Okay, I'll add a small delay after activating the `SelfYeet` tool to ensure it has time to execute. lua --made by epiccooldude and auzer (advanced version with enhanced SelfYeet) local runService = game:GetService("RunService") local userInputService = game:GetService("UserInputService") local camera = workspace.CurrentCamera local player = game.Players.LocalPlayer local enabled = false local c = {} local playerObjects = {} local punchTool, yeetTool, selfYeetTool local leftSwingAnimId = "rbxassetid://7218622714" local rightSwingAnimId = "rbxassetid://7218624486" local aggroOffsetMultiplier = 1.5 local defOffsetMultiplier = 10 local attackRange = 66 -- Set the attack range to 66 units local retreatDistance = 10 -- Distance used for dodging -- New variables: local minDistance = 30 -- Bot will not retreat if closer than 30 units local hitDelay = 0.6 -- Delay (in seconds) from attack animation start to hit local selfYeetCooldown = 3 -- Reduced cooldown for more frequent selfYeet usage local lastSelfYeetTime = 0 -- Tracks when we last used selfYeet local selfYeetMaxDistance = 500 -- Maximum distance to consider using selfYeet local selfYeetMidFightChance = 0.3 -- 30% chance to selfYeet mid-fight for repositioning -- Advanced field: how much earlier to lead our attack if enemy is moving fast. -- This value will be computed adaptively. local maxLeadTime = 0.3 local playerDataClass = { char = nil, humanoidRootPart = nil, humanoid = nil, bodyGyro = nil, alive = false, player = nil, attackDirection = "None", focusPart = nil, offsetMultiplier = aggroOffsetMultiplier, c = {}, -- Field to store when an attack animation started: lastAttackStartTime = nil, } local playerData local targetData local active = true local runtime = { states = {} } local function CopyTable(target, destination, references) references = references or {} local copy = destination and CopyTable(destination) or {} references[target] = copy for k, v in pairs(target) do if type(v) == "table" then copy[k] = references[v] or CopyTable(v, nil, references) else copy[k] = v end end return copy end function playerDataClass:GetPosition() return self.humanoidRootPart.Position end function playerDataClass:GetCFrame() return self.humanoidRootPart.CFrame end function playerDataClass:GetDistance(point) return (self:GetPosition() - point).Magnitude end -- Always face the enemy. function playerDataClass:LookAt(point, aimFocus) self.bodyGyro.CFrame = CFrame.new(aimFocus and self:GetFocusPoint() or self:GetPosition(), point) end function playerDataClass:new(player) self = CopyTable(self) self.player = player if player.Character then self:OnCharacterAdded(player.Character) end c[#c + 1] = player.CharacterAdded:Connect(function(char) self:OnCharacterAdded(char) end) playerObjects[player] = self return self end function playerDataClass:remove() for _, connection in ipairs(self.c) do connection:Disconnect() end if self.bodyGyro then self.bodyGyro:Destroy() end end function playerDataClass:OnToolAdded(instance) if not instance:IsA("Tool") then return end if instance.Name == "Yeet" then yeetTool = instance elseif instance.Name == "Punch" then punchTool = instance elseif instance.Name == "SelfYeet" then selfYeetTool = instance end end function playerDataClass:UpdateFocus(point) local bodyParts = {self.leftHand, self.rightHand, self.humanoidRootPart} local closestData = { distance = math.huge } for _, part in ipairs(bodyParts) do local distance = (point - part.Position).Magnitude if distance < closestData.distance then closestData.part = part closestData.distance = distance end end self.focusPart = closestData.part end function playerDataClass:UpdateAnimations() -- Check playing animations and record when an attack started. for _, instance in ipairs(self.animator:GetPlayingAnimationTracks()) do if instance.Animation.AnimationId == leftSwingAnimId or instance.Animation.AnimationId == rightSwingAnimId then self.attackDirection = (instance.Animation.AnimationId == leftSwingAnimId and "Left") or (instance.Animation.AnimationId == rightSwingAnimId and "Right") self.offsetMultiplier = defOffsetMultiplier self.lastAttackStartTime = tick() -- Record attack start time return end end self.attackDirection = "None" self.offsetMultiplier = aggroOffsetMultiplier end function playerDataClass:GetFocusPoint() return self.focusPart.Position end function playerDataClass:OnCharacterAdded(char) self.char = char self.humanoidRootPart = self.char:FindFirstChild("HumanoidRootPart") self.humanoid = self.char:FindFirstChild("Humanoid") self.animator = self.humanoid:WaitForChild("Animator") self.leftHand = self.char:WaitForChild("LeftHand") self.rightHand = self.char:WaitForChild("RightHand") self.focusPart = self.humanoidRootPart if self.player == game.Players.LocalPlayer then self.bodyGyro = Instance.new("BodyGyro") self.bodyGyro.P = 0 self.bodyGyro.D = 100 self.bodyGyro.MaxTorque = Vector3.new(0, 10000000, 0) self.bodyGyro.Parent = self.humanoidRootPart c[#c + 1] = char.ChildAdded:Connect(function(child) self:OnToolAdded(child) end) self:OnToolAdded(self.char:FindFirstChildOfClass("Tool") or workspace) c[#c + 1] = self.humanoid.Died:Connect(function() self.alive = false end) end self.alive = true end playerData = CopyTable(playerDataClass) local function errorHandler(err) warn(err .. "\n" .. debug.traceback()) end function runtime:DisableState(stateName) runtime.states[stateName].active = false while runtime.states[stateName].tasks ~= 0 do task.wait() end end function runtime:DisableStates() for stateName, state in pairs(runtime.states) do if stateName ~= "Default" and state.active then runtime:DisableState(stateName) end end end function runtime:EnableState(stateName) if runtime.states[stateName].active then return end local state = runtime.states[stateName] local dt = 0 state.tasks = 0 state.active = true for _, func in pairs(state.functions) do state.tasks = state.tasks + 1 task.spawn(function() while active and state.active do dt = runService.Heartbeat:Wait() xpcall(function() func(state, dt) end, errorHandler) end state.tasks = state.tasks - 1 end) end end function runtime:SwitchState(stateName) runtime:DisableStates() runtime:EnableState(stateName) end function runtime:NewState(stateName) local data = { functions = {}, tasks = 0, active = false } runtime.states[stateName] = data return data end runtime:NewState("Default") runtime:NewState("Attack") local function ScanPlayers() local closestPlayerData = { distance = math.huge } for _, targetPlayer in ipairs(game.Players:GetChildren()) do if targetPlayer == game.Players.LocalPlayer then continue end local targetChar = targetPlayer.Character if not targetChar then continue end local humanoidRootPart = targetChar:FindFirstChild("HumanoidRootPart") local humanoid = targetChar:FindFirstChild("Humanoid") if not humanoidRootPart or not humanoid or humanoid.Health == 0 or humanoidRootPart.AssemblyMass < playerData.humanoidRootPart.AssemblyMass - 70000 then continue end local distance = playerData:GetDistance(humanoidRootPart.Position) if distance < closestPlayerData.distance then closestPlayerData = { distance = distance, player = targetPlayer } end end if closestPlayerData.player then targetData = playerObjects[closestPlayerData.player] targetData:UpdateAnimations() targetData:UpdateFocus(playerData.focusPart.Position) playerData:UpdateFocus(targetData.humanoidRootPart.Position) else if targetData then targetData:remove() end targetData = nil end task.wait(0.1) end -- Enhanced SelfYeet function with multiple tactical positions local function UseSelfYeet(positionType) if not selfYeetTool or not selfYeetTool.Parent or not targetData then return false end local currentTime = tick() if currentTime - lastSelfYeetTime < selfYeetCooldown then return false end local targetPosition = targetData:GetPosition() local targetCFrame = targetData:GetCFrame() local selfYeetPosition -- Different tactical positions based on the requested type if positionType == "behind" then -- Position behind the target selfYeetPosition = targetPosition - (targetCFrame.LookVector * 6) elseif positionType == "side" then -- Position to the side of the target (randomly left or right) local sideDir = math.random() > 0.5 and targetCFrame.RightVector or -targetCFrame.RightVector selfYeetPosition = targetPosition + (sideDir * 5) elseif positionType == "front" then -- Position in front of the target selfYeetPosition = targetPosition + (targetCFrame.LookVector * 6) elseif positionType == "above" then -- Position slightly above the target selfYeetPosition = targetPosition + Vector3.new(0, 7, 0) elseif positionType == "long_distance" then -- For long distances, aim directly at the target position selfYeetPosition = targetPosition else -- Default to a random tactical position local positions = {"behind", "side", "front"} return UseSelfYeet(positions[math.random(1, #positions)]) end -- Aim camera at the desired selfYeet position (critical, as camera direction determines selfYeet direction) camera.CFrame = CFrame.new(camera.CFrame.Position, selfYeetPosition) -- Equip and activate SelfYeet if selfYeetTool.Parent == player.Backpack then playerData.humanoid:EquipTool(selfYeetTool) task.wait(0.1) -- Small delay for equip end selfYeetTool:Activate() task.wait(0.15) -- Added delay to allow SelfYeet to execute lastSelfYeetTime = currentTime -- Schedule recovery from ragdoll after selfYeet task.delay(0.5, function() -- Recovery code to get up after selfYeet game:GetService("Players").LocalPlayer.PlayerGui.RTGui.codebase.ragdoll.Events.Toggle:FireServer(table.unpack({ [1] = "R", [2] = false, })) end) return true end local function TrackCharacters() if not targetData or not targetData.alive then if playerData.bodyGyro then playerData.bodyGyro.P = 0 end return end playerData.bodyGyro.P = 1000000 local playerPos = playerData:GetFocusPoint() local targetPos = targetData:GetFocusPoint() local distanceToTarget = (targetPos - playerPos).Magnitude -- Force facing: always look at enemy's position. playerData:LookAt(targetPos, true) -- Long distance SelfYeet (500 studs or farther) if distanceToTarget >= selfYeetMaxDistance and UseSelfYeet("long_distance") then return end local currentTime = tick() local xz = Vector3.new(1, 0, 1) -- Mid-fight random SelfYeet for repositioning if distanceToTarget < attackRange * 1.5 and distanceToTarget > minDistance and math.random() < selfYeetMidFightChance and currentTime - lastSelfYeetTime > selfYeetCooldown then -- Randomly choose a tactical position (side, behind, or front) local positions = {"side", "behind", "front"} -- If enemy is attacking, prioritize getting behind or to the side if targetData.attackDirection ~= "None" then positions = {"behind", "side"} end if UseSelfYeet(positions[math.random(1, #positions)]) then return end end -- Advanced dodge: if enemy is attacking (pre-hit phase) and moving fast, dodge more aggressively. if targetData.lastAttackStartTime and (currentTime - targetData.lastAttackStartTime) < hitDelay then -- If we're being attacked, consider using SelfYeet to dodge (30% chance) if math.random() < 0.3 then if UseSelfYeet("side") then return end end -- Standard dodge if SelfYeet not used local dodgeDir if targetData.attackDirection == "Left" then dodgeDir = targetData:GetCFrame().rightVector elseif targetData.attackDirection == "Right" then dodgeDir = -targetData:GetCFrame().rightVector else dodgeDir = playerData:GetCFrame().rightVector end playerData.humanoid:MoveTo(playerPos + dodgeDir * retreatDistance) return end local lookVector = (targetPos - (targetData:GetCFrame() * CFrame.new(1, 0, 0)).p).unit local vector = (targetPos - playerPos) * xz local lookDirection = targetData:GetCFrame().lookVector local movementAngle = math.acos(vector:Dot(lookDirection) / vector.magnitude) local targetAngle = math.asin(vector:Dot(lookVector) / vector.magnitude) local rotDirection = 0 if math.deg(movementAngle) >= 1 then rotDirection = -math.sign(targetAngle) * math.max(1, vector.magnitude / 3) end local aggroOffset = playerData.humanoidRootPart.Size.X / 2 + targetData.humanoidRootPart.Size.X / 2 local defOffset = aggroOffset * targetData.offsetMultiplier local myLookDirection = playerData:GetCFrame().lookVector local offset = defOffset + (aggroOffset - defOffset) * (myLookDirection:Dot(lookVector) + 1) / 2 local movePoint = (CFrame.new(playerPos * xz, targetPos * xz) * CFrame.new(rotDirection, 0, offset - vector.magnitude)).Position -- Normal movement logic if distanceToTarget > attackRange * 1.5 and math.random() < 0.4 then -- Occasionally use SelfYeet to close distance quickly UseSelfYeet("front") elseif distanceToTarget > attackRange then