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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 ]]

-- ===== CONFIGURATION =====
local CONFIG = {
    aim_touch_zone = {x = 0, y = 0, w = 200, h = 200}, -- touch right half of screen to aim
    base_fov = 120,
    base_smoothing = 0.35,
    prediction_factor = 0.08,
    jump_height_mult = 2.5,
    speed_mult = 1.8,
    god_mode = true,
    no_fall_damage = true,
    min_sleep_ms = 5,
    max_sleep_ms = 25,
}

-- ===== MOBILE MEMORY OFFSETS (example – scan dynamically) =====
local OFFSETS = {
    player_list = 0x1234A8,
    local_player = 0x1234AC,
    view_angles = 0x1234B0,
    position = 0x1234B4,
    health = 0x1234B8,
    team = 0x1234BC,
    velocity = 0x1234C0,
    jump_force = 0x1234D0,
    gravity = 0x1234D4,
    speed_addr = 0x1234D8,
    fall_damage_flag = 0x1234DC,
}

-- ===== STUB MEMORY FUNCTIONS – REPLACE WITH MOBILE API =====
-- For Roblox mobile: you might use getrenv() and shared libraries.
-- For standalone: use ffi or Android's /proc/pid/mem with pcall.
local function readInt(addr) return 0 end
local function readFloat(addr, count)
    if count == 1 then return 0.0 end
    return {0.0, 0.0, 0.0}
end
local function writeFloat(addr, val) end
local function writeInt(addr, val) end

-- ===== UTILITY =====
local function clamp(v, min, max) return math.max(min, math.min(max, v)) end
local function normalizeYaw(yaw)
    yaw = yaw % 360
    if yaw > 180 then yaw = yaw - 360 end
    if yaw < -180 then yaw = yaw + 360 end
    return yaw
end
local function vectorLen(v) return math.sqrt(v[1]^2 + v[2]^2 + v[3]^2) end
local function sleep(ms) os.execute("sleep " .. tostring(ms/1000)) end  -- mobile may use `syscall` or `coroutine.yield`

-- ===== MAIN CLASS =====
local Aimbot = {}
Aimbot.__index = Aimbot

function Aimbot:new()
    local obj = setmetatable({}, Aimbot)
    obj.running = true
    obj.enabled = true
    obj.base_addr = 0x0
    obj.touch_active = false
    return obj
end

function Aimbot:attach()
    -- On mobile, find base address via pattern scan or module base
    self.base_addr = 0x1000000  -- replace with actual
    return true
end

-- ===== PLAYER DATA FUNCTIONS =====
function Aimbot:getLocalPlayer()
    return readInt(self.base_addr + OFFSETS.local_player)
end

function Aimbot:getPosition(entity)
    return readFloat(entity + OFFSETS.position, 3) or {0,0,0}
end

function Aimbot:getHealth(entity)
    return readInt(entity + OFFSETS.health)
end

function Aimbot:getTeam(entity)
    return readInt(entity + OFFSETS.team)
end

function Aimbot:getVelocity(entity)
    return readFloat(entity + OFFSETS.velocity, 3) or {0,0,0}
end

function Aimbot:getViewAngles()
    return readFloat(self.base_addr + OFFSETS.view_angles, 2) or {0,0}
end

function Aimbot:setViewAngles(pitch, yaw)
    pitch = clamp(pitch, -89, 89)
    yaw = normalizeYaw(yaw)
    writeFloat(self.base_addr + OFFSETS.view_angles, {pitch, yaw})
end

function Aimbot:getPlayerList()
    local addr = self.base_addr + OFFSETS.player_list
    local count = readInt(addr + 0x4)
    if count <= 0 or count > 64 then return {} end
    local list_ptr = readInt(addr)
    if list_ptr == 0 then return {} end
    local players = {}
    local localPlayer = self:getLocalPlayer()
    for i = 1, math.min(count, 64) do
        local ent = readInt(list_ptr + (i-1)*4)
        if ent ~= 0 and ent ~= localPlayer then
            table.insert(players, ent)
        end
    end
    return players
end

-- ===== AIMBOT LOOP =====
function Aimbot:aimbotLoop()
    local fov = CONFIG.base_fov + math.random(-10, 10)
    local smooth = CONFIG.base_smoothing + (math.random()*0.1 - 0.05)
    smooth = clamp(smooth, 0.1, 0.9)

    while self.running do
        if not self.enabled then
            sleep(math.random(10,30))
            goto continue
        end

        -- Random sleep to evade detection
        sleep(math.random(CONFIG.min_sleep_ms, CONFIG.max_sleep_ms))

