Fake An Egg Open Source

Script source Luau

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-- [[ BloxScripts Risk Notice ]]
-- This script has not been verified by BloxScripts.fun. Deal with caution.
--
-- Stay safe:
--   • Never log in on unofficial Roblox sites or lookalike domains.
--   • Real Roblox links use roblox.com (check the .com ending).
--   • Treat fake Roblox login / "claim reward" pages as phishing.
-- [[ End BloxScripts Risk Notice ]]

-- Fake an Egg | Real MCP | WindUI
-- RightShift: show/hide menu. F6: stop/start. Re-run safely to replace this copy.
-- Stealing uses the game's StealBase window, opened when someone hatches your disguise.
local lifecycle, startup = ...
local Players = game:GetService("Players")
local RS = game:GetService("ReplicatedStorage")
local PathfindingService = game:GetService("PathfindingService")
local RunService = game:GetService("RunService")
local CollectionService = game:GetService("CollectionService")
local UserInputService = game:GetService("UserInputService")
local player = Players.LocalPlayer
assert(game.PlaceId == 97289366402005, "This script is for Fake an Egg.")
local env = getgenv()
local previousController = env.FakeAnEggAuto
local priorBaitOwner = previousController and previousController.baitOwnerId
local priorBaitName = previousController and previousController.baitName
if env.FakeAnEggAuto and env.FakeAnEggAuto.cleanup then
    pcall(env.FakeAnEggAuto.cleanup)
end
local C = {
    enabled = false, mode = "Auto steal", movement = "Walk", fakeEsp = true, targetTracker = true,
    steal = true, pickupPriority = true, hatchDisguise = true, returnHome = true, wander = true, hatch = true, equip = true, rewards = true,
    dodge = true, dodgeRange = 14,
    nests = true, upgrade = false, food = true, buyFood = false,
    rebirth = false, sell = false, spend = 35, reserve = 0,
    disguise = "Target rebirth egg", variant = "Normal", selection = "Highest income",
}
if type(startup) == "table" then
    for key, value in pairs(startup) do if C[key] ~= nil then C[key] = value end end
end
local A: any = {config = C, alive = true, status = "Ready", banked = 0, calls = 0, errors = 0, failedPickups = 0}
if player:GetAttribute("Disguised") or player:GetAttribute("StealBase") then
    A.baitOwnerId = priorBaitOwner
    A.baitName = priorBaitName
end
env.FakeAnEggAuto = A
local window, console, statusText, targetText, trackerText
local movement, inputConnection
local manualMotionUntil = 0
local dodgeActors = {}
local dodgeScanAt = 0
local dodgeChoice
local eggWander
local eggMotionBound = false
local eggMotionBinding = "FAE_EggMotion"
local clearESP, updateESP, eggVisualConnection
local clearTargetTracker, updateTargetTracker
local pendingDisguise
local pendingDisguiseHatch
local navigationSerial = 0
local last = {}
local attempted = {}
local pendingCarry, carryStarted, bankStarted
local manualHome = false
local lastStatus = ""
local function uiCall(handle, method, ...)
    if not handle then return false end
    setthreadidentity(8)
    local args = table.pack(...)
    local ok, result = pcall(function() return handle[method](handle, table.unpack(args, 1, args.n)) end)
    if not ok then
        A.uiErrors = (A.uiErrors or 0) + 1
        A.lastUIError = tostring(result)
    end
    return ok, result
end
local function log(message)
    setthreadidentity(8)
    local line = os.date("%H:%M:%S") .. "  " .. tostring(message)
    if console and window and not window.unloaded then uiCall(console, "Append", line) end
    print("[FAE] " .. tostring(message))
end
local function status(message)
    setthreadidentity(8)
    A.status = message
    if message ~= lastStatus then
        if not statusText or uiCall(statusText, "Set", message) then lastStatus = message end
    end
end
local function due(key, seconds)
    local now = os.clock()
    if now - (last[key] or -math.huge) < seconds then return false end
    last[key] = now
    return true
end
local function stopEggWander()
    if eggWander then
        local humanoid = eggWander.humanoid
        local root = eggWander.root
        if humanoid and humanoid.Parent and root and root.Parent then
            humanoid:MoveTo(root.Position)
            humanoid:Move(Vector3.zero, false)
        end
        eggWander = nil
    end
end
local function cancelMove()
    navigationSerial += 1
    if movement then
        local humanoid, root = movement.humanoid, movement.root
        if humanoid and humanoid.Parent and root and root.Parent then
            humanoid:MoveTo(root.Position)
            humanoid:Move(Vector3.zero, false)
        end
        if movement.path then movement.path:Destroy() end
        if movement.blockedConnection then movement.blockedConnection:Disconnect() end
        movement = nil
    end
    A.navigationState = "idle"
end
function A.returnToBase()
    stopEggWander()
    manualHome = true
    cancelMove()
    status("Returning to base")
end
function A.cleanup()
    setthreadidentity(8)
    if not A.alive then return end
    A.alive = false
    stopEggWander()
    if eggMotionBound then
        RunService:UnbindFromRenderStep(eggMotionBinding)
        eggMotionBound = false
    end
    C.enabled = false
    dodgeActors = {}; dodgeChoice = nil
    manualHome = false
    cancelMove()
    if inputConnection then inputConnection:Disconnect() end
    if eggVisualConnection then eggVisualConnection:Disconnect() end
    if clearESP then clearESP() end
    if clearTargetTracker then clearTargetTracker() end
    if window and not window.unloaded then window:Unload() end
end
if type(lifecycle) == "table" and lifecycle.onCleanup then lifecycle.onCleanup(A.cleanup) end
local function rootPart()
    local character = player.Character
    local humanoid = character and character:FindFirstChildOfClass("Humanoid")
    local root = character and character:FindFirstChild("HumanoidRootPart")
    if humanoid and humanoid.Health > 0 and root and root:IsA("BasePart") then return root, humanoid end
    return nil, nil
end
local function positionOf(object)
    if not object then return nil end
    if object:IsA("Attachment") then return object.WorldPosition end
    if object:IsA("BasePart") then return object.Position end
    if object:IsA("Model") then return object:GetPivot().Position end
    return nil
end
local function baseOf(owner)
    local bases = workspace:FindFirstChild("Bases")
    return bases and bases:FindFirstChild(tostring(owner:GetAttribute("Base")))
end
local function ownerForBase(baseId)
    if baseId == nil then return nil end
    for _, other in ipairs(Players:GetPlayers()) do
        local otherBase = other:GetAttribute("Base")
        if other ~= player and otherBase ~= nil and tostring(otherBase) == tostring(baseId) then
            return other
        end
    end
    return nil
end
local function followedOwner()
    local follow = player:FindFirstChild("DisguiseFollow")
    local anchor = follow and follow:IsA("ObjectValue") and follow.Value
    if not anchor or not anchor.Parent then return nil, nil end
    for _, other in ipairs(Players:GetPlayers()) do
        if other ~= player then
            local character = other.Character
            if character and (anchor == character or anchor:IsDescendantOf(character)) then
                return other, "carried"
            end
            local base = baseOf(other)
            if base and (anchor == base or anchor:IsDescendantOf(base)) then
                return other, "nest"
            end
        end
    end
    return nil, "owner pending"
end
local function cash()
    local stats = player:FindFirstChild("leaderstats")
    local value = stats and stats:FindFirstChild("Cash")
    return value and value.Value or 0
end
local function rebirths()
    local stats = player:FindFirstChild("leaderstats")
    local value = stats and stats:FindFirstChild("Rebirths")
    return value and value.Value or 0
end
local function flatDistance(a, b)
    return Vector2.new(a.X - b.X, a.Z - b.Z).Magnitude
end
local function manualMotionBlocked(now)
    local active = UserInputService:GetFocusedTextBox() ~= nil
    if not active then
        for _, key in ipairs({Enum.KeyCode.W, Enum.KeyCode.A, Enum.KeyCode.S, Enum.KeyCode.D,
            Enum.KeyCode.Up, Enum.KeyCode.Down, Enum.KeyCode.Left, Enum.KeyCode.Right}) do
            if UserInputService:IsKeyDown(key) then active = true; break end
        end
    end
    if not active and UserInputService.GamepadEnabled then
        for _, input in ipairs(UserInputService:GetGamepadState(Enum.UserInputType.Gamepad1)) do
            if input.KeyCode == Enum.KeyCode.Thumbstick1 and input.Position.Magnitude > 0.15 then active = true; break end
        end
    end
    if active then manualMotionUntil = now + 0.35 end
    return active or now < manualMotionUntil
end
local function turnDirection(current, desired, dt, rate)
    if desired.Magnitude < 0.01 then return Vector3.zero end
    desired = desired.Unit
    if not current or current.Magnitude < 0.01 then return desired end
    local angle = math.atan2(current.Z, current.X)
    local target = math.atan2(desired.Z, desired.X)
    local delta = (target - angle + math.pi) % (math.pi * 2) - math.pi
    angle += math.clamp(delta, -rate * math.min(dt, 0.1), rate * math.min(dt, 0.1))
    return Vector3.new(math.cos(angle), 0, math.sin(angle))
end
local motionRaycast = RaycastParams.new()
motionRaycast.FilterType = Enum.RaycastFilterType.Exclude
motionRaycast.RespectCanCollide = true
local function clearHeading(root, humanoid, direction, distance, enemy, checkGround)
    if direction.Magnitude < 0.01 then return false end
    local ignore = {player.Character}
    if enemy and enemy.Parent then table.insert(ignore, enemy.Parent) end
    motionRaycast.FilterDescendantsInstances = ignore
    local vector = direction.Unit * distance
    if workspace:Raycast(root.Position, vector, motionRaycast)
        or workspace:Raycast(root.Position - Vector3.new(0, 1.2, 0), vector, motionRaycast) then return false end
    if checkGround then
        local nextPosition = root.Position + vector
        local floor = workspace:Raycast(nextPosition + Vector3.new(0, 2, 0), Vector3.new(0, -12, 0), motionRaycast)
        if not floor or root.Position.Y - floor.Position.Y > humanoid.HipHeight + root.Size.Y / 2 + 2.5 then return false end
    end
    return true
end
local function animationKey(id)
    return tostring(id):match("%d+") or tostring(id)
end
local function refreshDodgeActors(root, now)
    if now < dodgeScanAt then return end
    dodgeScanAt = now + 0.1
    dodgeActors = {}
    for _, other in ipairs(Players:GetPlayers()) do
        if other ~= player and not other:GetAttribute("Disguised") then
            local character = other.Character
            local enemyRoot = character and character:FindFirstChild("HumanoidRootPart")
            local humanoid = character and character:FindFirstChildOfClass("Humanoid")
            local tool = character and character:FindFirstChildOfClass("Tool")
            if enemyRoot and humanoid and humanoid.Health > 0 and not enemyRoot.Anchored and tool
                and flatDistance(root.Position, enemyRoot.Position) <= C.dodgeRange + 4
                and math.abs(root.Position.Y - enemyRoot.Position.Y) < 7
                and (tool.Name == "Bat" or (tool:GetAttribute("Bat") and A.Bats.ByName[tool:GetAttribute("Bat")])) then
                local swingIds = {}
                local animations = tool:FindFirstChild("Anims")
                if animations then
                    for _, name in ipairs({"Swing1", "Swing2"}) do
                        local animation = animations:FindFirstChild(name)
                        if animation and animation:IsA("Animation") then swingIds[animationKey(animation.AnimationId)] = true end
                    end
                end
                local swinging = false
                local animator = humanoid:FindFirstChildOfClass("Animator")
