KeylessUniversal
Lua Script•1674 lines (88398 chars)
---UNIVERSAL
---uselessscripter:
---Controls:
--- - Page Up: Save Config
--- - Page Down: Load Config
--- - Home: Toggle Menu
--- - End: Unload
--- - Keypad Eight: Up
--- - Keypad Two: Down
--- - Keypad Four: Cycle Left
--- - Keypad Six: Cycle Right
--- Features:
--- Aimbot:
--- - Toggle
--- - Sensitivity (Lower = Less Snap)
--- - FOV
--- - Deadzone (Circle inside FOV where aimbot will not move)
--- - Deadzone FOV
--- - Hitbox (Head, Torso, Closest)
--- - Teamkill
--- - Dead Check
--- - Visible Check
--- - Invisible Check
--- - Forcefield Check
--- - Non-Sticky Aim
--- - Targetting Method (Mouse, Distance, Health)
--- - Don't Lock when Right Clicking
--- - Cursor Calibration Key
--- Triggerbot:
--- - Toggle
--- - Teamkill
--- - Invisible Check
--- - Dead Check
--- - Forcefield Check
--- - Delay
--- - Duration
--- ESP:
--- - Toggle
--- - Box
--- - Health
--- - Name
--- - Hide Team
---Exploits:
--- - Packet Choke
--- - Spinbot
--- - Catboy
--- - Click TP
--- - Fly
---Ceresian: CLAN GAMES/UNIVERSAL
local ReplicatedStorage = game:GetService("ReplicatedStorage") -- Services
local UserInputService = game:GetService("UserInputService")
local NetworkClient = game:GetService("NetworkClient")
local TweenService = game:GetService("TweenService")
local HttpService = game:GetService("HttpService")
local RunService = game:GetService("RunService")
local Workspace = game:GetService("Workspace")
local Players = game:GetService("Players")
local localPlayer = Players.LocalPlayer -- Locals
local mouse = localPlayer:GetMouse()
local functions = {
["HttpGet"] = game.HttpGet,
["FindFirstAncestor"] = game.FindFirstAncestor ,
["FindFirstAncestorOfClass"] = game.FindFirstAncestorOfClass,
["FindFirstAncestorWhichIsA"] = game.FindFirstAncestorWhichIsA,
["FindFirstChild"] = game.FindFirstChild,
["FindFirstChildOfClass"] = game.FindFirstChildOfClass,
["FindFirstChildWhichIsA"] = game.FindFirstChildWhichIsA,
["FindFirstDescendant"] = game.FindFirstDescendant,
["IsAncestorOf"] = game.IsAncestorOf,
["IsDescendantOf"] = game.IsDescendantOf,
["isA"] = game.IsA,
["wrap"] = coroutine.wrap,
["insert"] = table.insert,
["remove"] = table.remove,
["find"] = table.find,
["GetMouseLocation"] = UserInputService.GetMouseLocation,
["GetFocusedTextBox"] = UserInputService.GetFocusedTextBox,
["IsKeyDown"] = UserInputService.IsKeyDown,
["GetPlayers"] = Players.GetPlayers,
["type"] = type,
["tostring"] = tostring,
["sfind"] = string.find,
["sin"] = math.sin,
["cos"] = math.cos,
["rad"] = math.rad,
["floor"] = math.floor,
["abs"] = math.abs,
["huge"] = math.huge,
["clamp"] = math.clamp,
["nRay"] = Ray.new ,
["nRayParams"] = RaycastParams.new,
["nCFrame"] = CFrame.new,
["nVector3"] = Vector3.new,
["nVector2"] = Vector2.new,
["nColor3"] = Color3.new,
["nAngles"] = CFrame.Angles,
["nRGB"] = Color3.fromRGB,
["nHSV"] = Color3.fromHSV,
["nInstance"] = Instance.new,
["nDrawing"] = Drawing.new,
["setmetatable"] = setmetatable,
["next"] = next,
["ipairs"] = ipairs,
["wait"] = wait,
["rawget"] = rawget,
}
local constants = {
["9e9"] = 9e9,
["5000"] = 5000,
["1000"] = 1000,
["360"] = 360,
["320"] = 320,
["255"] = 255,
["252"] = 252,
["144"] = 144,
["95"] = 95,
["70"] = 70,
["20"] = 20,
["15"] = 15,
["13"] = 13,
["10"] = 10,
["8"] = 8,
["6"] = 6,
["5"] = 5,
["4"] = 4,
["2"] = 2,
["1"] = 1,
[".75"] = .75,
[".5"] = .5,
[".3"] = .3,
[".1"] = .1,
["0"] = 0,
["true"] = true,
["false"] = false,
["nil"] = nil,
}
local UserInputService = game:GetService("UserInputService") -- Services
local HttpService = game:GetService("HttpService")
local Workspace = game:GetService("Workspace")
local RunService = game:GetService("RunService")
local Players = game:GetService("Players")
local insert = table.insert -- Cache
local remove = table.remove
local find = table.find
local nVector2 = Vector2.new
local nRGB = Color3.fromRGB
local nDrawing = Drawing.new
local screenSize = nVector2(Workspace.CurrentCamera.ViewportSize.X, Workspace.CurrentCamera.ViewportSize.Y) -- Screen
local screenCenter = nVector2(Workspace.CurrentCamera.ViewportSize.X/2, Workspace.CurrentCamera.ViewportSize.Y/2)
local frameworkHook
local framework = {
connections = {},
flags = {},
esp = {},
labels = {},
theme = {
font = Drawing.Fonts.Plex,
fontSize = 13
},
menu = {
open = true,
offset = -120,
bindingKey = false,
currentItem = nil,
keybinds = {},
list = {},
drawings = {},
hiddenDrawings = {},
}
}
setmetatable(framework, {
__call = function(self, key, args)
if key == "draw" then
local i = nDrawing(args.class)
for prop, val in next, args.properties do
i[prop] = val
end
if not args.hidden then
insert(self.menu.drawings, i)
else
insert(self.menu.hiddenDrawings, i)
end
return i
elseif key == "deepCopy" then
local function deepCopy(tbl)
local copy = {}
for k, v in pairs(tbl) do
if type(v) == "table" then
v = deepCopy(v)
end
copy[k] = v
end
return copy
end
return deepCopy(args.tbl)
elseif key == "doesDrawingExist" then
if args.drawing then
if rawget(args.drawing, '__OBJECT_EXISTS') then
return true
else
return false
end
else
return err("No Drawing Specified [1]")
end
elseif key == "udim" then -- (type, xScale, xOffset, yScale, yOffset, relativeFrom)
if args.type == "size" then
local x
local y
