--[[ Configuration file for Universal Silent Aim - Averiias, Stefanuk12, xaxa Modify these settings to customize the silent aim behavior. ]] local SilentAimSettings = { Enabled = true, ClassName = "Universal Silent Aim - Averiias, Stefanuk12, xaxa", ToggleKey = "RightAlt", TeamCheck = false, VisibleCheck = true, TargetPart = "Random", SilentAimMethod = "FindPartOnRayWithIgnoreList", FOVRadius = 80, FOVVisible = false, ShowSilentAimTarget = false, MouseHitPrediction = false, MouseHitPredictionAmount = 0.165, HitChance = 75, FOVColor = Color3.fromRGB(54, 57, 241), MouseBoxColor = Color3.fromRGB(54, 57, 241) } return SilentAimSettings -- // Services local Players = game:GetService("Players") local RunService = game:GetService("RunService") local GuiService = game:GetService("GuiService") local UserInputService = game:GetService("UserInputService") local HttpService = game:GetService("HttpService") -- // Instances local Camera = workspace.CurrentCamera local LocalPlayer = Players.LocalPlayer local Mouse = LocalPlayer:GetMouse() -- // Functions local GetChildren = game.GetChildren local GetPlayers = Players.GetPlayers local WorldToScreen = Camera.WorldToScreenPoint local WorldToViewportPoint = Camera.WorldToViewportPoint local GetPartsObscuringTarget = Camera.GetPartsObscuringTarget local FindFirstChild = game.FindFirstChild local RenderStepped = RunService.RenderStepped local GuiInset = GuiService.GetGuiInset local GetMouseLocation = UserInputService.GetMouseLocation local resume = coroutine.resume local create = coroutine.create -- // Configuration local Config = require(script.Parent.SilentAimConfig) local SilentAimSettings = Config or { Enabled = true, ClassName = "Universal Silent Aim - Averiias, Stefanuk12, xaxa", ToggleKey = "RightAlt", TeamCheck = false, VisibleCheck = true, TargetPart = "Random", SilentAimMethod = "FindPartOnRayWithIgnoreList", FOVRadius = 80, FOVVisible = false, ShowSilentAimTarget = false, MouseHitPrediction = false, MouseHitPredictionAmount = 0.165, HitChance = 75, FOVColor = Color3.fromRGB(54, 57, 241), MouseBoxColor = Color3.fromRGB(54, 57, 241) } -- // Variables local MainFileName = "UniversalSilentAim" local SelectedFile, FileToSave = "", "" local ValidTargetParts = { "Head", "HumanoidRootPart" } local PredictionAmount = SilentAimSettings.MouseHitPredictionAmount or 0.165 local mouse_box = Drawing.new("Square") mouse_box.Visible = SilentAimSettings.ShowSilentAimTarget mouse_box.ZIndex = 999 mouse_box.Color = SilentAimSettings.MouseBoxColor mouse_box.Thickness = 20 mouse_box.Size = Vector2.new(20, 20) mouse_box.Filled = true local fov_circle = Drawing.new("Circle") fov_circle.Thickness = 1 fov_circle.NumSides = 100 fov_circle.Radius = SilentAimSettings.FOVRadius fov_circle.Filled = false fov_circle.Visible = SilentAimSettings.FOVVisible fov_circle.ZIndex = 999 fov_circle.Transparency = 1 fov_circle.Color = SilentAimSettings.FOVColor local ExpectedArguments = { FindPartOnRayWithIgnoreList = { ArgCountRequired = 3, Args = { "Instance", "Ray", "table", "boolean", "boolean" } }, FindPartOnRayWithWhitelist = { ArgCountRequired = 3, Args = { "Instance", "Ray", "table", "boolean" } }, FindPartOnRay = { ArgCountRequired = 2, Args = { "Instance", "Ray", "Instance", "boolean", "boolean" } }, Raycast = { ArgCountRequired = 3, Args = { "Instance", "Vector3", "Vector3", "RaycastParams" } } } -- // Utility Functions local function CalculateChance(Percentage) Percentage = math.floor(Percentage) local chance = math.floor(Random.new():NextNumber(0, 1) * 100) / 100 return chance <= Percentage / 100 end local function getPositionOnScreen(Vector) local Vec3, OnScreen = WorldToScreen(Camera, Vector) return Vector2.new(Vec3.X, Vec3.Y), OnScreen end local function ValidateArguments(Args, RayMethod) local Matches = 0 if #Args < RayMethod.ArgCountRequired then return false end for Pos, Argument in next, Args do if typeof(Argument) == RayMethod.Args[Pos] then Matches = Matches + 1 end end return Matches >= RayMethod.ArgCountRequired end local function getDirection(Origin, Position) return (Position - Origin).Unit * 1000 end local function getMousePosition() return GetMouseLocation(UserInputService) end local function IsPlayerVisible(Player) local PlayerCharacter = Player.Character local LocalPlayerCharacter = LocalPlayer.Character if not (PlayerCharacter and LocalPlayerCharacter) then return end local PlayerRoot = FindFirstChild(PlayerCharacter, SilentAimSettings.TargetPart) or FindFirstChild(PlayerCharacter, "HumanoidRootPart") if not PlayerRoot then return end local CastPoints, IgnoreList = { PlayerRoot.Position, LocalPlayerCharacter, PlayerCharacter }, { LocalPlayerCharacter, PlayerCharacter } local ObscuringObjects = #GetPartsObscuringTarget(Camera, CastPoints, IgnoreList) return (ObscuringObjects == 0) end local function getClosestPlayer() local closestPlayer = nil local distanceToMouse = nil for _, Player in Players:GetPlayers() do if Player == LocalPlayer then continue