                if animator then
                    for _, track in ipairs(animator:GetPlayingAnimationTracks()) do
                        if track.IsPlaying and track.Animation and swingIds[animationKey(track.Animation.AnimationId)] then swinging = true; break end
                    end
                end
                table.insert(dodgeActors, {owner = other, root = enemyRoot, swinging = swinging})
            end
        end
    end
end
local function evasiveDirection(root, humanoid, desired, now)
    if not C.dodge or not C.enabled or player:GetAttribute("Disguised")
        or not (player:GetAttribute("StealBase") or player:GetAttribute("Carrying") or player:GetAttribute("Stealing")) or bankStarted then
        dodgeChoice = nil; A.dodgeState = "idle"; A.dodgeEnemy = nil
        return desired, false
    end
    refreshDodgeActors(root, now)
    local threat, highest
    for _, actor in ipairs(dodgeActors) do
        local enemy = actor.root
        if enemy.Parent then
            local offset = Vector3.new(root.Position.X - enemy.Position.X, 0, root.Position.Z - enemy.Position.Z)
            local distance = offset.Magnitude
            local toward = distance > 0.01 and offset.Unit or Vector3.new(1, 0, 0)
            local facing = Vector3.new(enemy.CFrame.LookVector.X, 0, enemy.CFrame.LookVector.Z):Dot(toward)
            local closing = (enemy.AssemblyLinearVelocity - root.AssemblyLinearVelocity):Dot(toward)
            if distance < C.dodgeRange and (actor.swinging or distance < 6
                or (facing > 0.2 and closing > 0.5) or facing > 0.45 or (closing > 4 and distance < 8)) then
                local score = C.dodgeRange - distance + (actor.swinging and 14 or 0) + math.max(0, closing) * 0.15
                if not highest or score > highest then threat, highest = actor, score end
            end
        end
    end
    if not threat then
        dodgeChoice = nil; A.dodgeState = "watching for bats"; A.dodgeEnemy = nil
        return desired, false
    end
    local enemy = threat.root
    local reach = math.clamp(humanoid.WalkSpeed * 0.18, 2.5, 5)
    if dodgeChoice and dodgeChoice.owner == threat.owner and now < dodgeChoice.expires
        and clearHeading(root, humanoid, dodgeChoice.direction, reach, enemy, true) then
        A.dodgeState = threat.swinging and "evading swing" or "avoiding nearby bat"
        return dodgeChoice.direction, true
    end
    local predicted = enemy.Position + Vector3.new(enemy.AssemblyLinearVelocity.X, 0, enemy.AssemblyLinearVelocity.Z) * 0.15
    local away = Vector3.new(root.Position.X - predicted.X, 0, root.Position.Z - predicted.Z)
    if away.Magnitude < 0.01 then away = Vector3.new(-enemy.CFrame.LookVector.X, 0, -enemy.CFrame.LookVector.Z) end
    if away.Magnitude < 0.01 then away = Vector3.new(1, 0, 0) end
    away = away.Unit
    local side = Vector3.new(-away.Z, 0, away.X)
    local preferred = dodgeChoice and dodgeChoice.owner == threat.owner and dodgeChoice.side or (desired:Dot(side) >= 0 and 1 or -1)
    if preferred == 0 then preferred = desired:Dot(side) >= 0 and 1 or -1 end
    local forwardWeight = threat.swinging and 0.35 or 0.75
    for _, sign in ipairs({preferred, -preferred, 0}) do
        local direction = desired * forwardWeight + away * 1.15 + side * sign * 1.4
        if direction.Magnitude > 0.01 then
            direction = direction.Unit
            if clearHeading(root, humanoid, direction, reach, enemy, true) then
                if A.dodgeEnemy ~= threat.owner.Name then A.dodgeCount = (A.dodgeCount or 0) + 1 end
                A.dodgeEnemy = threat.owner.Name
                A.dodgeState = threat.swinging and "evading swing" or "avoiding nearby bat"
                dodgeChoice = {owner = threat.owner, side = sign, direction = direction, expires = now + 0.25}
                return direction, true
            end
        end
    end
    A.dodgeState = "no clear sidestep"; A.dodgeEnemy = threat.owner.Name
    return desired, false
end
local function updateNavigationMotion(dt)
    local root, humanoid = rootPart()
    if not root or not humanoid or not A.alive or A.disconnectMessage
        or (not C.enabled and not manualHome) or player:GetAttribute("Disguised") then return false end
    if root.Anchored or humanoid.WalkSpeed <= 0 or player:GetAttribute("Ragdoll") then
        if movement then humanoid:Move(Vector3.zero, false) end
        A.navigationState = "waiting to walk"
        return true
    end
    local now = os.clock()
    if manualMotionBlocked(now) then
        if movement then movement.lastProgressAt = now; movement.needsRepath = true; movement.repathReason = movement.repathReason or "manual" end
        dodgeChoice = nil
        A.navigationState = "manual control"; A.dodgeState = "manual control"
        return true
    end
    local route = movement
    local desired = Vector3.zero
    if route and route.root == root then
        if flatDistance(root.Position, route.lastPosition) >= 0.6 then
            route.lastPosition = root.Position; route.lastProgressAt = now
        end
        if not route.needsRepath and flatDistance(root.Position, route.goal) > route.tolerance then
            local arrival = math.clamp(humanoid.WalkSpeed * math.min(dt, 0.1) + 1.2, 1.5, 3.8)
            while route.index < #route.points and flatDistance(root.Position, route.points[route.index].Position) <= arrival
                and (route.points[route.index].Action ~= Enum.PathWaypointAction.Jump or route.jumpedIndex == route.index) do route.index += 1 end
            local point = route.points[route.index]
            local target = route.index == #route.points and route.goal or point.Position
            local offset = Vector3.new(target.X - root.Position.X, 0, target.Z - root.Position.Z)
            if offset.Magnitude > 0.01 then desired = offset.Unit end
            if point.Action == Enum.PathWaypointAction.Jump and route.jumpedIndex ~= route.index
                and flatDistance(root.Position, point.Position) < 3.5 and humanoid.FloorMaterial ~= Enum.Material.Air then
                humanoid.Jump = true; route.jumpedIndex = route.index
            end
            A.navigationState = "following route"
        else
            A.navigationState = route.needsRepath and "replanning blocked route" or "arrived"
        end
    end
    local dodging
    desired, dodging = evasiveDirection(root, humanoid, desired, now)
    if not route and not dodging then return false end
    local current = route and route.direction or humanoid.MoveDirection
    local direction = turnDirection(current, desired, dt, dodging and 14 or 10)
    if dodging and direction.Magnitude > 0.01
        and not clearHeading(root, humanoid, direction, math.clamp(humanoid.WalkSpeed * 0.18, 2.5, 5), nil, true) then
        direction = desired
    end
    if direction.Magnitude > 0.01 and not dodging and route and now >= (route.clearanceAt or 0) then
        route.clearanceAt = now + 0.1
        if not clearHeading(root, humanoid, direction, 2.5, nil, false)
            and clearHeading(root, humanoid, desired, 2.5, nil, false) then direction = desired end
    end
    if route then route.direction = direction end
    humanoid:Move(direction, false)
    if dodging then A.navigationState = "evading " .. (A.dodgeEnemy or "attacker") end
    return true
end
local function navigationFailure(message)
    cancelMove()
    manualHome = false
    if A.setEnabled then A.setEnabled(false) end
    status(message)
    log(message)
end
local function moveTo(destination, label, tolerance)
    stopEggWander()
    local root, humanoid = rootPart()
    if not root or not humanoid or not destination then return false end
    if root.Anchored or humanoid.WalkSpeed <= 0 then
        cancelMove()
        status("Waiting until the character can walk")
        return false
    end
    local now = os.clock()
    if manualMotionBlocked(now) then
        if movement then movement.lastProgressAt = now; movement.needsRepath = true; movement.repathReason = movement.repathReason or "manual" end
        status("Manual control — automatic walking will resume after release")
        return false
    end
    tolerance = math.min(tolerance or 4, 6)
    if flatDistance(root.Position, destination) <= tolerance then
        cancelMove()
        return true
    end
    status(label)
    local retries = 0
    if movement and movement.root == root and flatDistance(movement.pathGoal, destination) < 6 then
        movement.goal = destination
        movement.tolerance = tolerance
        if flatDistance(root.Position, movement.lastPosition) >= 0.75 then
            movement.lastPosition = root.Position
            movement.lastProgressAt = now
        end
        if movement.needsRepath or now - movement.lastProgressAt > 4 then
            retries = movement.retries + (movement.repathReason == "manual" and 0 or 1)
            if retries > 2 then
                navigationFailure("Walking route blocked — automation paused")
                return false
            end
            cancelMove()
        end
    else
        cancelMove()
    end
    if not movement then
        local path = PathfindingService:CreatePath({
            AgentRadius = 2, AgentHeight = 5, AgentCanJump = true, WaypointSpacing = 5,
        })
        local serial = navigationSerial
        local goal = Vector3.new(destination.X, root.Position.Y, destination.Z)
        local computed = pcall(function() path:ComputeAsync(root.Position, goal) end)
        if serial ~= navigationSerial or not A.alive or (not C.enabled and not manualHome) then
            path:Destroy()
            return false
        end
        if not computed or path.Status ~= Enum.PathStatus.Success then
            path:Destroy()
            navigationFailure("No walking route found — automation paused")
            return false
        end
        local points = path:GetWaypoints()
        if #points < 2 then
            path:Destroy()
            navigationFailure("Walking destination is unreachable — automation paused")
            return false
        end
        local route: any = {root = root, humanoid = humanoid, goal = destination, pathGoal = destination, path = path,
            points = points, index = 2, jumpedIndex = 0, lastPosition = root.Position,
            lastProgressAt = now, retries = retries, tolerance = tolerance, direction = humanoid.MoveDirection}
        movement = route
        route.blockedConnection = path.Blocked:Connect(function(index)
            if movement == route and index >= route.index then route.needsRepath = true; route.repathReason = "blocked" end
        end)
        A.pathComputes = (A.pathComputes or 0) + 1
    end
    A.navigationState = "following route"
    return false
end
local function homePosition()
    local base = baseOf(player)
    local collect = base and (base:FindFirstChild("Collect") or base:FindFirstChild("Spawn"))
    local pos = positionOf(collect)
    return pos and pos + Vector3.new(0, 2.5, 0), collect
end
local function requireModule(name)
    local module = RS:WaitForChild(name, 15)
    assert(module, "Missing game module: " .. name)
    return require(module)
end
local ok, loadError = pcall(function()
    A.Eggs = requireModule("Eggs")
    A.Animals = requireModule("Animals")
    A.Rebirth = requireModule("Rebirth")
    A.Pen = requireModule("Pen")
    A.Food = requireModule("Food")
    A.Index = requireModule("IndexRewards")
    A.Trick = requireModule("Trick")
    A.Bats = requireModule("Bats")
end)
if not ok then A.cleanup() ; error(loadError) end
local remotes = RS:WaitForChild("RemoteEvents", 15)
local eggRemotes = RS:WaitForChild("EggRemotes", 15)
assert(remotes and eggRemotes, "Game remotes have not loaded.")
local eggEvent = eggRemotes:WaitForChild("EggEvent", 10)
local function fire(name, ...)
    local remote = remotes:FindFirstChild(name)
    if remote and remote:IsA("RemoteEvent") then
        remote:FireServer(...)
