mirror of
https://github.com/ApfelTeeSaft/OG-Fortnite-Cheat.git
synced 2026-08-26 19:33:33 +00:00
raax7
999e367c20
- Added Bullet TP V2 - Added RaycastMulti function offset grabbing - Added RaycastMulti hook - Changed RaycastMulti and CalculateShot hook to only hook when required (less detection vectors) - Added box ESP types (Full and Cornered 2D only right now) - Moved math function bodies to new Math.cpp Bug-Fixes: - Fixed text issues in ImGui drawing - Fixed crash issues on release mode - Fixed crash issues on ImGui - Fixed GetPlayerViewpoint VFT index grabbing on S19 Minor Changes: - Made custom function to get weapon color from UFortItemDefinition
277 lines
13 KiB
C++
277 lines
13 KiB
C++
#include "Target.h"
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#include "../../../Utilities/Math.h"
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#include "../../../Configs/Config.h"
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#include "../FortPawnHelper/Bone.h"
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#include "../../Game.h"
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void Features::Aimbot::Target::UpdateLocalInfoAndType(Target& TargetToUpdate) {
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switch (TargetToUpdate.GlobalInfo.Type) {
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case TargetType::ClosePlayer:
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TargetToUpdate.LocalInfo.CurrentFOVSizePixels = (float)Config::Aimbot::CloseAim::FOV * Game::PixelsPerDegree;
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TargetToUpdate.LocalInfo.CurrentFOVSizeDegrees = Config::Aimbot::CloseAim::FOV;
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TargetToUpdate.LocalInfo.CurrentSmoothing = Config::Aimbot::CloseAim::Smoothing;
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if (TargetToUpdate.LocalInfo.DistanceFromPlayer > Config::Aimbot::CloseAim::Range || !Config::Aimbot::CloseAim::Enabled) {
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TargetToUpdate.GlobalInfo.Type = TargetType::FarPlayer;
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}
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break;
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case TargetType::FarPlayer:
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TargetToUpdate.LocalInfo.CurrentFOVSizePixels = (float)Config::Aimbot::Standard::FOV * Game::PixelsPerDegree;
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TargetToUpdate.LocalInfo.CurrentFOVSizeDegrees = Config::Aimbot::Standard::FOV;
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TargetToUpdate.LocalInfo.CurrentSmoothing = Config::Aimbot::Standard::Smoothing;
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if (TargetToUpdate.LocalInfo.DistanceFromPlayer <= Config::Aimbot::CloseAim::Range && Config::Aimbot::CloseAim::Enabled) {
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TargetToUpdate.GlobalInfo.Type = TargetType::ClosePlayer;
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}
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break;
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case TargetType::Weakspot:
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TargetToUpdate.LocalInfo.CurrentFOVSizePixels = (float)Config::Aimbot::Weakspot::FOV * Game::PixelsPerDegree;
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TargetToUpdate.LocalInfo.CurrentFOVSizeDegrees = Config::Aimbot::Weakspot::FOV;
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TargetToUpdate.LocalInfo.CurrentSmoothing = Config::Aimbot::Weakspot::Smoothing;
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break;
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case TargetType::Other:
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TargetToUpdate.LocalInfo.CurrentFOVSizePixels = (float)Config::Aimbot::Standard::FOV * Game::PixelsPerDegree;
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TargetToUpdate.LocalInfo.CurrentFOVSizeDegrees = Config::Aimbot::Standard::FOV;
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TargetToUpdate.LocalInfo.CurrentSmoothing = Config::Aimbot::Standard::Smoothing;
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break;
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}
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}
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void Features::Aimbot::Target::ResetTarget() {
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// Reset the global info
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{
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GlobalInfo.Type = TargetType::NONE;
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GlobalInfo.TargetActor = nullptr;
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GlobalInfo.TargetActorPosition = SDK::FVector(0, 0, 0);
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GlobalInfo.TargetActorPosition2D = SDK::FVector2D(0, 0);
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GlobalInfo.TargetBonePosition = SDK::FVector(0, 0, 0);
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GlobalInfo.TargetBonePosition2D = SDK::FVector2D(0, 0);
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GlobalInfo.TargetBoneId = Features::FortPawnHelper::Bone::None;
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}
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// Reset the local info
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{
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// Set to float max so that any target will be less than this
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LocalInfo.DistanceFromCrosshairDegrees = FLT_MAX;
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LocalInfo.DistanceFromCrosshairPixels = FLT_MAX;
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LocalInfo.DistanceFromPlayer = FLT_MAX;
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LocalInfo.SmartTargetingDistance = FLT_MAX;
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LocalInfo.IsTargeting = false;
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LocalInfo.IsOnScreen = false;
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LocalInfo.TargetRotation = SDK::FRotator(0, 0, 0);
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LocalInfo.TargetRotationChange = SDK::FRotator(0, 0, 0);