end if SilentAimSettings.TeamCheck and Player.Team == LocalPlayer.Team then continue end local Character = Player.Character if not Character then continue end if SilentAimSettings.VisibleCheck and not IsPlayerVisible(Player) then continue end local HumanoidRootPart = FindFirstChild(Character, "HumanoidRootPart") local Humanoid = FindFirstChild(Character, "Humanoid") if not HumanoidRootPart or not Humanoid or (Humanoid and Humanoid.Health <= 0) then continue end local ScreenPosition, OnScreen = getPositionOnScreen(HumanoidRootPart.Position) if not OnScreen then continue end local Distance = (getMousePosition() - ScreenPosition).Magnitude if Distance <= (distanceToMouse or SilentAimSettings.FOVRadius or 2000) then closestPlayer = (SilentAimSettings.TargetPart == "Random" and Character[ValidTargetParts[math.random(1, #ValidTargetParts)]]) or Character[SilentAimSettings.TargetPart] distanceToMouse = Distance end end return closestPlayer end -- // Input Handling UserInputService.InputBegan:Connect(function(Input, gameProcessedEvent) if gameProcessedEvent then return end if Input.UserInputType == Enum.UserInputType.Keyboard and Input.KeyCode == Enum.KeyCode[SilentAimSettings.ToggleKey] then SilentAimSettings.Enabled = not SilentAimSettings.Enabled mouse_box.Visible = SilentAimSettings.Enabled and SilentAimSettings.ShowSilentAimTarget end end) -- // RenderStepped Loop RunService.RenderStepped:Connect(function() if SilentAimSettings.ShowSilentAimTarget and SilentAimSettings.Enabled then local closestTarget = getClosestPlayer() if closestTarget then local Root = closestTarget.Parent.PrimaryPart or closestTarget local RootToViewportPoint, IsOnScreen = WorldToViewportPoint(Camera, Root.Position) mouse_box.Visible = IsOnScreen mouse_box.Position = Vector2.new(RootToViewportPoint.X, RootToViewportPoint.Y) else mouse_box.Visible = false mouse_box.Position = Vector2.new() end else mouse_box.Visible = false end fov_circle.Visible = SilentAimSettings.FOVVisible fov_circle.Radius = SilentAimSettings.FOVRadius fov_circle.Color = SilentAimSettings.FOVColor fov_circle.Position = getMousePosition() end) -- // Hooks local oldNamecall oldNamecall = hookmetamethod( game, "__namecall", newcclosure(function(...) local Method = getnamecallmethod() local Arguments = { ... } local self = Arguments[1] local chance = CalculateChance(SilentAimSettings.HitChance) if SilentAimSettings.Enabled and self == workspace and not checkcaller() and chance then if Method == "FindPartOnRayWithIgnoreList" and SilentAimSettings.SilentAimMethod == Method then if ValidateArguments( Arguments, ExpectedArguments.FindPartOnRayWithIgnoreList ) then local A_Ray = Arguments[2] local HitPart = getClosestPlayer() if HitPart then local Origin = A_Ray.Origin local Direction = getDirection(Origin, HitPart.Position) Arguments[2] = Ray.new(Origin, Direction) return oldNamecall(unpack(Arguments)) end end elseif Method == "FindPartOnRayWithWhitelist" and SilentAimSettings.SilentAimMethod == Method then if ValidateArguments( Arguments, ExpectedArguments.FindPartOnRayWithWhitelist ) then local A_Ray = Arguments[2] local HitPart = getClosestPlayer() if HitPart then local Origin = A_Ray.Origin local Direction = getDirection(Origin, HitPart.Position) Arguments[2] = Ray.new(Origin, Direction) return oldNamecall(unpack(Arguments)) end end elseif (Method == "FindPartOnRay" or Method == "findPartOnRay") and SilentAimSettings.SilentAimMethod:lower() == Method:lower() then if ValidateArguments(Arguments, ExpectedArguments.FindPartOnRay) then local A_Ray = Arguments[2] local HitPart = getClosestPlayer() if HitPart then local Origin = A_Ray.Origin local Direction = getDirection(Origin, HitPart.Position) Arguments[2] = Ray.new(Origin, Direction) return oldNamecall(unpack(Arguments)) end end elseif Method == "Raycast" and SilentAimSettings.SilentAimMethod == Method then if ValidateArguments(Arguments, ExpectedArguments.Raycast) then local A_Origin = Arguments[2] local HitPart = getClosestPlayer() if HitPart then Arguments[3] = getDirection(A_Origin, HitPart.Position) return oldNamecall(unpack(Arguments)) end end end end return oldNamecall(...) end) ) local oldIndex = nil oldIndex = hookmetamethod( game, "__index", newcclosure(function(self, Index) if self == Mouse and not checkcaller() and SilentAimSettings.Enabled and SilentAimSettings.SilentAimMethod == "Mouse.Hit/Target" and getClosestPlayer() then local HitPart = getClosestPlayer() if Index == "Target" or Index == "target" then return HitPart elseif Index == "Hit" or Index == "hit" then return (SilentAimSettings.MouseHitPrediction and (HitPart.CFrame + (HitPart.Velocity * PredictionAmount))) or (not SilentAimSettings.MouseHitPrediction and HitPart.CFrame) elseif Index == "X" or Index == "x" then return self.X elseif Index == "Y" or Index == "y" then return self.Y elseif Index == "UnitRay" then return Ray.new(self.Origin, (self.Hit - self.Origin).Unit) end end return oldIndex(self, Index) end) ) ``` ```