        A.calls += 1
        return true
    end
    return false
end
local function eggFire(...)
    eggEvent:FireServer(...)
    A.calls += 1
end
-- Richest eligible player supplies the bait; an actual pickup can take priority.
local lastScan = -100
local function hasRequiredRebirthItem(owner, animal, eggName)
    if not animal then return false end
    if A.Rebirth.hasHatched(owner) then return true, "rebirth requirement already hatched" end
    local inventory = owner:FindFirstChild("Inventory")
    if inventory then
        for key, count in pairs(inventory:GetAttributes()) do
            if type(count) == "number" and count > 0 then
                local name = A.Animals.parseSlot(A.Animals.decodeAttr(key))
                if name == animal then return true, "already owns required pet" end
            end
        end
    end
    local slots = owner:FindFirstChild("Slots")
    if slots then
        for _, slot in ipairs(slots:GetChildren()) do
            if not slot:GetAttribute("StolenBy") then
                local name = A.Animals.parseSlot(tostring(slot:GetAttribute("Slot") or ""))
                if name == animal then return true, "already owns required pet" end
            end
        end
    end
    local nests = owner:FindFirstChild("Nests")
    if nests then
        for _, nest in ipairs(nests:GetChildren()) do
            local egg = nest:GetAttribute("Egg")
            if egg and nest:GetAttribute("FakeOwner") == nil then
                local definition = A.Eggs.ByName[egg]
                if egg == eggName or egg == animal or (definition and definition.pet == animal) then
                    return true, "required egg already in nest"
                end
            end
        end
    end
    return false
end
A.hasRequiredRebirthItem = hasRequiredRebirthItem
local function refreshPickupTarget()
    local allowedBase = player:GetAttribute("StealBase")
    local owner, stage
    if allowedBase ~= nil then
        owner, stage = ownerForBase(allowedBase), "steal window"
    elseif player:GetAttribute("Disguised") then
        owner, stage = followedOwner()
    elseif player:GetAttribute("Carrying") then
        return
    end
    local ownerId = owner and owner.UserId
    local changed = ownerId ~= A.pickupOwnerId or stage ~= A.pickupStage
        or allowedBase ~= A.pickupBase
    A.pickupOwnerId, A.pickupStage, A.pickupBase = ownerId, stage, allowedBase
    if changed then
        lastScan = -100
        if C.pickupPriority and C.enabled and not player:GetAttribute("Carrying") then cancelMove() end
        if owner then
            log(string.format("Pickup tracked: %s | %s%s", owner.DisplayName, stage,
                C.pickupPriority and " | best-pet priority" or ""))
        elseif stage == "owner pending" then
            log("Disguise picked up; waiting for a replicated owner or steal window.")
        end
    end
end
local function scanTargets(force)
    refreshPickupTarget()
    if not force and os.clock() - lastScan < 5 then return A.target end
    lastScan = os.clock()
    local ranked = {}
    for _, other in ipairs(Players:GetPlayers()) do
        if other ~= player and baseOf(other) then
            local stats = other:FindFirstChild("leaderstats")
            local money = stats and stats:FindFirstChild("Cash")
            local rebirthValue = stats and stats:FindFirstChild("Rebirths")
            local nextGoal = A.Rebirth.getNext(rebirthValue and rebirthValue.Value or 0)
            local requiredEgg = nextGoal and A.Rebirth.eggFor(nextGoal.animal)
            local item = {owner = other, cash = money and money.Value or 0,
                income = other:GetAttribute("CashPerSecond") or 0,
                egg = requiredEgg and requiredEgg.name, animal = nextGoal and nextGoal.animal, bestIncome = -1}
            item.hasRebirthItem, item.rebirthItemReason = hasRequiredRebirthItem(other, item.animal, item.egg)
            local slots = other:FindFirstChild("Slots")
            if slots then
                for _, slot in ipairs(slots:GetChildren()) do
                    if not slot:GetAttribute("Locked") and not slot:GetAttribute("StolenBy") then
                        local name, size, variant, traits = A.Animals.parseSlot(tostring(slot:GetAttribute("Slot") or ""))
                        if name and type(A.Animals[name]) == "table" then
                            local earning = A.Animals.getCashPerSecond(name, slot:GetAttribute("Size") or size, variant, traits)
                            if earning > item.bestIncome then
                                item.bestIncome = earning
                                item.bestAnimal = name
                            end
                        end
                    end
                end
            end
            table.insert(ranked, item)
        end
    end
    table.sort(ranked, function(a, b)
        if a.cash == b.cash then
            if a.income == b.income then return a.owner.UserId < b.owner.UserId end
            return a.income > b.income
        end
        return a.cash > b.cash
    end)
    local previous = A.target
    A.targets = ranked
    A.target = nil
    for _, candidate in ipairs(ranked) do
        candidate.canBait = candidate.egg ~= nil and A.Eggs.canDisguise(rebirths(), candidate.egg, C.variant)
        candidate.eligible = candidate.canBait and not candidate.hasRebirthItem and candidate.bestIncome >= 0
        candidate.skipReason = candidate.rebirthItemReason or (not candidate.egg and "final rebirth")
            or (not candidate.canBait and "bait locked") or (candidate.bestIncome < 0 and "no unlocked pets") or nil
        if candidate.eligible and not A.target then A.target = candidate end
    end
    local _, pickupStage = followedOwner()
    local committed = pendingDisguise ~= nil or pendingDisguiseHatch ~= nil or pickupStage ~= nil
        or player:GetAttribute("StealBase") or player:GetAttribute("Carrying")
    local roaming = player:GetAttribute("Disguised") and not committed
    local cycleActive = committed or roaming
    if cycleActive and A.baitOwnerId then
        for _, candidate in ipairs(ranked) do
            if candidate.owner.UserId == A.baitOwnerId and (committed
                or (candidate.eligible and (not A.baitName or candidate.egg == A.baitName))) then
                A.target = candidate
                break
            end
        end
    elseif not cycleActive then
        A.baitOwnerId = nil
        A.baitName = nil
    end
    if roaming and A.baitName and (not A.target or A.target.egg ~= A.baitName) then
        for _, candidate in ipairs(ranked) do
            if candidate.eligible and candidate.egg == A.baitName then A.target = candidate; break end
        end
    end
    if C.pickupPriority and A.pickupOwnerId and (player:GetAttribute("Disguised") or player:GetAttribute("StealBase")) then
        for _, candidate in ipairs(ranked) do
            if candidate.owner.UserId == A.pickupOwnerId then
                A.target = candidate
                break
            end
        end
    end
    if A.target and (not previous or previous.owner ~= A.target.owner or previous.egg ~= A.target.egg) then
        local reason = C.pickupPriority and A.pickupOwnerId == A.target.owner.UserId and "Pickup target" or "Richest eligible target"
        log(string.format("%s: %s | $%.0f | Rebirth bait: %s | Best pet: %s (%.0f/s)", reason,
            A.target.owner.DisplayName, A.target.cash, A.target.egg or "max rebirth", A.target.bestAnimal or "none", math.max(0, A.target.bestIncome)))
    end
    if targetText then
        local lines = {}
        for index, item in ipairs(ranked) do
            table.insert(lines, string.format("%d. %s | $%.0f | %.0f/s | Needs: %s | Best: %s (%.0f/s)",
                index, item.owner.DisplayName .. (item == A.target and " [TARGET]" or (item.skipReason and " [" .. item.skipReason .. "]" or "")), item.cash, item.income, item.egg or "max rebirth",
                item.bestAnimal or "none", math.max(0, item.bestIncome)))
        end
        uiCall(targetText, "Set", #lines > 0 and table.concat(lines, "\n") or "Waiting for other occupied bases")
    end
    return A.target
end
A.scanTargets = scanTargets
local WindUI = loadstring(game:HttpGet("https://github.com/Footagesus/WindUI/releases/latest/download/main.lua"))()
if not A.alive then return end
WindUI:SetParent(player:WaitForChild("PlayerGui"))
local windWindow = WindUI:CreateWindow({
    Title = "Fake an Egg", Author = "Smart targets · Smooth movement", Icon = "egg", Folder = "FakeAnEggHub",
    Size = UDim2.fromOffset(720, 520), MinSize = Vector2.new(600, 440), MaxSize = Vector2.new(1000, 760),
    Theme = "Dark", Transparent = false, Resizable = true, SideBarWidth = 185,
    Radius = 18, ElementsRadius = 14, HideSearchBar = false, ScrollBarEnabled = true,
})
windWindow:SetToggleKey(Enum.KeyCode.RightShift)
for _, key in ipairs({"ScreenGui", "NotificationGui", "DropdownGui", "TooltipGui"}) do
    local gui = WindUI[key]
    if typeof(gui) == "Instance" and gui:IsA("ScreenGui") then gui.ResetOnSpawn = false end
end
A.uiLibrary = "WindUI"
A.windWindow = windWindow
local function wrapWindTab(raw)
    local tab: any = {raw = raw}
    function tab:CreateToggle(options)
        local handle: any = {value = options.value, suppress = nil}
        local control
        control = raw:Toggle({Title = options.name, Desc = options.description, Value = options.value,
            Callback = function(value)
                setthreadidentity(8)
                handle.value = value
                if handle.suppress == value then handle.suppress = nil; return end
                handle.suppress = nil
                if options.callback then options.callback(value) end
            end})
        function handle:Set(value, silent)
            self.value = value
            if silent then self.suppress = value end
            control:Set(value)
        end
        return handle
    end
    function tab:CreateButton(options)
        return raw:Button({Title = options.name, Desc = options.description,
            Callback = function() setthreadidentity(8); options.callback() end})
    end
    function tab:CreateDropdown(options)
        return raw:Dropdown({Title = options.name, Desc = options.description, Values = options.options, Value = options.value,