if args.relativeFrom then
x = args.xScale*args.relativeFrom.Size.X+args.xOffset
y = args.yScale*args.relativeFrom.Size.Y+args.yOffset
else
x = args.xScale*screenSize.X+args.xOffset
y = args.yScale*screenSize.Y+args.yOffset
end
return nVector2(x,y)
elseif args.type == "position" then
local x
local y
if args.relativeFrom then
if find(args.relativeFrom, "Font") then
x = args.relativeFrom.Position.X + args.xScale * args.relativeFrom.Size.X + args.xOffset
y = args.relativeFrom.Position.y + args.yScale * args.relativeFrom.Size.y + args.yOffset
else
x = args.relativeFrom.Position.x + args.xOffset
y = args.relativeFrom.Position.y + args.yOffset
end
else
x = args.xScale * screenSize.X + args.xOffset
y = args.yScale * screenSize.Y + args.yOffset
end
return nVector2(x,y)
else
return "Non Valid Argument [1]"
end
elseif key == "createConnection" then -- (name, connection, callback)
if not self.connections[args.name] then
self.connections[args.name] = args.connection:Connect(args.callback)
return self.connections[args.name]
end
elseif key == "destroyConnection" then -- (name)
if self.connections[args.name] then
self.connections[args.name]:Disconnect()
self.connections[args.name] = nil
end
elseif key == "saveConfig" then
local copy = self("deepCopy", {tbl = self.flags})
writefile("Config.YUKIHOOK", HttpService:JSONEncode(copy))
elseif key == "loadConfig" then
local decodedData = HttpService:JSONDecode(readfile("Config.YUKIHOOK"))
for i,v in next, decodedData do
self.flags[i] = v
end
for i,v in next, self.menu.list do
v:refresh()
end
elseif key == "unload" then
for i,v in next, framework.connections do
v:Disconnect()
framework.connections[i] = nil
end
for i,v in next, framework.esp do
if type(v) == 'table' and v.Destroy then
v.Destroy()
framework.esp[i] = nil
end
end
for i,v in next, framework.menu.drawings do
if type(v) == 'table' and rawget(v, '__OBJECT_EXISTS') then
v:Remove()
framework.menu.drawings[i] = nil
end
end
for i,v in next, framework.menu.hiddenDrawings do
if type(v) == 'table' and rawget(v, '__OBJECT_EXISTS') then
v:Remove()
framework.menu.hiddenDrawings[i] = nil
end
end
end
end
})
function framework:createWindow(args)
local window = {name = args.name or "TORGBOT"}
window.textShadow = self("draw", {class = "Text", properties = {
Text = window.name,
Font = self.theme.font,
Size = self.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = 6, yScale = 0, yOffset = 320}),
Visible = self.menu.open,
Transparency = 1,
Color = nRGB(0,0,0)
}})
window.text = self("draw", {class = "Text", properties = {
Text = window.name,
Font = self.theme.font,
Size = self.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = -1, yScale = 0, yOffset = -1, relativeFrom = window.textShadow}),
Visible = self.menu.open,
Transparency = 1,
Color = nRGB(255,255,255)
}})
self.menu.offset += 15
function window:selectItem(args)
if framework.menu.currentItem then
if framework.menu.currentItem.type == "label" then
framework.menu.currentItem:setText(framework.menu.currentItem.text)
framework.menu.currentItem:hover(false)
elseif framework.menu.currentItem.type == "toggle" then
framework.menu.currentItem:setText(framework.menu.currentItem.text.. " <"..tostring(framework.menu.currentItem.value)..">")
framework.menu.currentItem:hover(false)
elseif framework.menu.currentItem.type == "int" then
framework.menu.currentItem:setText(framework.menu.currentItem.text.. " <"..tostring(framework.menu.currentItem.value)..">")
framework.menu.currentItem:hover(false)
elseif framework.menu.currentItem.type == "keybind" then
framework.menu.currentItem:setText(framework.menu.currentItem.text.. " <"..tostring(framework.menu.currentItem.key)..">")
framework.menu.currentItem:hover(false)
elseif framework.menu.currentItem.type == "list" then
framework.menu.currentItem:setText(framework.menu.currentItem.text.. " <"..tostring(framework.menu.currentItem.value)..">")
framework.menu.currentItem:hover(false)
end
end
framework.menu.currentItem = args.item
if framework.menu.currentItem.type == "label" then
framework.menu.currentItem:setText(framework.menu.currentItem.text.." <")
framework.menu.currentItem:hover(true)
elseif framework.menu.currentItem.type == "toggle" then
framework.menu.currentItem:setText(framework.menu.currentItem.text.. " <"..tostring(framework.menu.currentItem.value).."> <")
framework.menu.currentItem:hover(true)
elseif framework.menu.currentItem.type == "int" then
framework.menu.currentItem:setText(framework.menu.currentItem.text.. " <"..tostring(framework.menu.currentItem.value).."> <")
framework.menu.currentItem:hover(true)
elseif framework.menu.currentItem.type == "keybind" then
framework.menu.currentItem:setText(framework.menu.currentItem.text.. " <"..tostring(framework.menu.currentItem.key).."> <")
framework.menu.currentItem:hover(true)
elseif framework.menu.currentItem.type == "list" then
framework.menu.currentItem:setText(framework.menu.currentItem.text.. " <"..tostring(framework.menu.currentItem.value).."> <")
framework.menu.currentItem:hover(true)
end
end
function window:createLabel(args)
local item = {text = args.text or "", drawings = {}, type = args.type or "label"}
item.drawings.textShadow = framework("draw", {class = "Text", properties = {
Text = item.text,