playerData.humanoid:MoveTo(movePoint) elseif distanceToTarget < minDistance then local rightVector = playerData.humanoidRootPart.CFrame.rightVector local lateralDir = (targetPos - playerPos).Unit local dot = lateralDir:Dot(rightVector) local dodgeDirection = (dot >= 0 and rightVector or -rightVector) playerData.humanoid:MoveTo(playerPos + dodgeDirection * retreatDistance) elseif distanceToTarget < attackRange then playerData.humanoid:MoveTo(playerPos - myLookDirection * retreatDistance) else playerData.humanoid:MoveTo(movePoint) end end -- SUPER OP Attack function with advanced prediction. local function Attack() local currentTime = tick() local ourPredictedHitTime = currentTime + hitDelay -- Get enemy's velocity (if available). local enemyVel = (targetData and targetData.humanoidRootPart.AssemblyLinearVelocity) or Vector3.new(0, 0, 0) -- Predict enemy's hit time. local enemyAttackStart = targetData and targetData.lastAttackStartTime or currentTime local enemyPredictedHitTime = enemyAttackStart + hitDelay -- Predict enemy's position at hit time. local enemyPredictedPos = targetData and (targetData.humanoidRootPart.Position + enemyVel * hitDelay) or targetData:GetFocusPoint() -- Calculate adaptive lead time based on enemy speed. local enemySpeed = enemyVel.Magnitude local leadTime = math.clamp(enemySpeed * 0.005, 0, maxLeadTime) -- Our effective hit time is adjusted by leadTime (attacking earlier). local ourEffectiveHitTime = ourPredictedHitTime - leadTime -- Use math to decide: if our effective hit lands before enemy's, attack now. if ourEffectiveHitTime <= enemyPredictedHitTime then UseTool(punchTool) if yeetTool then task.wait(0.5) end UseTool(yeetTool) playerData.lastAttackStartTime = currentTime else -- Otherwise, schedule our attack so that it lands just before enemy's. local delayTime = (enemyPredictedHitTime - ourEffectiveHitTime) - 0.05 if delayTime < 0 then delayTime = 0 end task.delay(delayTime, function() if active and targetData and targetData.alive then UseTool(punchTool) if yeetTool then task.wait(0.5) end UseTool(yeetTool) playerData.lastAttackStartTime = tick() end end) end end -- Function to automatically equip and use tools function UseTool(tool) if not tool or not tool.Parent then return end if tool.Parent == player.Backpack then playerData.humanoid:EquipTool(tool) end tool:Activate() end -- Function to ensure tools are equipped local function EnsureToolsEquipped() local backpack = player:WaitForChild("Backpack") -- Check for and equip all relevant tools if not already equipped if not yeetTool then local yeetInBackpack = backpack:FindFirstChild("Yeet") if yeetInBackpack then yeetTool = yeetInBackpack end end if not punchTool then local punchInBackpack = backpack:FindFirstChild("Punch") if punchInBackpack then punchTool = punchInBackpack end end if not selfYeetTool then local selfYeetInBackpack = backpack:FindFirstChild("SelfYeet") if selfYeetInBackpack then selfYeetTool = selfYeetInBackpack end end task.wait(1) -- Check periodically end local function onToolAdded(instance) if not instance:IsA("Tool") then return end if instance.Name == "Yeet" then yeetTool = instance elseif instance.Name == "Punch" then punchTool = instance elseif instance.Name == "SelfYeet" then selfYeetTool = instance end end c[#c + 1] = userInputService.InputBegan:Connect(function(input) if input.KeyCode == Enum.KeyCode.End then for _, connection in ipairs(c) do connection:Disconnect() end active = false runtime:DisableStates() playerData:remove() elseif input.KeyCode == Enum.KeyCode.X then if enabled then enabled = false runtime:DisableState("Attack") else enabled = true runtime:EnableState("Attack") end end end) playerData = playerDataClass:new(player) for _, p in ipairs(game.Players:GetChildren()) do if p == game.Players.LocalPlayer then continue end playerDataClass:new(p) end c[#c + 1] = game.Players.PlayerAdded:Connect(function(p) playerDataClass:new(p) end) runtime.states.Default.functions[ScanPlayers] = ScanPlayers runtime.states.Default.functions[EnsureToolsEquipped] = EnsureToolsEquipped runtime.states.Attack.functions[TrackCharacters] = TrackCharacters runtime.states.Attack.functions[Attack] = Attack runtime:EnableState("Default") print("Enhanced Combat Bot