            Callback = function(value)
                setthreadidentity(8)
                if type(value) == "table" then value = value[1] end
                if value ~= nil then options.callback(value) end
            end})
    end
    function tab:CreateSlider(options)
        return raw:Slider({Title = options.name, Desc = options.description, Step = options.increment or 1,
            Value = {Min = options.range[1], Max = options.range[2], Default = options.value},
            Callback = function(value) setthreadidentity(8); options.callback(value) end})
    end
    function tab:CreateInput(options)
        return raw:Input({Title = options.name, Value = options.value, Placeholder = options.name,
            Callback = function(value) setthreadidentity(8); options.callback(value) end})
    end
    function tab:CreateConsole(options)
        local paragraph = raw:Paragraph({Title = options.name, Desc = options.text or "Waiting for game data…"})
        local handle: any = {lines = {}, maxLines = math.min(options.maxLines or 12, 16)}
        function handle:Set(text)
            self.lines = string.split(tostring(text), "\n")
            paragraph:SetDesc(tostring(text))
        end
        function handle:Append(line)
            for _, value in ipairs(string.split(tostring(line), "\n")) do table.insert(self.lines, value) end
            while #self.lines > self.maxLines do table.remove(self.lines, 1) end
            paragraph:SetDesc(table.concat(self.lines, "\n"))
        end
        return handle
    end
    return tab
end
window = {unloaded = false}
function window:Unload()
    if self.unloaded then return end
    self.unloaded = true
    pcall(function() windWindow:Destroy() end)
end
function window:ToggleHide() windWindow:Toggle() end
function window:CreateTab(options)
    local icons = {Overview = "layout-dashboard", Automation = "play", Farming = "sprout", Progression = "trending-up",
        Visuals = "scan-eye", Targets = "users", Activity = "scroll-text"}
    return wrapWindTab(windWindow:Tab({Title = options.name, Icon = icons[options.name] or "circle"}))
end
windWindow:OnDestroy(function()
    window.unloaded = true
    if A.alive then A.cleanup() end
end)
A.window = window
local info = window:CreateTab({name = "Overview"})
local main = window:CreateTab({name = "Automation"})
local settings = window:CreateTab({name = "Farming"})
local progress = window:CreateTab({name = "Progression"})
local visuals = window:CreateTab({name = "Visuals"})
local targetsTab = window:CreateTab({name = "Targets"})
local activityTab = window:CreateTab({name = "Activity"})
local master
local function setEnabled(value)
    setthreadidentity(8)
    C.enabled = value
    if not value then pendingDisguise = nil; manualHome = false end
    if not value then dodgeChoice = nil; A.dodgeState = "paused"; A.dodgeEnemy = nil end
    if value then
        A.failedPickups = 0
        A.consecutiveErrors = 0
        bankStarted = nil
    end
    if not value then stopEggWander(); cancelMove(); status("Paused") end
    if master and master.value ~= value then uiCall(master, "Set", value, true) end
end
A.setEnabled = setEnabled
master = info:CreateToggle({name = "Auto everything", value = C.enabled, forgetState = true,
    description = "Uses the game's current movement speed in each state. F6 pauses immediately.", callback = setEnabled})
main:CreateDropdown({name = "Mode", options = {"Auto steal", "Egg farm", "Maintenance only"}, value = C.mode,
    forgetState = true, callback = function(value) C.mode = value ; cancelMove() end})
main:CreateButton({name = "Start / pause automation", description = "The master switch is also at the top of Overview. F6 works anywhere.",
    callback = function() setEnabled(not C.enabled) end})
main:CreateToggle({name = "Auto steal best pet", value = C.steal, forgetState = true,
    description = "Uses the granted steal window and selects the highest-income unlocked animal.",
    callback = function(value) C.steal = value end})
main:CreateToggle({name = "Steal from whoever picks me up", value = C.pickupPriority, forgetState = true,
    description = "Prioritizes the actual picker over the planned rich target. Waits for the game's steal window after hatching.",
    callback = function(value) C.pickupPriority = value; lastScan = -100; cancelMove() end})
main:CreateToggle({name = "Auto hatch my disguise in a nest", value = C.hatchDisguise, forgetState = true,
    description = "Uses Hatch once only inside another player's nest, then waits for the granted steal window.",
    callback = function(value) C.hatchDisguise = value end})
main:CreateToggle({name = "Dodge nearby bat attacks", value = C.dodge, forgetState = true,
    description = "Sidesteps nearby bat users and visible swings during steals/returns. Uses normal movement and checks walls/ledges.",
    callback = function(value) C.dodge = value; dodgeChoice = nil end})
main:CreateSlider({name = "Dodge detection distance", range = {6, 18}, value = C.dodgeRange, increment = 1, forgetState = true,
    description = "How close a bat user must be for evasive steering. Manual movement takes priority.",
    callback = function(value) C.dodgeRange = value end})
main:CreateToggle({name = "Auto return to base", value = C.returnHome, forgetState = true,
    description = "Returns carried pets and eggs to your Collect pad.", callback = function(value) C.returnHome = value end})
main:CreateButton({name = "Return to my base now", callback = A.returnToBase})
main:CreateButton({name = "Leave disguise", callback = function()
    setEnabled(false)
    if player:GetAttribute("Disguised") then eggFire("Undisguise") end
end})
main:CreateButton({name = "STOP ALL", callback = function()
    manualHome = false; C.fakeEsp = false; C.targetTracker = false; setEnabled(false)
    if clearESP then clearESP() end
    if clearTargetTracker then clearTargetTracker() end
end})
main:CreateButton({name = "Unload script", callback = A.cleanup})
local disguiseOptions = {"Target rebirth egg", "Automatic cheap"}
for _, entry in ipairs(A.Eggs) do table.insert(disguiseOptions, entry.name) end
settings:CreateDropdown({name = "Disguise egg", options = disguiseOptions, value = C.disguise, forgetState = true,
    description = "Target rebirth egg matches the richest player's next rebirth requirement.", callback = function(value) C.disguise = value end})
settings:CreateDropdown({name = "Disguise variant", options = {"Normal", "Gold", "Diamond", "Rainbow"}, value = C.variant,
    forgetState = true, callback = function(value) C.variant = value end})
local function toggle(tab, name, key, description)
    tab:CreateToggle({name = name, description = description, value = C[key], forgetState = true,
        callback = function(value) C[key] = value end})
end
toggle(visuals, "Fake egg ESP", "fakeEsp", "Marks confirmed player disguises and scanner-revealed fakes. Works while automation is paused.")
toggle(visuals, "Live target tracker", "targetTracker", "Shows the current target, best unlocked pet, hatch countdown, and a gold pet marker. Works while paused.")
toggle(settings, "Move like a normal egg", "wander", "Continuous movement at the game\'s 0.55-second egg-hop cadence. Stops when held in a nest.")
toggle(settings, "Auto hatch ready eggs", "hatch", "Waits for each nest timer. Hatches at the nest.")
toggle(settings, "Auto equip best pets", "equip", "Equips your highest-income pets.")
toggle(settings, "Auto claim rewards", "rewards", "Index, completed trick tasks, and finished machines.")
toggle(settings, "Auto unlock free nests", "nests", "Unlocks the next nest while its current price is zero.")
toggle(settings, "Auto fill feeder", "food", "Uses food you already own when the feeder has room.")
toggle(settings, "Auto buy feeder food", "buyFood", "Uses game cash. Keeps your cash reserve.")
settings:CreateSlider({name = "Maximum cash per egg (%)", range = {1, 100}, value = C.spend, increment = 1,
    forgetState = true, callback = function(value) C.spend = value end})
settings:CreateInput({name = "Cash reserve", value = tostring(C.reserve), numeric = true, forgetState = true,
    callback = function(value) C.reserve = math.max(tonumber(value) or 0, 0) end})
toggle(progress, "Auto upgrade pen", "upgrade", "Spends cash to add pet slots. Keeps your cash reserve.")
toggle(progress, "Auto rebirth", "rebirth", "Resets cash when the game's cash and hatch requirements are complete.")
toggle(progress, "Auto sell spare inventory pets", "sell", "Sells inventory pets with Sell All Pets. Equipped pets use the game's own rules.")
progress:CreateButton({name = "Equip best now", callback = function() fire("EquipBestEvent") end})
trackerText = info:CreateConsole({name = "Live target tracker", height = 170, maxLines = 8})
targetText = targetsTab:CreateConsole({name = "Server bases — sorted by cash", height = 200, maxLines = 20})
statusText = info:CreateConsole({name = "Current action", text = "Ready — enable Auto everything", height = 70, maxLines = 3})
console = activityTab:CreateConsole({name = "Recent activity", height = 210, follow = true, maxLines = 14})
info:CreateButton({name = "Show current stats", callback = function()
    log(string.format("Cash: %.0f | Income: %.0f/s | Rebirths: %d | Banked: %d | Calls: %d | Errors: %d",
        cash(), player:GetAttribute("CashPerSecond") or 0, rebirths(), A.banked, A.calls, A.errors))
end})
inputConnection = UserInputService.InputBegan:Connect(function(input, processed)
    if processed or UserInputService:GetFocusedTextBox() then return end
    if input.KeyCode == Enum.KeyCode.F6 then setEnabled(not C.enabled) end
end)
local function carrying()
    return player:GetAttribute("Carrying")
end
local function bankCarry()
    if not C.returnHome then status("Carrying — auto return is off") ; return true end
    local destination = homePosition()
    if not destination then status("Waiting for your base") ; return true end
    if moveTo(destination, "Returning to base", 3) then
        bankStarted = bankStarted or os.clock()
        status("Banking carried item")
        if os.clock() - bankStarted > 20 then
            setEnabled(false)
            status("Delivery was not confirmed — automation paused")
            log("Paused: delivery did not clear the carried item within 20 seconds.")