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = 0, yScale = 0, yOffset = framework.menu.offset, relativeFrom = window.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(0,0,0)
}})
item.drawings.text = framework("draw", {class = "Text", properties = {
Text = item.text,
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = -1, yScale = 0, yOffset = -1, relativeFrom = item.drawings.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(255,255,255)
}})
function item:setText(text)
item.drawings.textShadow.Text = text
item.drawings.text.Text = text
end
function item:hover(bool)
if bool then
item.drawings.text.Color = nRGB(2,144,252)
else
item.drawings.text.Color = nRGB(255,255,255)
end
end
framework.menu.offset += 15
if #framework.menu.list == 0 then
window:selectItem({item = item})
end
insert(framework.menu.list, item)
return item
end
function window:createInt(args)
local item = {text = args.text or "", drawings = {}, type = args.type or "int", flag = args.flag or "", precision = args.offset or 1, value = args.default or 0, callback = args.callback or function() end}
item.drawings.textShadow = framework("draw", {class = "Text", properties = {
Text = item.text.. " <"..tostring(item.value)..">",
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = 0, yScale = 0, yOffset = framework.menu.offset, relativeFrom = window.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(0,0,0)
}})
item.drawings.text = framework("draw", {class = "Text", properties = {
Text = item.text.. " <"..item.value..">",
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = -1, yScale = 0, yOffset = -1, relativeFrom = item.drawings.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(255,255,255)
}})
function item:offset(args)
item.value += args.offset
item.drawings.textShadow.Text = item.text.. " <"..item.value.."> <"
item.drawings.text.Text = item.text.. " <"..item.value.."> <"
framework.flags[item.flag] = item.value
item.callback(item.value)
end
framework.flags[item.flag] = item.value
item.callback(item.value)
function item:setText(text)
item.drawings.textShadow.Text = text
item.drawings.text.Text = text
end
function item:hover(bool)
if bool then
item.drawings.text.Color = nRGB(2,144,252)
else
item.drawings.text.Color = nRGB(255,255,255)
end
end
function item:refresh()
item.value = framework.flags[item.flag]
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.value)..">"
item.drawings.text.Text = item.text.. " <"..tostring(item.value)..">"
item.callback(item.value)
if framework.menu.currentItem == item then
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.value).."> <"
item.drawings.text.Text = item.text.. " <"..tostring(item.value).."> <"
item:hover(true)
end
end
framework.menu.offset += 15
if #framework.menu.list == 0 then
window:selectItem({item = item})
end
insert(framework.menu.list, item)
return item
end
function window:createToggle(args)
local item = {text = args.text or "", drawings = {}, type = args.type or "toggle", flag = args.flag or "", value = args.default or false, callback = args.callback or function() end}
item.drawings.textShadow = framework("draw", {class = "Text", properties = {
Text = item.text.. " <"..tostring(item.value)..">",
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = 0, yScale = 0, yOffset = framework.menu.offset, relativeFrom = window.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(0,0,0)
}})
item.drawings.text = framework("draw", {class = "Text", properties = {
Text = item.text.. " <"..tostring(item.value)..">",
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = -1, yScale = 0, yOffset = -1, relativeFrom = item.drawings.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(255,255,255)
}})
function item:toggle()
item.value = not item.value
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.value).."> <"
item.drawings.text.Text = item.text.. " <"..(tostring(item.value)).."> <"
framework.flags[item.flag] = item.value
item.callback(item.value)
end
framework.flags[item.flag] = item.value
item.callback(item.value)
function item:setText(text)
item.drawings.textShadow.Text = text
item.drawings.text.Text = text
end
function item:hover(bool)
if bool then
item.drawings.text.Color = nRGB(2,144,252)
else
item.drawings.text.Color = nRGB(255,255,255)
end
end
function item:refresh()
item.value = framework.flags[item.flag]
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.value)..">"
item.drawings.text.Text = item.text.. " <"..tostring(item.value)..">"
item.callback(item.value)
if framework.menu.currentItem == item then
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.value).."> <"
item.drawings.text.Text = item.text.. " <"..tostring(item.value).."> <"
item:hover(true)
end
end
framework.menu.offset += 15
if #framework.menu.list == 0 then
window:selectItem({item = item})
end
insert(framework.menu.list, item)
return item
end
function window:createList(args)
local item = {text = args.text or "", drawings = {}, type = args.type or "list", value = args.default or "none", flag = args.flag or "", list = args.list or {}, callback = args.callback or function() end}
item.drawings.textShadow = framework("draw", {class = "Text", properties = {
Text = item.text.. " <"..item.value..">",