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LocalInfo.CurrentFOVSizePixels = 0;
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LocalInfo.CurrentFOVSizeDegrees = 0;
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LocalInfo.CurrentSmoothing = 0.f;
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}
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}
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void Features::Aimbot::Target::TargetTick(bool SeenTargetThisFrame) {
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// Resets if:
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// - The target wasn't seen this frame
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// - The target is outside of the FOV circle in pixels and is on the screen
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// - The target is outside of the FOV circle in degrees and is NOT on the screen
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// - The target pointer is null
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UpdateLocalInfoAndType(*this);
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if (LocalInfo.IsOnScreen) {
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if (LocalInfo.DistanceFromCrosshairPixels > LocalInfo.CurrentFOVSizePixels) {
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// If the player is on the screen and outside of the FOV circle in pixels, then don't update the target
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ResetTarget();
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}
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}
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else {
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if (LocalInfo.DistanceFromCrosshairDegrees > LocalInfo.CurrentFOVSizeDegrees) {
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// If the player is on the screen and outside of the FOV circle in degrees, then don't update the target
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ResetTarget();
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}
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}
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if (!SeenTargetThisFrame || GlobalInfo.TargetActor == nullptr) {
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ResetTarget();
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return;
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}
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}
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bool Features::Aimbot::Target::ShouldSetTarget(Target PotentialTarget) {
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// We have to do this goofy method to simulate the distance from the crosshair in degrees. It's not perfect, but it's good enough and not noticeable.
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// Update the info so that we use the correct FOV size for verifying if we should update the target
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UpdateLocalInfoAndType(PotentialTarget);
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if (PotentialTarget.LocalInfo.IsOnScreen) {
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if (PotentialTarget.LocalInfo.DistanceFromCrosshairPixels > PotentialTarget.LocalInfo.CurrentFOVSizePixels) {
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// If the player is on the screen and outside of the FOV circle in pixels, then don't update the target
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return false;
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}
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}
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else {
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if (PotentialTarget.LocalInfo.DistanceFromCrosshairDegrees > PotentialTarget.LocalInfo.CurrentFOVSizeDegrees) {
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// If the player is on the screen and outside of the FOV circle in degrees, then don't update the target
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return false;
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}
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}
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if (PotentialTarget.GlobalInfo.Type > GlobalInfo.Type) {
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// If the target priority is lower than the current target, then don't update the target
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return false;
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}
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else if (PotentialTarget.GlobalInfo.Type < GlobalInfo.Type) {
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// If the target priority is higher than the current target, then update the target
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return true;
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}
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else if (PotentialTarget.GlobalInfo.Type == GlobalInfo.Type) {
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// If the target priority is the same as the current target, then check the parameters
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if (LocalInfo.IsTargeting && Config::Aimbot::StickyAim) {
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// If we are targeting and using sticky aim, then don't update
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return false;
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}
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float CurrentDistance;
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float PotentialTargetDistance;
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// Get the distance based off the target distance types
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switch (Config::Aimbot::TargettingType) {
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case ConfigTypes::AimbotType::Smart:
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CurrentDistance = LocalInfo.SmartTargetingDistance;
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PotentialTargetDistance = PotentialTarget.LocalInfo.SmartTargetingDistance;
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break;