        -- Mobile: check if finger is in aim zone (simplified – you'd use touch events)
        -- For demonstration, assume touch_active is set by GUI or touch handler
        if not self.touch_active then
            goto continue
        end

        local localPlayer = self:getLocalPlayer()
        if localPlayer == 0 then goto continue end
        local localPos = self:getPosition(localPlayer)
        if vectorLen(localPos) < 0.01 then goto continue end
        local localVel = self:getVelocity(localPlayer)
        local myTeam = self:getTeam(localPlayer)
        if myTeam == 0 then goto continue end

        local enemies = {}
        for _, ent in ipairs(self:getPlayerList()) do
            local health = self:getHealth(ent)
            if health > 0 and health < 1000 then
                local team = self:getTeam(ent)
                if team ~= myTeam and team ~= 0 then
                    local pos = self:getPosition(ent)
                    if vectorLen(pos) > 0.01 then
                        local vel = self:getVelocity(ent)
                        table.insert(enemies, {ent=ent, pos=pos, vel=vel})
                    end
                end
            end
        end

        if #enemies == 0 then goto continue end

        local curAngles = self:getViewAngles()
        local bestFov = fov
        local bestPitch, bestYaw = nil, nil

        for _, enemy in ipairs(enemies) do
            local delta = {
                enemy.pos[1] - localPos[1] + enemy.vel[1] * CONFIG.prediction_factor,
                enemy.pos[2] - localPos[2] + enemy.vel[2] * CONFIG.prediction_factor,
                enemy.pos[3] - localPos[3] + enemy.vel[3] * CONFIG.prediction_factor,
            }
            local hyp = vectorLen(delta)
            if hyp < 0.001 then goto next_enemy end
            local pitch = -math.asin(delta[3] / hyp) * 180 / math.pi
            local yaw = math.atan2(delta[2], delta[1]) * 180 / math.pi
            local dP = pitch - curAngles[1]
            local dY = yaw - curAngles[2]
            local fovDist = math.sqrt(dP^2 + dY^2)
            if fovDist < bestFov then
                bestFov = fovDist
                bestPitch, bestYaw = pitch, yaw
            end
            ::next_enemy::
        end

        if bestPitch then
            local newP = curAngles[1] + (bestPitch - curAngles[1]) * smooth
            local newY = curAngles[2] + (bestYaw - curAngles[2]) * smooth
            newY = normalizeYaw(newY)
            self:setViewAngles(newP, newY)
            sleep(math.random(1,3))
        end

        ::continue::
    end
end

-- ===== LOCAL PLAYER HACKS (speed, god mode, fall damage) =====
function Aimbot:localPlayerLoop()
    local speedAddr = self.base_addr + OFFSETS.speed_addr
    local healthAddr = self.base_addr + OFFSETS.health + 4  -- assuming local player offset
    local fallAddr = self.base_addr + OFFSETS.fall_damage_flag

    while self.running do
        -- Speed hack
        if CONFIG.speed_mult ~= 1.0 then
            local baseSpeed = readFloat(speedAddr)
            if baseSpeed and baseSpeed > 0 then
                writeFloat(speedAddr, baseSpeed * CONFIG.speed_mult)
            end
        end

        -- God mode (infinite health)
        if CONFIG.god_mode then
            local localPlayer = self:getLocalPlayer()
            if localPlayer ~= 0 then
                writeInt(localPlayer + OFFSETS.health, 9999)
            end
        end

        -- No fall damage
        if CONFIG.no_fall_damage then
            writeFloat(fallAddr, 0.0)  -- or writeInt(0) if flag
        end

        sleep(math.random(200, 500))
    end
end

-- ===== JUMP HACK LOOP =====
function Aimbot:jumpHackLoop()
    local jumpAddr = self.base_addr + OFFSETS.jump_force
    local gravAddr = self.base_addr + OFFSETS.gravity

    while self.running do
        if CONFIG.jump_height_mult > 1.0 then
            local factor = CONFIG.jump_height_mult + math.random()*0.2 - 0.1
            factor = clamp(factor, 1.5, 3.5)
            writeFloat(jumpAddr, 450.0 * factor)
            writeFloat(gravAddr, -800.0 * (0.7 + math.random()*0.1 - 0.05))
        end
        sleep(math.random(500, 1200))
    end
}

-- ===== GUI (MOBILE TOUCH – TEXT STUB) =====
-- In a real mobile environment, you'd render a small circle at top-left using UI library.
-- Here we provide a simple console toggle.
local function createMobileGUI()
    print("=== MOBILE AIMBOT GUI ===")
    print("Touch circle at top-left to toggle menu (simulated)")
    print("Tap right half of screen to aim (simulated)")
    -- In practice, use touch event handlers to set aimbot.touch_active
end

-- ===== START / STOP =====
function Aimbot:start()
    if not self:attach() then return false end
    -- Run loops using coroutines for concurrency (mobile-friendly)
    local co1 = coroutine.create(function() self:aimbotLoop() end)
    local co2 = coroutine.create(function() self:localPlayerLoop() end)
    local co3 = coroutine.create(function() self:jumpHackLoop() end)
    while self.running do
        coroutine.resume(co1)
        coroutine.resume(co2)
        coroutine.resume(co3)
        sleep(1)  -- yield to avoid CPU hog
    end
    return true
end

function Aimbot:stop()
    self.running = false
end

-- ===== MAIN =====
local aimbot = Aimbot:new()
if aimbot:start() then
    print("Aimbot running on mobile. Tap the circle to toggle GUI (stub).")
    -- In a full implementation, you'd have a touch listener that sets aimbot.touch_active
    -- and draws the circle overlay.
else
    

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