        end
    end
    return true
end
local function nestPosition(nest)
    local base = baseOf(player)
    local nests = base and base:FindFirstChild("Nests")
    local model = nests and nests:FindFirstChild(nest.Name)
    local pos = positionOf(model)
    return pos and pos + Vector3.new(0, 3, 0)
end
local function hatchReady()
    if not C.hatch then return false end
    local nests = player:FindFirstChild("Nests")
    if not nests then return false end
    for _, nest in ipairs(nests:GetChildren()) do
        if nest:GetAttribute("Owned") and nest:GetAttribute("Egg")
            and (nest:GetAttribute("HatchAt") or math.huge) <= workspace:GetServerTimeNow()
            and os.clock() - (attempted["hatch" .. nest.Name] or -100) > 3 then
            if moveTo(nestPosition(nest), "Going to ready egg in nest " .. nest.Name, 7) then
                fire("OpenBlockEvent", nest.Name)
                attempted["hatch" .. nest.Name] = os.clock()
                log("Hatch requested: nest " .. nest.Name)
            end
            return true
        end
    end
    return false
end
local function maintenance()
    if C.equip and due("equip", 20) then fire("EquipBestEvent") end
    if C.rewards and due("rewards", 15) then
        for _, variant in ipairs(A.Index.Variants) do
            local reward = A.Index.state(player, variant)
            if reward and reward.ready then fire("IndexRewardEvent", variant) ; log("Index reward requested: " .. variant) end
        end
        for biome in pairs(A.Index.PetRewards.Biome) do
            local count, total = A.Index.biomeProgress(player, biome)
            if total > 0 and count >= total and not A.Index.biomeRewarded(player, biome) then
                fire("IndexRewardEvent", A.Index.BIOME_CLAIM, biome)
                return
            end
        end
        for rarity in pairs(A.Index.PetRewards.Halloween) do
            local count, total = A.Index.halloweenProgress(player, rarity)
            if total > 0 and count >= total and not A.Index.biomeRewarded(player, A.Index.halloweenKey(rarity)) then
                fire("IndexRewardEvent", A.Index.HALLOWEEN_CLAIM, rarity)
                return
            end
        end
        if A.Trick.claimable(player) then fire("TrickEvent", "Claim"); return end
        if player:GetAttribute("FuseReady") then fire("ClaimFuseEvent"); return end
        if player:GetAttribute("HauntReady") then fire("ClaimHauntEvent"); return end
    end
    if C.upgrade and due("upgrade", 10) then
        local cost = A.Pen.getCost(player:GetAttribute("PenUpgrades") or 0)
        if cost and cash() - C.reserve >= cost then fire("BaseUpgradeEvent") ; log("Pen upgrade requested") end
    end
    if C.nests and due("nests", 10) then
        local nests = player:FindFirstChild("Nests")
        if nests then
            local nextNest
            for _, nest in ipairs(nests:GetChildren()) do
                if not nest:GetAttribute("Owned") and tonumber(nest.Name)
                    and (not nextNest or tonumber(nest.Name) < tonumber(nextNest.Name)) then nextNest = nest end
            end
            if nextNest and tonumber(nextNest.Name) <= 12 then fire("OpenBlockEvent", nextNest.Name, "Buy") end
        end
    end
    if C.sell and due("sell", 15) then fire("SellAllEvent", "Pets") end
end
local function feed()
    if not C.food or not A.Food.feederUnlocked(player) then return false end
    local calories = A.Food.calories(player)
    local foodTool
    local character = player.Character
    local backpack = player:FindFirstChild("Backpack")
    for _, container in ipairs({character, backpack}) do
        if container then
            for _, tool in ipairs(container:GetChildren()) do
                local food = A.Food.fromTool(tool)
                if food and calories + food.calories <= A.Food.MAX_CALORIES then foodTool = tool ; break end
            end
        end
        if foodTool then break end
    end
    if foodTool then
        local base = baseOf(player)
        local feeder
        if base then for _, child in ipairs(base:GetChildren()) do if child.Name:match("^Feeder") then feeder = child ; break end end end
        local pos = positionOf(feeder)
        if pos and moveTo(pos + Vector3.new(0, 3, 0), "Filling feeder", 7) then
            local _, humanoid = rootPart()
            if humanoid and foodTool.Parent ~= character then humanoid:EquipTool(foodTool) end
            if due("fill", 4) then fire("FoodEvent", "Fill") end
        end
        return pos ~= nil
    end
    if C.buyFood and calories < 750 and due("food-buy", 8) then
        local budget = math.max(0, cash() - C.reserve) * C.spend / 100
        for _, food in ipairs(A.Food.List) do
            if A.Food.unlocked(player, food) and A.Food.stock(player, food.name) > 0
                and A.Food.count(player, food.name) < 1 and food.price <= budget then
                fire("FoodEvent", "Buy", food.name) ; log("Food purchase: " .. food.name) ; break
            end
        end
    end
    return false
end
local function stealTarget(owner)
    local allowedBase = player:GetAttribute("StealBase")
    if not allowedBase or not owner or tostring(owner:GetAttribute("Base")) ~= tostring(allowedBase) then return nil end
    local slots = owner:FindFirstChild("Slots")
    local root = rootPart()
    if not slots or not root then return nil end
    local best
    for _, model in ipairs(CollectionService:GetTagged("Animal")) do
        if model.Parent and model:GetAttribute("Owner") == owner.Name then
            local slot = slots:FindFirstChild(tostring(model:GetAttribute("SlotId")))
            if slot and not slot:GetAttribute("Locked") and not slot:GetAttribute("StolenBy") then
                local key = tostring(slot:GetAttribute("Slot") or "")
                local name, size, variant, traits = A.Animals.parseSlot(key)
                local pos = positionOf(model)
                if name and type(A.Animals[name]) == "table" and pos then
                    local income = A.Animals.getCashPerSecond(name, slot:GetAttribute("Size") or size, variant, traits)
                    local score = income
                    local attemptKey = tostring(owner.UserId) .. ":" .. slot.Name
                    if not best or score > best.score or (score == best.score and slot.Name < best.slot.Name) then
                        best = {owner = owner, slot = slot, model = model, name = name, score = score, key = attemptKey}
                    end
                end
            end
        end
    end
    return best
end
local function steal()
    if not C.steal or not player:GetAttribute("StealBase") then return false end
    local planned = scanTargets()
    local owner = C.pickupPriority and ownerForBase(player:GetAttribute("StealBase")) or nil
    if not C.pickupPriority then owner = planned and planned.owner end
    if not owner then
        cancelMove()
        status("Steal window open — waiting for its base owner to replicate")
        return true
    end
    if tostring(player:GetAttribute("StealBase")) ~= tostring(owner:GetAttribute("Base")) then
        cancelMove()
        status("Another player hatched the bait — waiting for the richest eligible player")
        return true
    end
    local target = stealTarget(owner)
    if not target then cancelMove(); status(owner.DisplayName .. " has no available unlocked animal") ; return true end
    if moveTo(positionOf(target.model) + Vector3.new(0, 2, 0), "Approaching " .. target.name, 6) then
        if tostring(player:GetAttribute("StealBase")) ~= tostring(owner:GetAttribute("Base"))
            or not target.slot.Parent or not target.model.Parent
            or target.slot:GetAttribute("Locked") or target.slot:GetAttribute("StolenBy")
            or player:GetAttribute("Carrying") then
            cancelMove()
            status("Steal target changed — checking the current window again")
            return true
        end
        if os.clock() - (attempted[target.key] or -100) <= 5 then
            status("Waiting before retrying " .. target.name)
        elseif due("steal-request", 3) then
            fire("StealBrainrotEvent", target.owner.UserId, target.slot.Name)
            attempted[target.key] = os.clock()
            pendingCarry = {untilTime = os.clock() + 4, name = target.name}
            log("Steal requested: " .. owner.DisplayName .. "'s " .. target.name .. " (" .. math.floor(target.score) .. "/s)")
        end
    end
    return true
end
local function disguiseHatchContext()
    if not C.enabled then return nil, "Automation is paused" end
    if C.mode ~= "Auto steal" or not C.steal then return nil, "Auto steal is off" end
    if not C.hatchDisguise then return nil, "Auto hatch my disguise is off" end
    if not player:GetAttribute("Disguised") or not player:GetAttribute("FakeLanded") then return nil, "Waiting for a landed disguise" end
    if player:GetAttribute("Tutorial") or player:GetAttribute("Ragdoll") then return nil, "Waiting until the disguise is ready" end
    local owner, stage = followedOwner()
    if not owner or owner == player or stage ~= "nest" then return nil, "Waiting for someone to put you in their nest" end
    local baseId = owner:GetAttribute("Base")
    if baseId == nil or tostring(baseId) == tostring(player:GetAttribute("Base")) then return nil, "Waiting for another player's occupied nest" end
    if not C.pickupPriority and (not A.target or A.target.owner ~= owner) then return nil, "In another player's nest — pickup priority is off" end
    local revealAt = player:GetAttribute("FakeRevealAt")
    if type(revealAt) == "number" and revealAt > workspace:GetServerTimeNow() then return nil, "Waiting for the hatch/reveal animation" end
    if player:GetAttribute("OpenFrame") then return nil, "Waiting for the game menu to close" end
    local gui = player:FindFirstChild("PlayerGui")
    local mainGui = gui and gui:FindFirstChild("MainGui")
    local frame = mainGui and mainGui:FindFirstChild("HatchFrame")
    local button = frame and frame:FindFirstChild("Hatch")
    local label = button and button:FindFirstChild("TextLabel")
    if not mainGui or (mainGui:IsA("ScreenGui") and not mainGui.Enabled)
        or not frame or not frame.Visible or not button or not button:IsA("GuiButton")
        or not button.Visible or not button.Active or not label or label.Text ~= "Hatch" then
        return nil, "In " .. owner.DisplayName .. "'s nest — waiting for the Hatch button"
    end
    return {owner = owner, base = baseId}, "Hatch is available"
end
A.getDisguiseHatchStatus = function()
    local context, reason = disguiseHatchContext()
    return {ready = context ~= nil, reason = reason, owner = context and context.owner.Name, pending = pendingDisguiseHatch ~= nil}
end
local function hatchDisguise()
    local context, reason = disguiseHatchContext()
    A.disguiseHatchReason = reason
    if not context then return false end
    if pendingDisguiseHatch then return true end
    stopEggWander(); cancelMove()
    -- The native Hatch button sends this same action; the nest and UI guards above
    -- prevent this from becoming a roaming-egg Undisguise command.
    eggFire("Undisguise")
    pendingDisguiseHatch = {owner = context.owner.Name, base = context.base, deadline = os.clock() + 12}
    A.disguiseHatchRequests = (A.disguiseHatchRequests or 0) + 1
    status("Hatch requested in " .. context.owner.DisplayName .. "'s nest — waiting for the steal window")
    log("Disguise hatch requested once; waiting for server confirmation.")
    return true
end
local function waitForDisguiseHatch()
    if not pendingDisguiseHatch then return false end
    if player:GetAttribute("StealBase") and not player:GetAttribute("Disguised") then
        pendingDisguiseHatch = nil
        A.disguisesHatched = (A.disguisesHatched or 0) + 1
        log("Disguise hatch confirmed — the steal window is open.")