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = 0, yScale = 0, yOffset = framework.menu.offset, relativeFrom = window.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(0,0,0)
}})
item.drawings.text = framework("draw", {class = "Text", properties = {
Text = item.text.. " <"..item.value..">",
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = -1, yScale = 0, yOffset = -1, relativeFrom = item.drawings.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(255,255,255)
}})
function item:selectOption(option)
item.value = option
item.drawings.textShadow.Text = item.text.. " <"..item.value.."> <"
item.drawings.text.Text = item.text.. " <"..item.value.."> <"
framework.flags[item.flag] = item.value
item.callback(item.value)
end
framework.flags[item.flag] = item.value
item.callback(item.value)
function item:setText(text)
item.drawings.textShadow.Text = text
item.drawings.text.Text = text
end
function item:hover(bool)
if bool then
item.drawings.text.Color = nRGB(2,144,252)
else
item.drawings.text.Color = nRGB(255,255,255)
end
end
function item:refresh()
item.value = framework.flags[item.flag]
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.value)..">"
item.drawings.text.Text = item.text.. " <"..tostring(item.value)..">"
item.callback(item.value)
if framework.menu.currentItem == item then
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.value).."> <"
item.drawings.text.Text = item.text.. " <"..tostring(item.value).."> <"
item:hover(true)
end
end
framework.menu.offset += 15
if #framework.menu.list == 0 then
window:selectItem({item = item})
end
insert(framework.menu.list, item)
return item
end
function window:createKeybind(args)
local item =
{
text = args.text or "",
key = args.defaultKey.Name or "unbound",
track = args.trackType or "Toggle",
state = false,
drawings = {},
type = args.type or "keybind",
callback = args.callback or function() end,
flag = args.flag or ""
}
item.drawings.textShadow = framework("draw", {class = "Text", properties = {
Text = item.text.. " <"..tostring(item.key)..">",
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = 0, yScale = 0, yOffset = framework.menu.offset, relativeFrom = window.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(0,0,0)
}})
item.drawings.text = framework("draw", {class = "Text", properties = {
Text = item.text.. " <"..tostring(item.key)..">",
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = 0, xOffset = -1, yScale = 0, yOffset = -1, relativeFrom = item.drawings.textShadow}),
Visible = framework.menu.open,
Transparency = 1,
Color = nRGB(255,255,255)
}})
function item:setKey(Input)
if Input then
item.key = Input.KeyCode.Name ~= "Unknown" and Input.KeyCode.Name or Input.UserInputType.Name
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.key).."> <"
item.drawings.text.Text = item.text.. " <"..tostring(item.key).."> <"
framework.flags[item.flag][1] = item.key
else
item.key = "unbound"
item.state = false
item.drawings.textShadow.Text = item.text.. " <unbound> <"
item.drawings.text.Text = item.text.. " <unbound> <"
framework.flags[item.flag][1] = item.key
end
end
function item:setText(text)
item.drawings.textShadow.Text = text
item.drawings.text.Text = text
end
function item:hover(bool)
if bool then
item.drawings.text.Color = nRGB(2,144,252)
else
item.drawings.text.Color = nRGB(255,255,255)
end
end
function item:refresh()
item.key = framework.flags[item.flag][1]
item.state = framework.flags[item.flag][2]
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.key)..">"
item.drawings.text.Text = item.text.. " <"..tostring(item.key)..">"
item:hover(false)
if framework.menu.currentItem == item then
item.drawings.textShadow.Text = item.text.. " <"..tostring(item.key).."> <"
item.drawings.text.Text = item.text.. " <"..tostring(item.key).."> <"
item:hover(true)
end
end
framework.menu.offset += 15
if #framework.menu.list == 0 then
window:selectItem({item = item})
end
framework.flags[item.flag] = {item.key, item.state}
insert(framework.menu.keybinds, item)
insert(framework.menu.list, item)
return item
end
self("createConnection", {connection = UserInputService.InputBegan, name = "MenuInputBegan", callback = function(Input)
if self.menu.bindingKey then
self.menu.bindingKey = false
if Input.KeyCode.Name ~= "Unknown" and Input.KeyCode.Name:upper() or Input.UserInputType.Name:upper() then
if Input.KeyCode.Name == "Delete" then
self.menu.currentItem:setKey()
else
self.menu.currentItem:setKey(Input)
end
end
else
if Input.KeyCode == Enum.KeyCode.Home then
for i,v in next, self.menu.drawings do
if type(v) == 'table' and rawget(v, '__OBJECT_EXISTS') then
v.Visible = not v.Visible
end
end
self.menu.open = not self.menu.open
elseif Input.KeyCode == Enum.KeyCode.End then
self("unload")
elseif Input.KeyCode == Enum.KeyCode.PageUp then
self("saveConfig")
elseif Input.KeyCode == Enum.KeyCode.PageDown then
self("loadConfig")
else
if self.menu.open then
if Input.KeyCode == Enum.KeyCode.KeypadEight then
local indexCurrent = find(framework.menu.list, framework.menu.currentItem)
if indexCurrent then
if framework.menu.list[indexCurrent-1] ~= nil then
window:selectItem({item = framework.menu.list[indexCurrent-1]})
else
window:selectItem({item = framework.menu.list[#framework.menu.list]})
end
end
end
if Input.KeyCode == Enum.KeyCode.KeypadTwo then