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case ConfigTypes::AimbotType::Crosshair:
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CurrentDistance = LocalInfo.DistanceFromCrosshairDegrees;
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PotentialTargetDistance = PotentialTarget.LocalInfo.DistanceFromCrosshairDegrees;
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break;
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case ConfigTypes::AimbotType::Distance:
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CurrentDistance = LocalInfo.DistanceFromPlayer;
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PotentialTargetDistance = PotentialTarget.LocalInfo.DistanceFromPlayer;
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break;
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default:
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return false;
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}
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if (PotentialTargetDistance < CurrentDistance) {
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// If the potential new target distance is less than the current target distance, then update the target
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return true;
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}
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}
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return false;
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}
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void Features::Aimbot::Target::SetTarget(Target NewTarget, bool ForceSetTarget) {
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UpdateLocalInfoAndType(NewTarget);
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if (ForceSetTarget) {
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*this = NewTarget;
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return;
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}
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else if (ShouldSetTarget(NewTarget)) {
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*this = NewTarget;
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return;
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}
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}
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void Features::Aimbot::PlayerTarget::UpdateTargetInfo(Target& Target, Actors::Caches::FortPawnCache& TargetCache, const Actors::Caches::CameraCache& MainCamera, const Actors::Caches::CameraCache& AimbotCamera, const float FPSScale) {
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// Update global information
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Target.GlobalInfo.TargetActor = TargetCache.FortPawn;
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Target.GlobalInfo.TargetBoneId = Features::FortPawnHelper::Bone::FindBestBone(Features::FortPawnHelper::Bone::Head, TargetCache, Config::Aimbot::VisibleCheck);
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// Determine target type
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Target.GlobalInfo.Type = (Target.LocalInfo.DistanceFromPlayer <= Config::Aimbot::CloseAim::Range && Config::Aimbot::CloseAim::Enabled) ? Target::TargetType::ClosePlayer : Target::TargetType::FarPlayer;
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// Update positions
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Target.GlobalInfo.TargetActorPosition = TargetCache.BonePositions3D[Features::FortPawnHelper::Bone::Root];
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Target.GlobalInfo.TargetActorPosition2D = TargetCache.BonePositions2D[Features::FortPawnHelper::Bone::Root];
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Target.GlobalInfo.TargetBonePosition = TargetCache.BonePositions3D[Target.GlobalInfo.TargetBoneId];
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Target.GlobalInfo.TargetBonePosition2D = TargetCache.BonePositions2D[Target.GlobalInfo.TargetBoneId];
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SDK::FRotator TargetCameraRotation = SDK::UKismetMathLibrary::StaticClass()->FindLookAtRotation(AimbotCamera.Position, Target.GlobalInfo.TargetBonePosition);
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// Update local information
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Target.LocalInfo.DistanceFromCrosshairDegrees = Math::GetDegreeDistance(MainCamera.Rotation, TargetCameraRotation);
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Target.LocalInfo.DistanceFromCrosshairPixels = Math::GetDistance2D(Target.GlobalInfo.TargetBonePosition2D.X, Target.GlobalInfo.TargetBonePosition2D.Y, Game::ScreenCenterX, Game::ScreenCenterY);
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Target.LocalInfo.DistanceFromPlayer = TargetCache.DistanceFromLocalPawn;
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Target.LocalInfo.SmartTargetingDistance = (Target.LocalInfo.DistanceFromCrosshairDegrees * 20) + Target.LocalInfo.DistanceFromPlayer;
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Target.LocalInfo.IsOnScreen = TargetCache.IsPlayerVisibleOnScreen;
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// Apply FPS scaling for smoothing
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if (FPSScale) {
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UpdateLocalInfoAndType(Target);
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float AimbotSpeed;
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if (Target.LocalInfo.CurrentSmoothing <= 1.f) {
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AimbotSpeed = Target.LocalInfo.CurrentSmoothing;
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}
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else {
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AimbotSpeed = Target.LocalInfo.CurrentSmoothing * FPSScale;
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}
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Target.LocalInfo.TargetRotation = TargetCameraRotation;
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// Calculate smoothed rotation
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Target.LocalInfo.TargetRotationChange = SDK::FRotator(Target.LocalInfo.TargetRotation.Pitch - AimbotCamera.Rotation.Pitch, Target.LocalInfo.TargetRotation.Yaw - AimbotCamera.Rotation.Yaw, 0.f);