        return false
    end
    if os.clock() >= pendingDisguiseHatch.deadline then
        pendingDisguiseHatch = nil
        setEnabled(false)
        status("Hatch did not open a steal window — paused without resending")
        log("No confirmed steal window after the hatch request; no automatic resend.")
    else
        status("Hatching disguise — waiting for the granted steal window")
    end
    return true
end
local function disguise()
    local richest = scanTargets()
    if not richest then cancelMove(); status("No eligible target still needs a rebirth egg you can use") ; return end
    local untilTime = player:GetAttribute("RetryUntil")
    local retryEgg = player:GetAttribute("RetryEgg")
    if retryEgg == richest.egg and type(untilTime) == "number" and untilTime > workspace:GetServerTimeNow() then
        if not pendingDisguise then
            local current = scanTargets(true)
            if not current or current.owner ~= richest.owner or current.egg ~= richest.egg then
                status("Rebirth needs changed — selecting the next eligible target")
                return
            end
            eggFire("Retry")
            pendingDisguise = {deadline = os.clock() + 15, name = richest.egg}
            A.baitOwnerId = richest.owner.UserId
            A.baitName = richest.egg
            log("Retry requested once; waiting for confirmation")
        end
        status("Retrying disguise") ; return
    end
    local chosen
    if C.disguise == "Target rebirth egg" then
        chosen = richest.egg and A.Eggs.ByName[richest.egg]
        if not chosen then status(richest.owner.DisplayName .. " has reached the final rebirth") ; return end
    elseif C.disguise ~= "Automatic cheap" then
        chosen = A.Eggs.ByName[C.disguise]
    end
    if not chosen then
        for _, egg in ipairs(A.Eggs) do
            if A.Eggs.canDisguise(rebirths(), egg.name, C.variant)
                and (not chosen or egg.price < chosen.price) then chosen = egg end
        end
    end
    if chosen and not A.Eggs.canDisguise(rebirths(), chosen.name, C.variant) then
        status("Cannot use required bait yet: " .. chosen.name .. " requires rebirth " .. tostring(A.Eggs.getDisguiseRebirths(chosen.name, C.variant)) .. " (you: " .. tostring(rebirths()) .. ")") ; return
    end
    if not chosen then status("No eligible disguise") ; return end
    local base = baseOf(player)
    local pipe = base and base:FindFirstChild("Pipe")
    local inside = pipe and pipe:FindFirstChild("Inside", true)
    local pos = positionOf(inside or pipe)
    local root = rootPart()
    if not pos or not root then return end
    local approach = Vector3.new(root.Position.X - pos.X, 0, root.Position.Z - pos.Z)
    if approach.Magnitude < 0.1 then approach = Vector3.new(1, 0, 0) end
    local goal = Vector3.new(pos.X, root.Position.Y, pos.Z) + approach.Unit * 4
    if moveTo(goal, "Walking to disguise pipe", 1.5) and (root.Position - pos).Magnitude <= 8 then
        if not pendingDisguise then
            local current = scanTargets(true)
            if not current or current.owner ~= richest.owner or current.egg ~= richest.egg then
                cancelMove()
                status("Rebirth needs changed — selecting the next eligible target")
                return
            end
            eggFire("Disguise", chosen.name, C.variant)
            pendingDisguise = {deadline = os.clock() + 15, name = chosen.name}
            A.baitName = chosen.name
            A.baitOwnerId = richest.owner.UserId
            log("Disguise requested: " .. C.variant .. " " .. chosen.name)
        end
    end
end
local eggCache = setmetatable({}, {__mode = "k"})
local function eggPayload(prompt)
    if eggCache[prompt] then return eggCache[prompt] end
    for _, connection in ipairs(getconnections(prompt.Triggered)) do
        if connection.Function then
            for _, value in pairs(debug.getupvalues(connection.Function)) do
                if type(value) == "table" and value.id and value.name then eggCache[prompt] = value ; return value end
            end
        end
    end
    return nil
end
-- Local overlays only: no scanner requests, remote interception, or egg property edits.
local espFolder
local espMarkers = {}
local revealedFakeIds = {}
clearESP = function()
    for _, marker in pairs(espMarkers) do
        marker.gui:Destroy()
        if marker.highlight then marker.highlight:Destroy() end
    end
    espMarkers = {}
    if espFolder then espFolder:Destroy(); espFolder = nil end
    A.espCount = 0
end
local function espAnchor(object)
    if not object or not object.Parent then return nil end
    if object:IsA("BasePart") or object:IsA("Attachment") then return object end
    if object:IsA("Model") then return object.PrimaryPart or object:FindFirstChildWhichIsA("BasePart", true) end
    return nil
end
local function markFake(seen, key, anchor, text, model)
    anchor = espAnchor(anchor)
    if not anchor then return end
    if not espFolder then
        espFolder = Instance.new("Folder")
        espFolder.Name = "FAEFakeEggESP"
        espFolder.Parent = player:WaitForChild("PlayerGui")
    end
    local marker = espMarkers[key]
    if not marker then
        local gui = Instance.new("BillboardGui")
        gui.Name = "FakeEggMarker"
        gui.Size = UDim2.fromOffset(200, 42)
        gui.StudsOffsetWorldSpace = Vector3.new(0, 4, 0)
        gui.AlwaysOnTop = true
        gui.MaxDistance = 600
        gui.ResetOnSpawn = false
        gui.Parent = espFolder
        local label = Instance.new("TextLabel")
        label.Size = UDim2.fromScale(1, 1)
        label.BackgroundTransparency = 1
        label.Font = Enum.Font.GothamBold
        label.TextSize = 14
        label.TextColor3 = Color3.fromRGB(255, 90, 90)
        label.TextStrokeColor3 = Color3.new(0, 0, 0)
        label.TextStrokeTransparency = 0.1
        label.Parent = gui
        marker = {gui = gui, label = label}
        espMarkers[key] = marker
    end
    marker.gui.Adornee = anchor
    marker.label.Text = "FAKE EGG\n" .. text
    if model and model:IsA("Model") then
        if not marker.highlight then
            local highlight = Instance.new("Highlight")
            highlight.FillColor = Color3.fromRGB(255, 55, 70)
            highlight.OutlineColor = Color3.fromRGB(255, 120, 120)
            highlight.FillTransparency = 0.8
            highlight.OutlineTransparency = 0
            highlight.DepthMode = Enum.HighlightDepthMode.AlwaysOnTop
            highlight.Parent = espFolder
            marker.highlight = highlight
        end
        marker.highlight.Adornee = model
        marker.highlight.Enabled = true
    elseif marker.highlight then
        marker.highlight.Enabled = false
    end
    seen[key] = true
end
local function inEggField(root)
    local field = workspace:FindFirstChild("EggSpawn")
    if not field or root.Anchored then return false end
    local frame, size
    if field:IsA("BasePart") then frame, size = field.CFrame, field.Size
    elseif field:IsA("Model") then frame, size = field:GetBoundingBox()
    else return false end
    local point = frame:PointToObjectSpace(root.Position)
    return math.abs(point.X) <= size.X / 2 + 2 and math.abs(point.Z) <= size.Z / 2 + 2
end
eggVisualConnection = eggEvent.OnClientEvent:Connect(function(action, data)
    if action == "Peek" and type(data) == "table" then
        for _, item in ipairs(data) do
            if type(item) == "table" and item.id and item.fake == true then revealedFakeIds[item.id] = true end
        end
    elseif action == "Reveal" and type(data) == "table" then
        for _, id in ipairs(data) do revealedFakeIds[id] = true end
    elseif action == "Remove" then
        revealedFakeIds[data] = nil
    end
end)
updateESP = function()
    if not C.fakeEsp or A.disconnectMessage then
        if espFolder then clearESP() end
        return
    end
    if not due("esp-refresh", 0.75) then return end
    local seen = {}
    for _, other in ipairs(Players:GetPlayers()) do
        if other ~= player and other:GetAttribute("Disguised") and other:GetAttribute("FakeLanded") then
            local follow = other:FindFirstChild("DisguiseFollow")
            local anchor = follow and follow:IsA("ObjectValue") and follow.Value
            if anchor and anchor.Parent then
                markFake(seen, "player:" .. other.UserId, anchor, other.DisplayName, nil)
            else
                local character = other.Character
                local root = character and character:FindFirstChild("HumanoidRootPart")
                if root and inEggField(root) then
                    markFake(seen, "player:" .. other.UserId, root, other.DisplayName, nil)
                end
            end
        end
    end
    for _, owner in ipairs(Players:GetPlayers()) do
        local nests = owner:FindFirstChild("Nests")
        local base = baseOf(owner)
        local physicalNests = base and base:FindFirstChild("Nests")
        if nests and physicalNests then
            for _, nest in ipairs(nests:GetChildren()) do
                local fakeOwner = tonumber(nest:GetAttribute("FakeOwner"))
                local physical = physicalNests:FindFirstChild(nest.Name)
                if fakeOwner and fakeOwner ~= player.UserId and physical then
                    local key = "player:" .. fakeOwner
                    if not seen[key] then
                        markFake(seen, key, physical, owner.DisplayName .. "'s nest " .. nest.Name, nil)
                    end
                end
            end
        end
    end
    local folder = workspace:FindFirstChild("ClientEggs")
    if folder and next(revealedFakeIds) then
        for _, model in ipairs(folder:GetChildren()) do
            if model:GetAttribute("IsEgg") then
                local prompt = model:FindFirstChildWhichIsA("ProximityPrompt", true)
                local payload = prompt and eggPayload(prompt)
                if payload and revealedFakeIds[payload.id] then
                    markFake(seen, "revealed:" .. tostring(payload.id), model, "Scanner confirmed", model)
                end
            end
        end
    end
    local count = 0
    for key, marker in pairs(espMarkers) do
        if not seen[key] then
            marker.gui:Destroy()
            if marker.highlight then marker.highlight:Destroy() end
            espMarkers[key] = nil
        else
            count += 1
        end
    end
    A.espCount = count
end
-- Local target information only. This display never calls a game remote.