local indexCurrent = find(framework.menu.list, framework.menu.currentItem)
if indexCurrent then
if framework.menu.list[indexCurrent+1] ~= nil then
window:selectItem({item = framework.menu.list[indexCurrent+1]})
else
window:selectItem({item = framework.menu.list[1]})
end
end
end
if Input.KeyCode == Enum.KeyCode.KeypadSix then
if self.menu.currentItem.type ~= "label" then
if self.menu.currentItem.type == "int" then
self.menu.currentItem:offset({offset = self.menu.currentItem.precision})
end
if self.menu.currentItem.type == "toggle" then
self.menu.currentItem:toggle()
end
if self.menu.currentItem.type == "list" then
local indexCurrent = find(self.menu.currentItem.list, self.menu.currentItem.value)
if indexCurrent then
if self.menu.currentItem.list[indexCurrent+1] ~= nil then
self.menu.currentItem:selectOption(self.menu.currentItem.list[indexCurrent+1])
end
end
end
if self.menu.currentItem.type == "keybind" then
self.menu.currentItem:setText(self.menu.currentItem.text.." <...> <")
self.menu.bindingKey = true
end
end
end
if Input.KeyCode == Enum.KeyCode.KeypadFour then
if self.menu.currentItem.type ~= "label" then
if self.menu.currentItem.type == "int" then
self.menu.currentItem:offset({offset = -self.menu.currentItem.precision})
end
if self.menu.currentItem.type == "toggle" then
self.menu.currentItem:toggle()
end
if self.menu.currentItem.type == "list" then
local indexCurrent = find(self.menu.currentItem.list, self.menu.currentItem.value)
if indexCurrent then
if self.menu.currentItem.list[indexCurrent-1] ~= nil then
self.menu.currentItem:selectOption(self.menu.currentItem.list[indexCurrent-1])
end
end
end
if self.menu.currentItem.type == "keybind" then
self.menu.currentItem:setText(self.menu.currentItem.text.." <...> <")
self.menu.bindingKey = true
end
end
end
end
for i,v in next, self.menu.keybinds do
if v.key ~= "unbound" then
if string.find(v.key, "Mouse") then
if Input.UserInputType == Enum.UserInputType[v.key] then
if v.track == "Hold" then
v.state = true
self.flags[v.flag][2] = true
v.callback(v)
elseif v.track == "Toggle" then
v.state = not v.state
v.callback(v)
end
end
else
if Input.KeyCode == Enum.KeyCode[v.key] then
if v.track == "Hold" then
v.state = true
self.flags[v.flag][2] = true
v.callback(v)
elseif v.track == "Toggle" then
v.state = not v.state
v.callback(v)
end
end
end
end
end
end
end
end})
self("createConnection", {connection = UserInputService.InputEnded, name = "MenuInputEnded", callback = function(Input)
for i,v in next, self.menu.keybinds do
if v.key ~= "unbound" then
if string.find(v.key, "Mouse") then
if Input.UserInputType == Enum.UserInputType[v.key] then
if v.track == "Hold" then
v.state = false
self.flags[v.flag][2] = false
v.callback(v)
end
end
else
if Input.KeyCode == Enum.KeyCode[v.key] then
if v.track == "Hold" then
v.state = false
self.flags[v.flag][2] = false
v.callback(v)
end
end
end
end
end
end})
return window
end
function framework:createScreenLabel(args)
local screenLabel = {text = args.text or "Screen Label", position = args.position or functions["nVector2"](95,constants["15"]), drawings = {}}
screenLabel.drawings.labelShadow = framework("draw", {hidden = constants["true"], class = "Text", properties = {
Text = screenLabel.text,
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = constants["0"], xOffset = screenLabel.position.X+constants["1"], yScale = constants["0"], yOffset = screenLabel.position.Y+constants["1"]}),
Visible = constants["true"],
Transparency = constants["1"],
Color = functions["nRGB"](constants["0"],constants["0"],constants["0"])
}})
screenLabel.drawings.label = framework("draw", {hidden = constants["true"], class = "Text", properties = {
Text = screenLabel.text,
Font = framework.theme.font,
Size = framework.theme.fontSize,
Position = framework("udim", {type = "position", xScale = constants["0"], xOffset = screenLabel.position.X, yScale = constants["0"], yOffset = screenLabel.position.Y}),
Visible = constants["true"],
Transparency = constants["1"],
Color = functions["nRGB"](constants["255"],constants["255"],constants["255"])
}})
function screenLabel:changeText(text)
screenLabel.text = text
screenLabel.drawings.labelShadow.Text = text
screenLabel.drawings.label.Text = text
end
functions["insert"](self.labels, screenLabel)
return screenLabel
end
local client = {
target = constants["nil"],
targetHitPart = constants["nil"],
packetVisualizer = constants["nil"],
offsetVisualizer = constants["nil"],
cursorOffset = functions["nVector2"](constants["0"],constants["0"]),
Spin = constants["0"],
}
local fovCircle = framework("draw", {class = "Circle", hidden = constants["true"], properties = {
Filled = constants["true"],
Transparency = constants[".3"],
Color = functions["nColor3"](constants["1"],constants["1"],constants["1"]),
}})
local deadZoneCircle = framework("draw", {class = "Circle", hidden = constants["true"], properties = {
Filled = constants["true"],
Transparency = constants[".1"],
Color = functions["nColor3"](constants["0"],constants["0"],constants["0"]),
}})
function client.rotateYaw(CFRAME)
local x, y, z = CFRAME:ToOrientation()
return functions["nCFrame"](CFRAME.Position) * functions["nAngles"](constants["0"],y,constants["0"])
end
function client.floor(val)