with Advanced SelfYeet loaded! Press X to toggle.") --made by epiccooldude and auzer (advanced version with enhanced SelfYeet) local runService = game:GetService("RunService") local userInputService = game:GetService("UserInputService") local camera = workspace.CurrentCamera local player = game.Players.LocalPlayer local enabled = false local c = {} local playerObjects = {} local punchTool, yeetTool, selfYeetTool local leftSwingAnimId = "rbxassetid://7218622714" local rightSwingAnimId = "rbxassetid://7218624486" local aggroOffsetMultiplier = 1.5 local defOffsetMultiplier = 10 local attackRange = 66 -- Set the attack range to 66 units local retreatDistance = 10 -- Distance used for dodging -- New variables: local minDistance = 30 -- Bot will not retreat if closer than 30 units local hitDelay = 0.6 -- Delay (in seconds) from attack animation start to hit local selfYeetCooldown = 3 -- Reduced cooldown for more frequent selfYeet usage local lastSelfYeetTime = 0 -- Tracks when we last used selfYeet local selfYeetMaxDistance = 500 -- Maximum distance to consider using selfYeet local selfYeetMidFightChance = 0.3 -- 30% chance to selfYeet mid-fight for repositioning -- Advanced field: how much earlier to lead our attack if enemy is moving fast. -- This value will be computed adaptively. local maxLeadTime = 0.3 local playerDataClass = { char = nil, humanoidRootPart = nil, humanoid = nil, bodyGyro = nil, alive = false, player = nil, attackDirection = "None", focusPart = nil, offsetMultiplier = aggroOffsetMultiplier, c = {}, -- Field to store when an attack animation started: lastAttackStartTime = nil, } local playerData local targetData local active = true local runtime = { states = {} } local function CopyTable(target, destination, references) references = references or {} local copy = destination and CopyTable(destination) or {} references[target] = copy for k, v in pairs(target) do if type(v) == "table" then copy[k] = references[v] or CopyTable(v, nil, references) else copy[k] = v end end return copy end function playerDataClass:GetPosition() return self.humanoidRootPart.Position end function playerDataClass:GetCFrame() return self.humanoidRootPart.CFrame end function playerDataClass:GetDistance(point) return (self:GetPosition() - point).Magnitude end -- Always face the enemy. function playerDataClass:LookAt(point, aimFocus) self.bodyGyro.CFrame = CFrame.new(aimFocus and self:GetFocusPoint() or self:GetPosition(), point) end function playerDataClass:new(player) self = CopyTable(self) self.player = player if player.Character then self:OnCharacterAdded(player.Character) end c[#c + 1] = player.CharacterAdded:Connect(function(char) self:OnCharacterAdded(char) end) playerObjects[player] = self return self end function playerDataClass:remove() for _, connection in ipairs(self.c) do connection:Disconnect() end if self.bodyGyro then self.bodyGyro:Destroy() end end function playerDataClass:OnToolAdded(instance) if not instance:IsA("Tool") then return end if instance.Name == "Yeet" then yeetTool = instance elseif instance.Name == "Punch" then punchTool = instance elseif instance.Name == "SelfYeet" then selfYeetTool = instance end end function playerDataClass:UpdateFocus(point) local bodyParts = {self.leftHand, self.rightHand, self.humanoidRootPart} local closestData = { distance = math.huge } for _, part in ipairs(bodyParts) do local distance = (point - part.Position).Magnitude if distance < closestData.distance then closestData.part = part closestData.distance = distance end end self.focusPart = closestData.part end function playerDataClass:UpdateAnimations() -- Check playing animations and record when an attack started. for _, instance in ipairs(self.animator:GetPlayingAnimationTracks()) do if instance.Animation.AnimationId == leftSwingAnimId or instance.Animation.AnimationId == rightSwingAnimId then self.attackDirection = (instance.Animation.AnimationId == leftSwingAnimId and "Left") or (instance.Animation.AnimationId == rightSwingAnimId and "Right") self.offsetMultiplier = defOffsetMultiplier self.lastAttackStartTime = tick() -- Record attack start time return end end self.attackDirection = "None" self.offsetMultiplier = aggroOffsetMultiplier end