local trackerFolder, trackerMarker
local lastTrackerText
local function incomeText(value)
    if value >= 1e12 then return string.format("$%.2fT/s", value / 1e12) end
    if value >= 1e9 then return string.format("$%.2fB/s", value / 1e9) end
    if value >= 1e6 then return string.format("$%.2fM/s", value / 1e6) end
    if value >= 1e3 then return string.format("$%.2fK/s", value / 1e3) end
    return string.format("$%.0f/s", value)
end
local function countdownText(seconds)
    seconds = math.max(0, math.ceil(seconds))
    if seconds == 0 then return "ready — waiting for hatch" end
    if seconds >= 3600 then return string.format("%dh %02dm %02ds", math.floor(seconds / 3600), math.floor(seconds % 3600 / 60), seconds % 60) end
    return string.format("%dm %02ds", math.floor(seconds / 60), seconds % 60)
end
local function bestPetSummary(owner)
    local slots = owner and owner:FindFirstChild("Slots")
    local best
    if not slots then return nil end
    for _, slot in ipairs(slots:GetChildren()) do
        if not slot:GetAttribute("Locked") and not slot:GetAttribute("StolenBy") then
            local name, size, variant, traits = A.Animals.parseSlot(tostring(slot:GetAttribute("Slot") or ""))
            if name and type(A.Animals[name]) == "table" then
                local income = A.Animals.getCashPerSecond(name, slot:GetAttribute("Size") or size, variant, traits)
                if not best or income > best.income or (income == best.income and slot.Name < best.slot) then
                    best = {name = name, income = income, slot = slot.Name}
                end
            end
        end
    end
    return best
end
local function targetSnapshot()
    local allowedBase = player:GetAttribute("StealBase")
    local picker, pickupStage = followedOwner()
    local owner = A.target and A.target.owner
    if C.pickupPriority then
        if allowedBase ~= nil then owner = ownerForBase(allowedBase)
        elseif player:GetAttribute("Disguised") and picker then owner = picker end
    end
    local phase = C.enabled and "Preparing bait" or "Paused"
    if player:GetAttribute("Carrying") then phase = C.returnHome and "Returning to base" or "Carrying a pet or egg"
    elseif allowedBase ~= nil then phase = "Steal window open"
    elseif pendingDisguiseHatch then phase = "Hatching disguise — waiting for the steal window"
    elseif player:GetAttribute("Disguised") then
        if pickupStage == "nest" then phase = "In a nest — waiting for hatch"
        elseif pickupStage == "carried" then phase = "Picked up"
        elseif pickupStage then phase = "Picked up — owner pending"
        elseif player:GetAttribute("FakeLanded") then phase = "Roaming as an egg"
        else phase = "Disguise in progress" end
    end
    local best = bestPetSummary(owner)
    local _, humanoid = rootPart()
    local snapshot: any = {
        phase = phase, ownerId = owner and owner.UserId,
        ownerName = owner and owner.Name, ownerDisplayName = owner and owner.DisplayName,
        bait = A.baitName or (A.target and A.target.egg),
        bestPet = best and best.name, bestIncome = best and best.income, bestSlot = best and best.slot,
        version = game.PlaceVersion, privateServer = workspace:GetAttribute("PrivateServer") == true,
        tradingDisabled = workspace:GetAttribute("TradingDisabled") == true,
        updatedAt = workspace:GetServerTimeNow(),
        gameSpeed = humanoid and humanoid.WalkSpeed,
    }
    local nests = owner and owner:FindFirstChild("Nests")
    if nests then
        for _, nest in ipairs(nests:GetChildren()) do
            local hatchAt = nest:GetAttribute("HatchAt")
            local ownDisguise = tonumber(nest:GetAttribute("FakeOwner")) == player.UserId
            if type(hatchAt) == "number" and not nest:GetAttribute("Hatched")
                and (nest:GetAttribute("Egg") or ownDisguise)
                and (pickupStage ~= "nest" or ownDisguise)
                and (not snapshot.hatchAt or hatchAt < snapshot.hatchAt) then
                snapshot.hatchAt = hatchAt
                snapshot.hatchNest = nest.Name
                snapshot.hatchIsDisguise = ownDisguise
            end
        end
    end
    if snapshot.hatchAt then snapshot.hatchSeconds = math.max(0, snapshot.hatchAt - snapshot.updatedAt) end
    return snapshot
end
A.getTargetSnapshot = targetSnapshot
clearTargetTracker = function()
    if trackerFolder then trackerFolder:Destroy(); trackerFolder = nil end
    trackerMarker = nil
    A.trackerVisible = false
end
updateTargetTracker = function()
    if not C.targetTracker or A.disconnectMessage then
        clearTargetTracker()
        local text = A.disconnectMessage and "Disconnected — tracker stopped" or "Tracker is off"
        if text ~= lastTrackerText and trackerText and uiCall(trackerText, "Set", text) then lastTrackerText = text end
        A.trackerSnapshot = nil
        return
    end
    if not due("target-tracker", 1) then return end
    -- Paused automation otherwise does not scan; this path only reads target data.
    if not C.enabled then scanTargets() end
    local snapshot = targetSnapshot()
    A.trackerSnapshot = snapshot
    local hatch = "Target hatch: no active timer"
    if snapshot.hatchSeconds then
        hatch = (snapshot.hatchIsDisguise and "Your disguise hatch" or "Target's next hatch")
            .. " (nest " .. snapshot.hatchNest .. "): " .. countdownText(snapshot.hatchSeconds)
    elseif snapshot.phase == "In a nest — waiting for hatch" then
        hatch = "Your disguise hatch: timer not replicated"
    end
    local text = table.concat({
        "Target: " .. (snapshot.ownerDisplayName and snapshot.ownerDisplayName .. " (@" .. snapshot.ownerName .. ")" or "waiting for a base owner"),
        "Stage: " .. snapshot.phase .. (not C.enabled and snapshot.phase ~= "Paused" and " | automation paused" or ""),
        "Bait: " .. (snapshot.bait or "none available"),
        "Best unlocked pet: " .. (snapshot.bestPet and snapshot.bestPet .. " | " .. incomeText(snapshot.bestIncome) or "none available"),
        hatch,
        "Server v" .. snapshot.version .. " | " .. (snapshot.privateServer and "Private" or "Public")
            .. " | Trading " .. (snapshot.tradingDisabled and "off" or "on"),
        "Movement: " .. ((player:GetAttribute("Disguised") and A.eggMotionState or A.navigationState) or "idle") .. " | Game speed: " .. tostring(snapshot.gameSpeed or "—")
            .. " | Dodge: " .. (A.dodgeState or "idle"),
    }, "\n")
    if text ~= lastTrackerText and trackerText and uiCall(trackerText, "Set", text) then lastTrackerText = text end
    local model
    if snapshot.ownerName and snapshot.bestSlot and not player:GetAttribute("Carrying") then
        for _, animal in ipairs(CollectionService:GetTagged("Animal")) do
            if animal.Parent and animal:GetAttribute("Owner") == snapshot.ownerName
                and tostring(animal:GetAttribute("SlotId")) == snapshot.bestSlot then model = animal; break end
        end
    end
    local anchor = espAnchor(model)
    if not anchor then clearTargetTracker(); return end
    if not trackerFolder then
        trackerFolder = Instance.new("Folder")
        trackerFolder.Name = "FAETargetTracker"
        trackerFolder.Parent = player:WaitForChild("PlayerGui")
        local gui = Instance.new("BillboardGui")
        gui.Name = "BestPetMarker"
        gui.Size = UDim2.fromOffset(230, 52)
        gui.StudsOffsetWorldSpace = Vector3.new(0, 5, 0)
        gui.AlwaysOnTop = true
        gui.MaxDistance = 600
        gui.Parent = trackerFolder
        local label = Instance.new("TextLabel")
        label.Size = UDim2.fromScale(1, 1)
        label.BackgroundTransparency = 0.25
        label.BackgroundColor3 = Color3.fromRGB(35, 28, 10)
        label.TextColor3 = Color3.fromRGB(255, 215, 85)
        label.TextStrokeTransparency = 0.2
        label.Font = Enum.Font.GothamBold
        label.TextSize = 14
        label.Parent = gui
        local highlight = Instance.new("Highlight")
        highlight.Name = "BestPetHighlight"
        highlight.FillColor = Color3.fromRGB(255, 200, 60)
        highlight.OutlineColor = Color3.fromRGB(255, 230, 130)
        highlight.FillTransparency = 0.8
        highlight.DepthMode = Enum.HighlightDepthMode.AlwaysOnTop
        highlight.Parent = trackerFolder
        trackerMarker = {gui = gui, label = label, highlight = highlight}
    end
    trackerMarker.gui.Adornee = anchor
    trackerMarker.label.Text = "BEST AVAILABLE PET\n" .. snapshot.bestPet .. " | " .. incomeText(snapshot.bestIncome)
    trackerMarker.highlight.Adornee = model
    A.trackerVisible = true
end
local function farmEggs()
    local nests = player:FindFirstChild("Nests")
    local free = false
    if nests then for _, nest in ipairs(nests:GetChildren()) do if nest:GetAttribute("Owned") and not nest:GetAttribute("Egg") then free = true ; break end end end
    if not free then status("All nests are busy — waiting for hatch timers") ; cancelMove() ; return end
    local folder = workspace:FindFirstChild("ClientEggs")
    if not folder then status("Waiting for eggs to spawn") ; return end
    local budget = math.max(0, cash() - C.reserve) * C.spend / 100
    local nextRebirth = A.Rebirth.getNext(rebirths())
    local desired = nextRebirth and not A.Rebirth.hasHatched(player) and nextRebirth.animal
    local best
    for _, model in ipairs(folder:GetChildren()) do
        local name = model:GetAttribute("BaseName")
        local definition = name and A.Eggs.ByName[name]
        if model:GetAttribute("IsEgg") and definition then
            local now = workspace:GetServerTimeNow()
            local tutorialFor = model:GetAttribute("TutorialFor")
            if (not tutorialFor or tutorialFor == player.UserId) and (model:GetAttribute("LandT") or 0) < now
                and (model:GetAttribute("CountdownEnd") or 0) > now + 2 then
                local price = model:GetAttribute("Price") or definition.price
                if (workspace:GetAttribute("FreeEggsEnd") or 0) > now then price = 0 end
                if price <= budget then
                    local prompt = model:FindFirstChildWhichIsA("ProximityPrompt", true)
                    local payload = prompt and eggPayload(prompt)
                    if payload and os.clock() - (attempted["egg" .. tostring(payload.id)] or -100) > 6 then
                        local score = definition.price + (desired and definition.pet == desired and 1e30 or 0)
                        if not best or score > best.score then best = {model = model, payload = payload, price = price, score = score} end
                    end
                end
            end
        end
    end
    if not best then status("Waiting for an affordable egg") ; cancelMove() ; return end
    local pos = positionOf(best.model)
    if pos and moveTo(pos + Vector3.new(0, 2, 0), "Going to " .. best.payload.name .. " egg", 6) then
        if due("buy-egg", 3) then
            local _, humanoid = rootPart()
            if humanoid then humanoid:UnequipTools() end
            eggFire("Buy", best.payload.id)
            attempted["egg" .. tostring(best.payload.id)] = os.clock()
            pendingCarry = {untilTime = os.clock() + 2.5, name = best.payload.name}
            log(string.format("Egg purchase requested: %s ($%.0f)", best.payload.name, best.price))
        end
    end
end
-- Measured from 222 live normal-egg hops: ~0.551 seconds, ~4.505 studs,
-- virtually no inter-hop rest. The game's ownPose supplies the visible bounce.