return functions["nVector2"](functions["floor"](val.X),functions["floor"](val.Y))
end
function client.returnCamera()
return workspace.CurrentCamera
end
function client.returnBoundingBox(chr)
if functions["FindFirstChild"](chr, "HumanoidRootPart") then
local cf = chr.HumanoidRootPart.CFrame
local cameraCFrame = client.returnCamera().CFrame
local size = chr.HumanoidRootPart.Size + functions["nVector3"](constants["1"],4,constants["1"])
local left, lvis = client.returnCamera().WorldToViewportPoint(client.returnCamera(),cf.p+(cameraCFrame.RightVector*-size.z))
local right, rvis = client.returnCamera().WorldToViewportPoint(client.returnCamera(),cf.p+(cameraCFrame.RightVector*size.z))
local top, tvis = client.returnCamera().WorldToViewportPoint(client.returnCamera(),cf.p+(cameraCFrame.UpVector*size.y)/constants["2"])
local bottom, bvis = client.returnCamera().WorldToViewportPoint(client.returnCamera(),cf.p+(cameraCFrame.UpVector*-size.y)/constants["2"])
if not lvis and not rvis and not tvis and not bvis then
return
end
local width = functions["floor"](functions["abs"](left.x - right.x))
local height = functions["floor"](functions["abs"](top.y - bottom.y))
local pos = client.returnCamera().WorldToViewportPoint(client.returnCamera(),cf.Position)
local size = functions["nVector2"](width, height)
size = client.floor(size)
return client.floor(functions["nVector2"](pos.x-(size.x/constants["2"]), pos.y-(size.y/constants["2"]))), size
end
end
function client.catBoy(plr)
local cosmetic = game:GetObjects("rbxassetid://6931306290")[constants["1"]]
local catboyed = functions["nInstance"]("StringValue")
catboyed.Name = "catboyed"
cosmetic.Parent = ReplicatedStorage
catboyed.Parent = plr.Character
if plr.Character and functions["FindFirstChild"](plr.Character, "HumanoidRootPart") then
for i,v in functions["next"], plr.Character:GetChildren() do
if v:IsA("Accoutrement") then
v.Handle.Transparency = constants["1"]
elseif v:IsA("Shirt") then
v.ShirtTemplate = "rbxassetid://6660070716"
elseif v:IsA("Pants") then
v.PantsTemplate = "rbxassetid://6660072921"
v.Color3 = functions["nColor3"](constants["0"],constants["0"],constants["0"])
end
end
end
local ears = cosmetic.Ears:Clone()
local hair = cosmetic.Hair:Clone()
local earWeld = functions["nInstance"]("Weld",ears)
local hairWeld = functions["nInstance"]("Weld",hair)
ears.Parent = plr.Character
hair.Parent = plr.Character
earWeld.Part0 = ears.Handle
hairWeld.Part0 = hair.Handle
earWeld.Part1 = plr.Character.Head
hairWeld.Part1 = plr.Character.Head
earWeld.C0 = functions["nCFrame"](constants["0"],-constants[".75"],constants["0"])
hairWeld.C0 = functions["nCFrame"](constants["0"],-constants[".3"],constants["0"])
end
function client.calculateTarget(method, hitPart)
local MaxDist, Target = functions["huge"]
local aimAt = hitPart
local TheirPos, Dist
if method == "Mouse" then
for _,V in functions["next"], functions["GetPlayers"](Players) do
if V ~= localPlayer then
if V.Team ~= localPlayer.Team or framework.flags["aimbotTeamkill"] then
if V.Character then
if functions["FindFirstChild"](V.Character, "Head") then
if functions["FindFirstChild"](V.Character, "Torso") or functions["FindFirstChild"](V.Character, "UpperTorso") then
local Torso = functions["FindFirstChild"](V.Character, "Torso") or functions["FindFirstChild"](V.Character, "UpperTorso")
if (functions["FindFirstChildOfClass"](V.Character, "Humanoid") and functions["FindFirstChildOfClass"](V.Character, "Humanoid").Health > constants["0"] and framework.flags["aimbotDead"]) or not framework.flags["aimbotDead"] then
if (Torso.Transparency ~= constants["1"] and framework.flags["aimbotInvisible"]) or not framework.flags["aimbotInvisible"] then
if (not functions["FindFirstChildOfClass"](V.Character, "ForceField") and framework.flags["aimbotForcefield"]) or not framework.flags["aimbotForcefield"] then
if aimAt == "Closest" then
local mousePoint = functions["GetMouseLocation"](UserInputService)
local headPoint = client.returnCamera().WorldToViewportPoint(client.returnCamera(),V.Character.Head.Position)
local torsoPoint = client.returnCamera().WorldToViewportPoint(client.returnCamera(), Torso.Position)
local headMag = (functions["nVector2"](headPoint.X, headPoint.Y) - functions["nVector2"](mousePoint.X, mousePoint.Y)).Magnitude
local torsoMag = (functions["nVector2"](torsoPoint.X, torsoPoint.Y) - functions["nVector2"](mousePoint.X, mousePoint.Y)).Magnitude
aimAt = headMag < torsoMag and "Head" or functions["tostring"](Torso)
end
if aimAt == "Torso" then
if functions["tostring"](Torso) == "UpperTorso" then
aimAt = "UpperTorso"
end
end
local Pos, Vis = client.returnCamera().WorldToViewportPoint(client.returnCamera(), V.Character[aimAt].Position)
if Vis then
TheirPos = functions["nVector2"](Pos.X, Pos.Y)
Dist = (TheirPos - fovCircle.Position).Magnitude
if (Dist < framework.flags["fovRadius"] and not framework.flags["aimbotIgnoreFOV"] or framework.flags["aimbotIgnoreFOV"]) and (Dist > framework.flags["deadZoneFOV"] and framework.flags["deadZone"] or not framework.flags["deadZone"]) then
if not localPlayer.Character then
break
end
if not functions["FindFirstChild"](localPlayer.Character, "Head") then
break
end
local Params = functions["nRayParams"]({FilterDescendantsInstances = {client.returnCamera(), localPlayer.Character}, FilterType = Enum.RaycastFilterType.Blacklist, IgnoreWater = constants["true"]})
