (settings::player::player_name) {
if (player && defines::actor_player_nameprivate && local_pawn) {
auto playername = defines::lib->get_player_name_safe(player, defines::actor_player_nameprivate);
render::text(playername.c_str(), fvector2d(bottom_middle.x, bottom_middle.y + text_offset), flinearcolor(1.f, 1.f, 1.f, 1.f), true, false, settings::style::text_outlined);
text_offset += 15;
}
}
if (settings::player::display_distance) {
auto final = defines::string->build_string_double(L"", L"[", defines::math->round(distance), L"M]");
render::text(final.c_str(), fvector2d(bottom_middle.x, bottom_middle.y + text_offset), flinearcolor(1.f, 1.f, 1.f, 1.f), true, false, settings::style::text_outlined);
text_offset += 15;
}
if (settings::player::active_weapon) {
if (local_pawn) {
if (auto current_weapon = player->get_current_weapon()) {
if (auto weapon_data = current_weapon->get_weapon_data()) {
auto display_name = weapon_data->display_name();
if (display_name.data && display_name.c_str()) {
auto tier = weapon_data->get_tier();
auto render_color = flinearcolor();
if (tier == fort_item_tier::I) render_color = flinearcolor(0.4f, 0.4f, 0.4f, 1.f);
else if (tier == fort_item_tier::II) render_color = flinearcolor(0.2f, 0.8f, 0.4f, 1.f);
else if (tier == fort_item_tier::III) render_color = flinearcolor(0.f, 0.4f, 0.8f, 1.f);
else if (tier == fort_item_tier::IV) render_color = flinearcolor(1.f, 0.f, 1.f, 1.f);
else if (tier == fort_item_tier::V) render_color = flinearcolor(0.7f, 0.7f, 0.f, 1.f);
else if (tier == fort_item_tier::VI) render_color = flinearcolor(1.f, 1.f, 0.f, 1.f);
if (render_color) {
auto a = defines::string->build_string_int(display_name.c_str(), L" [", current_weapon->get_magazine_ammo_count(), L"");
auto b = defines::string->build_string_int(L"", L"/", current_weapon->get_bullets_per_clip(), L"]");
auto c = defines::string->concat_str_str(a, b);
render::text(c.c_str(), fvector2d(bottom_middle.x, bottom_middle.y + text_offset), render_color, true, false, settings::style::text_outlined);
text_offset += 15;
}
}
}
}
}
}
if (settings::player::snapline) {
render::line_with_outline(fvector2d(center.x, screen_size.y - 15), fvector2d(bottom_middle.x, bottom_middle.y + text_offset), flinearcolor(1.f, 1.f, 1.f, 1.f), 1.f);
}
if (!local_pawn_holding_pickaxe && ((settings::aimbot::visible_only && visible) || (!settings::aimbot::visible_only)) && local_pawn && render::in_circle(center.x, center.y, radius, fortnite::s_head.x, fortnite::s_head.y)) {
double distance = defines::math->distance2d(fortnite::s_head, center);
if (distance < closest_distance) {
target_player = player;
closest_distance = distance;
}
}
}
if (settings::aimbot::enable) {
auto temp_silent_active = false;
auto temp_silent_rotation = frotator();
auto temp_sticky_silent_active = false;
auto temp_sticky_silent_rotation = frotator();
if (settings::aimbot::show_fov) {
render::circle(center, radius, 100, flinearcolor(0.9f, 0.9f, 0.9f, 1.f));
}
if (target_player && local_pawn) {
if (auto mesh = target_player->get_pawn_mesh()) {
int32_t bone = 67;
if (settings::bones::head)
bone = 67;
else if (settings::bones::neck)
bone = 67;
else if (settings::bones::torso)
bone = 7;
else if (settings::bones::pelvis)
bone = 2;
auto aim_location = mesh->get_bone_location(bone);
auto skeleton_color = flinearcolor(0.f, 1.f, 1.f, 1.f);
auto esp_color = flinearcolor(1.f, 0.f, 0.f, 1.f);
auto visible = target_player->was_recently_rendered(0.f);
if (visible) {
skeleton_color = flinearcolor(0.f, 1.f, 1.f, 1.f);
}
else {
skeleton_color = flinearcolor(0.f, 1.f, 1.f, 1.f);
}