-- Drive ordinary movement after the default player input, without moving the egg model.
local eggRandom = Random.new()
local EGG_HOP_SECONDS = 0.55
local function eggFieldBounds()
    local field = workspace:FindFirstChild("EggSpawn")
    if field and field:IsA("BasePart") then return field.CFrame, field.Size end
    if field and field:IsA("Model") then return field:GetBoundingBox() end
    return nil, nil
end
local function normalEggDirection(roam, position, speed)
    local heading = roam.heading + eggRandom:NextNumber(-0.9, 0.9)
    local direction = Vector3.new(math.cos(heading), 0, math.sin(heading))
    local frame, size = eggFieldBounds()
    if frame and size then
        local ahead = position + direction * (speed * EGG_HOP_SECONDS + 3)
        local localAhead = frame:PointToObjectSpace(ahead)
        local margin = 4
        if math.abs(localAhead.X) > math.max(size.X / 2 - margin, 1)
            or math.abs(localAhead.Z) > math.max(size.Z / 2 - margin, 1) then
            local localPosition = frame:PointToObjectSpace(position)
            local target = frame:PointToWorldSpace(Vector3.new(
                math.clamp(localPosition.X, -size.X * 0.3, size.X * 0.3),
                localPosition.Y,
                math.clamp(localPosition.Z, -size.Z * 0.3, size.Z * 0.3)))
            local inward = Vector3.new(target.X - position.X, 0, target.Z - position.Z)
            if inward.Magnitude > 0.01 then direction = inward.Unit end
        end
    end
    roam.heading = math.atan2(direction.Z, direction.X)
    return direction
end
local function updateEggMotion(dt)
    local root, humanoid = rootPart()
    if not C.wander or not C.enabled or C.mode ~= "Auto steal" or A.disconnectMessage
        or not player:GetAttribute("Disguised") or not player:GetAttribute("FakeLanded")
        or player:GetAttribute("StealBase") or player:GetAttribute("Carrying")
        or player:GetAttribute("Ragdoll") or not root or not humanoid then
        stopEggWander()
        A.eggMotionState = "idle"
        return
    end
    local follow = player:FindFirstChild("DisguiseFollow")
    if root.Anchored or (follow and follow:IsA("ObjectValue") and follow.Value) then
        stopEggWander()
        A.eggMotionState = "held in nest"
        return
    end
    if humanoid.WalkSpeed <= 0 then
        stopEggWander()
        A.eggMotionState = "waiting for movement"
        return
    end
    local now = os.clock()
    if manualMotionBlocked(now) then
        if eggWander then
            local facing = root.CFrame.LookVector
            eggWander.direction = nil
            eggWander.heading = math.atan2(facing.Z, facing.X)
            eggWander.targetDirection = Vector3.new(facing.X, 0, facing.Z)
            eggWander.nextTurn = now + 0.35
        end
        A.eggMotionState = "manual movement"
        return
    end
    if not eggWander or eggWander.root ~= root then
        local facing = root.CFrame.LookVector
        eggWander = {root = root, humanoid = humanoid,
            heading = math.atan2(facing.Z, facing.X), direction = Vector3.new(facing.X, 0, facing.Z), nextTurn = now, steps = 0}
    end
    local roam = eggWander
    if now >= roam.nextTurn then
        roam.targetDirection = normalEggDirection(roam, root.Position, humanoid.WalkSpeed)
        roam.nextTurn = now + EGG_HOP_SECONDS
        roam.steps += 1
        A.eggWalks = (A.eggWalks or 0) + 1
    end
    roam.direction = turnDirection(roam.direction, roam.targetDirection, dt, 3.8)
    humanoid:Move(roam.direction, false)
    A.eggMotionState = "continuous hops"
end
local function disconnectedMessage()
    local prompt = game:GetService("CoreGui"):FindFirstChild("RobloxPromptGui")
    if not prompt then return nil end
    for _, label in ipairs(prompt:GetDescendants()) do
        if label:IsA("TextLabel") and label.Visible then
            local lower = string.lower(label.Text)
            if lower:find("you have been kicked", 1, true) or lower:find("cheating detected", 1, true)
                or lower:find("lost connection", 1, true) then return label.Text end
        end
    end
    return nil
end
local function tickAutomation()
    if A.disconnectMessage then return end
    if due("connection-state", 1) then
        local message = disconnectedMessage()
        if message then
            manualHome = false
            setEnabled(false)
            A.disconnectMessage = message
            if clearESP then clearESP() end
            status("Disconnected — all automation stopped")
            log(message)
            return
        end
    end
    if manualHome then
        if player:GetAttribute("Disguised") then
            manualHome = false
            status("Still disguised — use Leave disguise before returning home")
            return
        end
        if moveTo(homePosition(), "Returning to base", 3) then manualHome = false ; status("At your base") end
        return
    end
    if not C.enabled then return end
    local root = rootPart()
    if not root then stopEggWander(); cancelMove(); status("Waiting for respawn"); return end
    if player:GetAttribute("Ragdoll") then stopEggWander(); cancelMove(); status("Waiting to recover"); return end
    if player:GetAttribute("Tutorial") then status("Complete the tutorial to start automation") ; return end
    if carrying() then
        stopEggWander()
        if not carryStarted then carryStarted = os.clock() ; log("Carried item confirmed — returning home") end
        pendingDisguise = nil
        pendingDisguiseHatch = nil
        A.failedPickups = 0
        pendingCarry = nil; bankCarry(); return
    elseif carryStarted then
        if bankStarted then
            A.banked += 1
            log("Carry cleared at your base; completed returns: " .. A.banked)
        else
            log("Carry ended before base delivery was confirmed")
        end
        carryStarted = nil ; bankStarted = nil ; cancelMove()
    end
    if pendingCarry then
        if os.clock() < pendingCarry.untilTime then status("Waiting for pickup confirmation") ; return end
        log("No pickup confirmed for " .. pendingCarry.name)
        pendingCarry = nil
        A.failedPickups += 1
        if A.failedPickups >= 3 then
            setEnabled(false)
            status("Three pickups failed — automation paused")
            return
        end
    end
    if waitForDisguiseHatch() then return end
    if pendingDisguise then
        if player:GetAttribute("Disguised") and player:GetAttribute("FakeLanded") then
            log("Disguise confirmed: " .. pendingDisguise.name)
            pendingDisguise = nil
        elseif os.clock() < pendingDisguise.deadline then
            cancelMove()
            status("Waiting for the game to finish disguising")
            return
        else
            pendingDisguise = nil
            setEnabled(false)
            status("Disguise was not confirmed — paused without retrying")
            log("No completed disguise after 15 seconds; no automatic resend.")
            return
        end
    end
    scanTargets()
    if player:GetAttribute("Disguised") then
        cancelMove()
        if C.mode == "Auto steal" then
            if hatchDisguise() then return end
            local target = A.target
            local pickup = A.pickupOwnerId and Players:GetPlayerByUserId(A.pickupOwnerId)
            if C.pickupPriority and A.pickupStage == "nest" and pickup then
                status(A.disguiseHatchReason or ("In " .. pickup.DisplayName .. "'s nest — waiting for Hatch"))
            elseif C.pickupPriority and A.pickupStage == "carried" and pickup then
                status("Picked up by " .. pickup.DisplayName .. " — their best pet is next")
            elseif C.pickupPriority and A.pickupStage == "owner pending" then
                status("Picked up — waiting for the owner to be identified")
            elseif target and A.baitName and target.egg ~= A.baitName then
                status("Next target: " .. target.owner.DisplayName .. " needs " .. (target.egg or "another egg") .. ". Current disguise: " .. A.baitName)
            else
                status("Waiting for " .. (target and target.owner.DisplayName or "another player") .. " to pick you up" .. (C.wander and " — " .. tostring(A.eggMotionState or "egg movement on") or ""))
            end
        else
            stopEggWander()
            status("Still disguised — change back to Auto steal for egg movement")
        end
        return
    end
    stopEggWander()
    if steal() then return end
    if player:GetAttribute("StealBase") then status("Steal window open — auto steal is off") ; return end
    maintenance()
    if C.rebirth and A.Rebirth.CanRebirth(player) and due("rebirth", 10) then
        fire("RebirthEvent") ; log("Rebirth requested") ; return
    end
    if hatchReady() then return end
    if feed() then return end
    if C.mode == "Auto steal" then disguise()
    elseif C.mode == "Egg farm" then farmEggs()
    else cancelMove() ; status("Maintenance active") end
end
log("Loaded. RightShift: menu | F6: pause/start | Normal walking; fake egg ESP available in Visuals")
log("Skips players who already hatched/own the required rebirth pet or have its real egg in a nest. Pickup priority follows whoever actually takes the egg.")
scanTargets(true)
RunService:BindToRenderStep(eggMotionBinding, Enum.RenderPriority.Input.Value + 1, function(dt)
    setthreadidentity(8)
    local success, err = pcall(function()
        if not updateNavigationMotion(dt) then updateEggMotion(dt) end
    end)
    if not success then
        A.motionErrors = (A.motionErrors or 0) + 1
        setEnabled(false)
        stopEggWander()
        A.eggMotionState = "movement error"
        if due("egg-motion-error", 10) then log("Movement stopped: " .. tostring(err)) end
    end
end)
eggMotionBound = true
task.spawn(function()
    setthreadidentity(8)
    while A.alive and not window.unloaded do
        setthreadidentity(8)
        local visualOK, visualError = pcall(updateESP)
        if not visualOK then
            C.fakeEsp = false
            clearESP()
            log("ESP paused: " .. tostring(visualError))
        end
        local trackerOK, trackerError = pcall(updateTargetTracker)
        if not trackerOK then
            C.targetTracker = false
            A.trackerErrors = (A.trackerErrors or 0) + 1
            clearTargetTracker()
            log("Target tracker paused: " .. tostring(trackerError))
        end
        local successful, err = xpcall(tickAutomation, debug.traceback)
        if not successful then
            A.errors += 1
            A.consecutiveErrors = (A.consecutiveErrors or 0) + 1
            A.lastError = tostring(err)
            cancelMove()
            status("Error — see Activity")
            if due("error-log", 5) then log(tostring(err)) end
            if A.consecutiveErrors >= 5 then setEnabled(false) ; log("Paused after repeated action errors. See Activity for the exact failure.") end
        else
            A.consecutiveErrors = 0
        end
        task.wait(0.5)
    end
    A.cleanup()
end)
return A

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