local Result = Workspace.Raycast(Workspace, localPlayer.Character.Head.Position,(V.Character[aimAt].Position - localPlayer.Character.Head.Position).unit*constants["5000"], Params)
if (Result and Result.Instance and functions["IsDescendantOf"](Result.Instance, V.Character) and framework.flags["aimbotVisible"]) or not framework.flags["aimbotVisible"] then
if Dist < MaxDist then
MaxDist = Dist
Target = V
end
end
end
end
end
if framework.flags["masterAimbot"] and framework.flags["aimKey"][constants["2"]] and ((not client.isMouseButtonDown(Enum.UserInputType.MouseButton2) and framework.flags["aimbotNoLock"]) or not framework.flags["aimbotNoLock"]) then
client.target = Target
client.targetHitPart = aimAt
else
client.target = constants["nil"]
client.targetHitPart = constants["nil"]
end
end
end
end
end
end
end
end
end
end
if method == "Distance" then
for _,V in functions["next"], functions["GetPlayers"](Players) do
if V ~= localPlayer then
if V.Team ~= localPlayer.Team or framework.flags["aimbotTeamkill"] then
if V.Character then
if functions["FindFirstChild"](V.Character, "Head") then
if functions["FindFirstChild"](V.Character, "Torso") or functions["FindFirstChild"](V.Character, "UpperTorso") then
local Torso = functions["FindFirstChild"](V.Character, "Torso") or functions["FindFirstChild"](V.Character, "UpperTorso")
if (functions["FindFirstChildOfClass"](V.Character, "Humanoid") and functions["FindFirstChildOfClass"](V.Character, "Humanoid").Health > constants["0"] and framework.flags["aimbotDead"]) or not framework.flags["aimbotDead"] then
if (Torso.Transparency ~= constants["1"] and framework.flags["aimbotInvisible"]) or not framework.flags["aimbotInvisible"] then
if (not functions["FindFirstChildOfClass"](V.Character, "ForceField") and framework.flags["aimbotForcefield"]) or not framework.flags["aimbotForcefield"] then
if aimAt == "Closest" then
local mousePoint = functions["GetMouseLocation"](UserInputService)
local headPoint = client.returnCamera().WorldToViewportPoint(client.returnCamera(),V.Character.Head.Position)
local torsoPoint = client.returnCamera().WorldToViewportPoint(client.returnCamera(), Torso.Position)
local headMag = (functions["nVector2"](headPoint.X, headPoint.Y) - functions["nVector2"](mousePoint.X, mousePoint.Y)).Magnitude
local torsoMag = (functions["nVector2"](torsoPoint.X, torsoPoint.Y) - functions["nVector2"](mousePoint.X, mousePoint.Y)).Magnitude
aimAt = headMag < torsoMag and "Head" or functions["tostring"](Torso)
end
if aimAt == "Torso" then
if functions["tostring"](Torso) == "UpperTorso" then
aimAt = "UpperTorso"
end
end
local Pos, Vis = client.returnCamera().WorldToViewportPoint(client.returnCamera(), V.Character[aimAt].Position)
if Vis then
TheirPos = functions["nVector2"](Pos.X, Pos.Y)
Dist = localPlayer.DistanceFromCharacter(localPlayer, V.Character[aimAt].Position)
local Mag = (TheirPos - fovCircle.Position).Magnitude
if (Mag < framework.flags["fovRadius"] and not framework.flags["aimbotIgnoreFOV"] or framework.flags["aimbotIgnoreFOV"]) and (Mag > framework.flags["deadZoneFOV"] and framework.flags["deadZone"] or not framework.flags["deadZone"]) then
if not localPlayer.Character then
break
end
if not functions["FindFirstChild"](localPlayer.Character, "Head") then
break
end
local Params = functions["nRayParams"]({FilterDescendantsInstances = {client.returnCamera(), localPlayer.Character}, FilterType = Enum.RaycastFilterType.Blacklist, IgnoreWater = constants["true"]})
local Result = Workspace.Raycast(Workspace, localPlayer.Character.Head.Position,(V.Character[aimAt].Position - localPlayer.Character.Head.Position).unit*constants["5000"], Params)
if (Result and Result.Instance and functions["IsDescendantOf"](Result.Instance, V.Character) and framework.flags["aimbotVisible"]) or not framework.flags["aimbotVisible"] then
if Dist < MaxDist then
MaxDist = Dist
Target = V
end
end
end
end
end
if framework.flags["masterAimbot"] and framework.flags["aimKey"][constants["2"]] and ((not client.isMouseButtonDown(Enum.UserInputType.MouseButton2) and framework.flags["aimbotNoLock"]) or not framework.flags["aimbotNoLock"]) then
client.target = Target
client.targetHitPart = aimAt
else
client.target = constants["nil"]
client.targetHitPart = constants["nil"]
end
end
end
end
end
end
end
end
end
end
if method == "Health" then
for _,V in functions["next"], functions["GetPlayers"](Players) do
if V ~= localPlayer then
if V.Team ~= localPlayer.Team or framework.flags["aimbotTeamkill"] then
if V.Character then
if functions["FindFirstChild"](V.Character, "Head") then
if functions["FindFirstChild"](V.Character, "Torso") or functions["FindFirstChild"](V.Character, "UpperTorso") then
local Torso = functions["FindFirstChild"](V.Character, "Torso") or functions["FindFirstChild"](V.Character, "UpperTorso")
if (functions["FindFirstChildOfClass"](V.Character, "Humanoid") and functions["FindFirstChildOfClass"](V.Character, "Humanoid").Health > constants["0"] and framework.flags["aimbotDead"]) or not framework.flags["aimbotDead"] then
if (Torso.Transparency ~= constants["1"] and framework.flags["aimbotInvisible"]) or not framework.flags["aimbotInvisible"] then