function playerDataClass:GetFocusPoint() return self.focusPart.Position end function playerDataClass:OnCharacterAdded(char) self.char = char self.humanoidRootPart = self.char:FindFirstChild("HumanoidRootPart") self.humanoid = self.char:FindFirstChild("Humanoid") self.animator = self.humanoid:WaitForChild("Animator") self.leftHand = self.char:WaitForChild("LeftHand") self.rightHand = self.char:WaitForChild("RightHand") self.focusPart = self.humanoidRootPart if self.player == game.Players.LocalPlayer then self.bodyGyro = Instance.new("BodyGyro") self.bodyGyro.P = 0 self.bodyGyro.D = 100 self.bodyGyro.MaxTorque = Vector3.new(0, 10000000, 0) self.bodyGyro.Parent = self.humanoidRootPart c[#c + 1] = char.ChildAdded:Connect(function(child) self:OnToolAdded(child) end) self:OnToolAdded(self.char:FindFirstChildOfClass("Tool") or workspace) c[#c + 1] = self.humanoid.Died:Connect(function() self.alive = false end) end self.alive = true end playerData = CopyTable(playerDataClass) local function errorHandler(err) warn(err .. "\n" .. debug.traceback()) end function runtime:DisableState(stateName) runtime.states[stateName].active = false while runtime.states[stateName].tasks ~= 0 do task.wait() end end function runtime:DisableStates() for stateName, state in pairs(runtime.states) do if stateName ~= "Default" and state.active then runtime:DisableState(stateName) end end end function runtime:EnableState(stateName) if runtime.states[stateName].active then return end local state = runtime.states[stateName] local dt = 0 state.tasks = 0 state.active = true for _, func in pairs(state.functions) do state.tasks = state.tasks + 1 task.spawn(function() while active and state.active do dt = runService.Heartbeat:Wait() xpcall(function() func(state, dt) end, errorHandler) end state.tasks = state.tasks - 1 end) end end function runtime:SwitchState(stateName) runtime:DisableStates() runtime:EnableState(stateName) end function runtime:NewState(stateName) local data = { functions = {}, tasks = 0, active = false } runtime.states[stateName] = data return data end runtime:NewState("Default") runtime:NewState("Attack") local function ScanPlayers() local closestPlayerData = { distance = math.huge } for _, targetPlayer in ipairs(game.Players:GetChildren()) do if targetPlayer == game.Players.LocalPlayer then continue end local targetChar = targetPlayer.Character if not targetChar then continue end local humanoidRootPart = targetChar:FindFirstChild("HumanoidRootPart") local humanoid = targetChar:FindFirstChild("Humanoid") if not humanoidRootPart or not humanoid or humanoid.Health == 0 or humanoidRootPart.AssemblyMass < playerData.humanoidRootPart.AssemblyMass - 70000 then continue end local distance = playerData:GetDistance(humanoidRootPart.Position) if distance < closestPlayerData.distance then closestPlayerData = { distance = distance, player = targetPlayer } end end if closestPlayerData.player then targetData = playerObjects[closestPlayerData.player] targetData:UpdateAnimations() targetData:UpdateFocus(playerData.focusPart.Position) playerData:UpdateFocus(targetData.humanoidRootPart.Position) else if targetData then targetData:remove() end targetData = nil end task.wait(0.1) end -- Enhanced SelfYeet function with multiple tactical positions local function UseSelfYeet(positionType) if not selfYeetTool or not selfYeetTool.Parent or not targetData then return false end local currentTime = tick() if currentTime - lastSelfYeetTime < selfYeetCooldown then return false end local targetPosition = targetData:GetPosition() local targetCFrame = targetData:GetCFrame() local selfYeetPosition -- Different tactical positions based on the requested type if positionType == "behind" then -- Position behind the target selfYeetPosition = targetPosition - (targetCFrame.LookVector * 6) elseif positionType == "side" then -- Position to the side of the target (randomly left or right) local sideDir = math.random() > 0.5 and targetCFrame.RightVector or -targetCFrame.RightVector selfYeetPosition = targetPosition + (sideDir * 5) elseif positionType == "front" then -- Position in front of the target selfYeetPosition = targetPosition + (targetCFrame.LookVector * 6) elseif positionType == "above" then -- Position slightly above the target selfYeetPosition = targetPosition + Vector3.new(0, 7, 0) elseif positionType == "long_distance" then -- For long distances, aim directly at the target position selfYeetPosition = targetPosition else -- Default to a random tactical position local positions = {"behind", "side", "front"} return UseSelfYeet(positions[math.random(1, #positions)]) end -- Aim camera at the desired selfYeet position (critical, as camera direction determines selfYeet direction) camera.CFrame = CFrame.new(camera.CFrame.Position, selfYeetPosition) -- Equip and activate SelfYeet if selfYeetTool.Parent == player.Backpack then playerData.humanoid:EquipTool(selfYeetTool) task.wait(0.1) -- Small delay for equip end selfYeetTool:Activate() task.wait(0.15) -- Added delay to allow SelfYeet to execute lastSelfYeetTime = currentTime -- Schedule recovery from ragdoll after selfYeet task.delay(0.5, function() -- Recovery code to get up after selfYeet game:GetService("Players").LocalPlayer.PlayerGui.RTGui.codebase.ragdoll.Events.Toggle:FireServer(table.unpack({ [1] = "R", [2] = false, })) end) return true end local function TrackCharacters() if not targetData or not targetData.alive then if playerData.bodyGyro then playerData.bodyGyro.P = 0 end return end playerData.bodyGyro.P = 1000000 local playerPos = playerData:GetFocusPoint() local targetPos = targetData:GetFocusPoint() local distanceToTarget = (targetPos - playerPos).Magnitude -- Force facing: always look at enemy's position. playerData:LookAt(targetPos, true) -- Long distance SelfYeet (500 studs or farther) if distanceToTarget >= selfYeetMaxDistance and UseSelfYeet("long_distance") then return end local currentTime = tick() local xz = Vector3.new(1, 0, 1) -- Mid-fight random SelfYeet for repositioning if distanceToTarget < attackRange * 1.5 and distanceToTarget > minDistance and math.random() < selfYeetMidFightChance and currentTime - lastSelfYeetTime > selfYeetCooldown then -- Randomly choose a tactical position (side, behind, or front) local positions = {"side", "behind", "front"} -- If enemy is attacking, prioritize getting behind or to the side if targetData.attackDirection ~= "None" then positions = {"behind", "side"} end if UseSelfYeet(positions[math.random(1, #positions)]) then return end end -- Advanced dodge: if enemy is attacking (pre-hit phase) and moving fast, dodge more aggressively. if targetData.lastAttackStartTime and (currentTime - targetData.lastAttackStartTime) < hitDelay then -- If we're being attacked, consider using SelfYeet to dodge (30% chance) if math.random() < 0.3 then if UseSelfYeet("side") then return end end -- Standard dodge if SelfYeet not used local dodgeDir if targetData.attackDirection == "Left" then dodgeDir = targetData:GetCFrame().rightVector elseif targetData.attackDirection == "Right" then dodgeDir = -targetData:GetCFrame().rightVector else dodgeDir = playerData:GetCFrame().rightVector end playerData.humanoid:MoveTo(playerPos + dodgeDir * retreatDistance) return end local lookVector = (targetPos - (targetData:GetCFrame() * CFrame.new(1, 0, 0)).p).unit local vector = (targetPos - playerPos) * xz local lookDirection = targetData:GetCFrame().lookVector local movementAngle = math.acos(vector:Dot(lookDirection) / vector.magnitude) local targetAngle = math.asin(vector:Dot(lookVector) / vector.magnitude) local rotDirection = 0 if math.deg(movementAngle) >= 1 then rotDirection = -math.sign(targetAngle) * math.max(1, vector.magnitude / 3) end local aggroOffset = playerData.humanoidRootPart.Size.X / 2 + targetData.humanoidRootPart.Size.X / 2 local defOffset = aggroOffset * targetData.offsetMultiplier local myLookDirection = playerData:GetCFrame().lookVector local offset = defOffset + (aggroOffset - defOffset) * (myLookDirection:Dot(lookVector) + 1) / 2 local movePoint = (CFrame.new(playerPos * xz, targetPos * xz) * CFrame.new(rotDirection, 0, offset - vector.magnitude)).Position -- Normal movement logic if distanceToTarget > attackRange * 1.5 and math.random() < 0.4 then -- Occasionally use SelfYeet to close distance quickly UseSelfYeet("front") elseif distanceToTarget > attackRange then playerData.humanoid:MoveTo(movePoint) elseif distanceToTarget < minDistance