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Target.LocalInfo.TargetRotationChange = Math::NormalizeAxis(Target.LocalInfo.TargetRotationChange);
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SDK::FRotator RotationAfterSmooth = Target.LocalInfo.TargetRotationChange / AimbotSpeed;
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RotationAfterSmooth = Math::NormalizeAxis(RotationAfterSmooth);
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Target.LocalInfo.TargetRotationWithSmooth = SDK::FRotator(AimbotCamera.Rotation.Pitch + RotationAfterSmooth.Pitch, AimbotCamera.Rotation.Yaw + RotationAfterSmooth.Yaw, 0.f);
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Target.LocalInfo.TargetRotationWithSmooth = Math::NormalizeAxis(Target.LocalInfo.TargetRotationWithSmooth);
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Target.LocalInfo.TargetRotationWithSmooth = SDK::FRotator(Target.LocalInfo.TargetRotationWithSmooth.Pitch, Target.LocalInfo.TargetRotationWithSmooth.Yaw, 0.f); // 0 on the roll so the camera doesn't get stuck tilted
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}
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}
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void Features::Aimbot::WeakSpotTarget::UpdateTargetInfo(Target& Target, SDK::ABuildingWeakSpot* WeakSpot, const Actors::Caches::CameraCache& MainCamera, const Actors::Caches::CameraCache& AimbotCamera, const float FPSScale) {
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// Update global information
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Target.GlobalInfo.TargetActor = WeakSpot;
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// Set target type
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Target.GlobalInfo.Type = Target::TargetType::Weakspot;
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// Update positions
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SDK::FVector RootComponentPosition = WeakSpot->GetRootComponent()->GetPosition();
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SDK::FVector2D RootComponentPosition2D = SDK::Project(RootComponentPosition);
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Target.GlobalInfo.TargetActorPosition = RootComponentPosition;
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Target.GlobalInfo.TargetActorPosition2D = RootComponentPosition2D;
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Target.GlobalInfo.TargetBonePosition = RootComponentPosition;
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Target.GlobalInfo.TargetBonePosition2D = RootComponentPosition2D;
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SDK::FRotator TargetCameraRotation = SDK::UKismetMathLibrary::StaticClass()->FindLookAtRotation(AimbotCamera.Position, Target.GlobalInfo.TargetActorPosition);
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// Update local information
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Target.LocalInfo.DistanceFromCrosshairDegrees = Math::GetDegreeDistance(MainCamera.Rotation, TargetCameraRotation);
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Target.LocalInfo.DistanceFromCrosshairPixels = Math::GetDistance2D(Target.GlobalInfo.TargetActorPosition2D.X, Target.GlobalInfo.TargetActorPosition2D.Y, Game::ScreenCenterX, Game::ScreenCenterY);
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Target.LocalInfo.DistanceFromPlayer = Actors::LocalPawnCache.Position.Distance(Target.GlobalInfo.TargetActorPosition) / 100.f;
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Target.LocalInfo.SmartTargetingDistance = (Target.LocalInfo.DistanceFromCrosshairDegrees * 20) + Target.LocalInfo.DistanceFromPlayer;
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Target.LocalInfo.IsOnScreen = Math::IsOnScreen(Target.GlobalInfo.TargetActorPosition2D);
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// Apply FPS scaling for smoothing
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if (FPSScale) {
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UpdateLocalInfoAndType(Target);
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float AimbotSpeed;
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if (Target.LocalInfo.CurrentSmoothing <= 1) {
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AimbotSpeed = Target.LocalInfo.CurrentSmoothing;
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}
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else {
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AimbotSpeed = Target.LocalInfo.CurrentSmoothing * FPSScale;
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}
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Target.LocalInfo.TargetRotation = TargetCameraRotation;
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// Calculate smoothed rotation
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Target.LocalInfo.TargetRotationChange = SDK::FRotator(Target.LocalInfo.TargetRotation.Pitch - AimbotCamera.Rotation.Pitch, Target.LocalInfo.TargetRotation.Yaw - AimbotCamera.Rotation.Yaw, 0.f);
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Target.LocalInfo.TargetRotationChange = Math::NormalizeAxis(Target.LocalInfo.TargetRotationChange);
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SDK::FRotator RotationAfterSmooth = Target.LocalInfo.TargetRotationChange / AimbotSpeed;
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RotationAfterSmooth = Math::NormalizeAxis(RotationAfterSmooth);
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Target.LocalInfo.TargetRotationWithSmooth = SDK::FRotator(AimbotCamera.Rotation.Pitch + RotationAfterSmooth.Pitch, AimbotCamera.Rotation.Yaw + RotationAfterSmooth.Yaw, 0.f);
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Target.LocalInfo.TargetRotationWithSmooth = Math::NormalizeAxis(Target.LocalInfo.TargetRotationWithSmooth);
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Target.LocalInfo.TargetRotationWithSmooth = SDK::FRotator(Target.LocalInfo.TargetRotationWithSmooth.Pitch, Target.LocalInfo.TargetRotationWithSmooth.Yaw, 0.f); // 0 on the roll so the camera doesn't get stuck tilted
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}
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} |