if (settings::aimbot::target_line) {
auto aim_screen = fvector2d();
if (controller->w2s(aim_location, &aim_screen) && aim_screen) {
render::line_with_outline(center, aim_screen, flinearcolor(1.f, 1.f, 1.f, 1.f), 1.f);
}
}
if (settings::miscellaneous::bullettp)
{
tarray<uobject*> projectile_array = defines::game_statics->get_all_actors_of_class(world, defines::actor_projectile_class);
for (int i = 0; i < projectile_array.size(); i++) {
if (!projectile_array.valid(i)) continue;
auto projectile = (actor*)projectile_array[i];
if (!projectile) continue;
auto object_name = defines::system->get_object_name(projectile);
if (!defines::string->contains(object_name.c_str(), L"Bullet", false, false))
continue;
projectile->set_actor_location(aim_location, false, 0, false);
}
}
if (settings::miscellaneous::magicbullet)
{
tarray<uobject*> projectile_array = defines::game_statics->get_all_actors_of_class(world, defines::actor_projectile_class);
for (int i = 0; i < projectile_array.size(); i++) {
if (!projectile_array.valid(i)) continue;
auto projectile = (actor*)projectile_array[i];
if (!projectile) continue;
auto object_name = defines::system->get_object_name(projectile);
projectile->set_actor_location(aim_location, false, 0, false);
}
}
if (GetAsyncKeyState(settings::aimbot::aim_key) & 0x8000) {
if (settings::aimbot::mouse) {
float width = ((double)canvas->clip_x());
float height = ((double)canvas->clip_y());
fortnite::set_aim_mouse(controller, aim_location, width, height, settings::aimbot::mouse_speed);
}
}
}
}
fortnite::temp::silent_active = temp_silent_active;
fortnite::temp::silent_rotation = temp_silent_rotation;
fortnite::temp::sticky_silent_active = temp_sticky_silent_active;
fortnite::temp::sticky_silent_rotation = temp_sticky_silent_rotation;
}
}
if (settings::weakspot::enable) {
weakspot_actor* target_weakspot = 0;
tarray<uobject*> weakspot_array = defines::game_statics->get_all_actors_of_class(world, defines::actor_weakspot_class);
for (int i = 0; i < weakspot_array.size(); i++) {
if (!weakspot_array.valid(i)) continue;
auto weakspot = (weakspot_actor*)weakspot_array[i];
if (!weakspot) continue;
if (!weakspot->is_active()) continue;
target_weakspot = weakspot;
}
auto temp_silent_active = false;
auto temp_silent_rotation = frotator();
if (target_weakspot) {
auto aim_location = target_weakspot->get_actor_location();
auto aim_screen = fvector2d();
if (controller->w2s(aim_location, &aim_screen) && aim_screen) {
render::text(L"[X]", aim_screen, flinearcolor(1.f, 0.f, 0.f, 1.f), true, true, settings::style::text_outlined);
if (settings::weakspot::weakspot_aimbot && local_pawn) {
if (settings::weakspot::target_line) {
render::line_with_outline(center, aim_screen, flinearcolor(1.f, 0.f, 0.f, 1.f), 1.f);
}
if (controller->is_key_down(defines::left_mouse_button)) {
if (settings::weakspot::silent) {
temp_silent_active = true;
temp_silent_rotation = defines::math->find_look_at_rotation(camera_location, aim_location);
}
else {
fortnite::set_aim(world, controller, camera_location, camera_rotation, aim_location, settings::weakspot::interpolate, settings::weakspot::constant, settings::weakspot::interpolate_speed);
}
}
}
}
}
}
}
namespace payson1337 {
using draw_transition_sim = void(*)(ugameviewportclient* viewport, ucanvas* canvas);
draw_transition_sim draw_transition_o = 0;
void draw_transition(ugameviewportclient* viewport, ucanvas* canvas) {
novoline_main(viewport, canvas);
return draw_transition_o(viewport, canvas);
}
static void init() {
game = get_module(L"FortniteClient-Win64-Shipping.exe");
if (!game)
return;
defines::init();