then local rightVector = playerData.humanoidRootPart.CFrame.rightVector local lateralDir = (targetPos - playerPos).Unit local dot = lateralDir:Dot(rightVector) local dodgeDirection = (dot >= 0 and rightVector or -rightVector) playerData.humanoid:MoveTo(playerPos + dodgeDirection * retreatDistance) elseif distanceToTarget < attackRange then playerData.humanoid:MoveTo(playerPos - myLookDirection * retreatDistance) else playerData.humanoid:MoveTo(movePoint) end end -- SUPER OP Attack function with advanced prediction. local function Attack() local currentTime = tick() local ourPredictedHitTime = currentTime + hitDelay -- Get enemy's velocity (if available). local enemyVel = (targetData and targetData.humanoidRootPart.AssemblyLinearVelocity) or Vector3.new(0, 0, 0) -- Predict enemy's hit time. local enemyAttackStart = targetData and targetData.lastAttackStartTime or currentTime local enemyPredictedHitTime = enemyAttackStart + hitDelay -- Predict enemy's position at hit time. local enemyPredictedPos = targetData and (targetData.humanoidRootPart.Position + enemyVel * hitDelay) or targetData:GetFocusPoint() -- Calculate adaptive lead time based on enemy speed. local enemySpeed = enemyVel.Magnitude local leadTime = math.clamp(enemySpeed * 0.005, 0, maxLeadTime) -- Our effective hit time is adjusted by leadTime (attacking earlier). local ourEffectiveHitTime = ourPredictedHitTime - leadTime -- Use math to decide: if our effective hit lands before enemy's, attack now. if ourEffectiveHitTime <= enemyPredictedHitTime then UseTool(punchTool) if yeetTool then task.wait(0.5) end UseTool(yeetTool) playerData.lastAttackStartTime = currentTime else -- Otherwise, schedule our attack so that it lands just before enemy's. local delayTime = (enemyPredictedHitTime - ourEffectiveHitTime) - 0.05 if delayTime < 0 then delayTime = 0 end task.delay(delayTime, function() if active and targetData and targetData.alive then UseTool(punchTool) if yeetTool then task.wait(0.5) end UseTool(yeetTool) playerData.lastAttackStartTime = tick() end end) end end -- Function to automatically equip and use tools function UseTool(tool) if not tool or not tool.Parent then return end if tool.Parent == player.Backpack then playerData.humanoid:EquipTool(tool) end tool:Activate() end -- Function to ensure tools are equipped local function EnsureToolsEquipped() local backpack = player:WaitForChild("Backpack") -- Check for and equip all relevant tools if not already equipped if not yeetTool then local yeetInBackpack = backpack:FindFirstChild("Yeet") if yeetInBackpack then yeetTool = yeetInBackpack end end if not punchTool then local punchInBackpack = backpack:FindFirstChild("Punch") if punchInBackpack then punchTool = punchInBackpack end end if not selfYeetTool then local selfYeetInBackpack = backpack:FindFirstChild("SelfYeet") if selfYeetInBackpack then selfYeetTool = selfYeetInBackpack end end task.wait(1) -- Check periodically end local function onToolAdded(instance) if not instance:IsA("Tool") then return end if instance.Name == "Yeet" then yeetTool = instance elseif instance.Name == "Punch" then punchTool = instance elseif instance.Name == "SelfYeet" then selfYeetTool = instance end end c[#c + 1] = userInputService.InputBegan:Connect(function(input) if input.KeyCode == Enum.KeyCode.End then for _, connection in ipairs(c) do connection:Disconnect() end active = false runtime:DisableStates() playerData:remove() elseif input.KeyCode == Enum.KeyCode.X then if enabled then enabled = false runtime:DisableState("Attack") else enabled = true runtime:EnableState("Attack") end end end) playerData = playerDataClass:new(player) for _, p in ipairs(game.Players:GetChildren()) do if p == game.Players.LocalPlayer then continue end playerDataClass:new(p) end c[#c + 1] = game.Players.PlayerAdded:Connect(function(p) playerDataClass:new(p) end) runtime.states.Default.functions[ScanPlayers] = ScanPlayers runtime.states.Default.functions[EnsureToolsEquipped] = EnsureToolsEquipped runtime.states.Attack.functions[TrackCharacters] = TrackCharacters runtime.states.Attack.functions[Attack] = Attack runtime:EnableState("Default") print("Enhanced Combat Bot with Advanced SelfYeet loaded! Press X to toggle.")