if (not functions["FindFirstChildOfClass"](V.Character, "ForceField") and framework.flags["aimbotForcefield"]) or not framework.flags["aimbotForcefield"] then
if aimAt == "Closest" then
local mousePoint = functions["GetMouseLocation"](UserInputService)
local headPoint = client.returnCamera().WorldToViewportPoint(client.returnCamera(),V.Character.Head.Position)
local torsoPoint = client.returnCamera().WorldToViewportPoint(client.returnCamera(), Torso.Position)
local headMag = (functions["nVector2"](headPoint.X, headPoint.Y) - functions["nVector2"](mousePoint.X, mousePoint.Y)).Magnitude
local torsoMag = (functions["nVector2"](torsoPoint.X, torsoPoint.Y) - functions["nVector2"](mousePoint.X, mousePoint.Y)).Magnitude
aimAt = headMag < torsoMag and "Head" or functions["tostring"](Torso)
end
if aimAt == "Torso" then
if functions["tostring"](Torso) == "UpperTorso" then
aimAt = "UpperTorso"
end
end
local Pos, Vis = client.returnCamera().WorldToViewportPoint(client.returnCamera(), V.Character[aimAt].Position)
if Vis then
TheirPos = functions["nVector2"](Pos.X, Pos.Y)
Dist = functions["FindFirstChildOfClass"](V.Character, "Humanoid").Health
local Mag = (TheirPos - fovCircle.Position).Magnitude
if (Mag < framework.flags["fovRadius"] and not framework.flags["aimbotIgnoreFOV"] or framework.flags["aimbotIgnoreFOV"]) and (Mag > framework.flags["deadZoneFOV"] and framework.flags["deadZone"] or not framework.flags["deadZone"]) then
if not localPlayer.Character then
break
end
if not functions["FindFirstChild"](localPlayer.Character, "Head") then
break
end
local Params = functions["nRayParams"]({FilterDescendantsInstances = {client.returnCamera(), localPlayer.Character}, FilterType = Enum.RaycastFilterType.Blacklist, IgnoreWater = constants["true"]})
local Result = Workspace.Raycast(Workspace, localPlayer.Character.Head.Position,(V.Character[aimAt].Position - localPlayer.Character.Head.Position).unit*constants["5000"], Params)
if (Result and Result.Instance and functions["IsDescendantOf"](Result.Instance, V.Character) and framework.flags["aimbotVisible"]) or not framework.flags["aimbotVisible"] then
if Dist < MaxDist then
MaxDist = Dist
Target = V
end
end
end
end
end
if framework.flags["masterAimbot"] and framework.flags["aimKey"][constants["2"]] and ((not client.isMouseButtonDown(Enum.UserInputType.MouseButton2) and framework.flags["aimbotNoLock"]) or not framework.flags["aimbotNoLock"]) then
client.target = Target
client.targetHitPart = aimAt
else
client.target = constants["nil"]
client.targetHitPart = constants["nil"]
end
end
end
end
end
end
end
end
end
end
end
function client.renderCircle(Point, Radius)
local Circle = {}
local points = {}
local lines = {}
function Circle.Destroy()
Circle.Stepped:Disconnect()
for i,v in functions["ipairs"](lines) do
if functions["rawget"](v, "__OBJECT_EXISTS") then
v:Remove()
end
end
for i,v in functions["ipairs"](points) do
points[i] = constants["nil"]
end
end
local ixAxis = Point.X
local iyAxis = Point.Y
local izAxis = Point.Z
for i = constants["0"], constants['360'], constants["10"] do
local xOffset = ixAxis + Radius * functions["cos"](functions["rad"](i))
local zOffset = izAxis + Radius * functions["sin"](functions["rad"](i))
local Result = functions["nVector3"](xOffset, iyAxis, zOffset)
functions["insert"](points, Result)
end
for _,v in functions["ipairs"](points) do
local line = framework("draw", {hidden = constants["true"], class = "Line", properties = {
Visible = constants["true"],
Transparency = constants["1"],
Color = functions["nColor3"](constants["1"],constants["1"],constants["1"]),
Thickness = constants["1"],
}})
functions["insert"](lines, line)
end
Circle.Stepped = RunService.RenderStepped:Connect(function()
local xAxis = Point.X
local yAxis = Point.Y
local zAxis = Point.Z
for i,v in functions["ipairs"](points) do
points[i] = constants["nil"]
end
for i = constants["0"], constants['360'], constants["10"] do
local xOffset = xAxis + Radius * functions["cos"](functions["rad"](i))
local zOffset = zAxis + Radius * functions["sin"](functions["rad"](i))
local Result = functions["nVector3"](xOffset, yAxis, zOffset)
functions["insert"](points, Result)
end
for i,v in functions["ipairs"](lines) do
local nextPoint = points[i+constants["1"]]
if nextPoint ~= constants["nil"] then
local currentPointPosition,isCurrentVisible = client.returnCamera().WorldToViewportPoint(client.returnCamera(),points[i])
local nextPointPosition,isNextVisible = client.returnCamera().WorldToViewportPoint(client.returnCamera(),nextPoint)
if not isCurrentVisible and not isNextVisible then
if functions["rawget"](v, "__OBJECT_EXISTS") then
v.Visible = constants["false"]
end
else
if functions["rawget"](v, "__OBJECT_EXISTS") then
v.Visible = constants["true"]
v.From = functions["nVector2"](currentPointPosition.X,currentPointPosition.Y)
v.To = functions["nVector2"](nextPointPosition.X,nextPointPosition.Y)
end
end
end
end
end)
return Circle
end
function client.isMouseButtonDown(inputType)
for _,button in pairs(UserInputService:GetMouseButtonsPressed()) do
if button.UserInputType == inputType then
return constants["true"]
end
end
return constants["false"]
end
function client.drawPlayerESP(requestedPlayer)
local ESP = {name = requestedPlayer.Name, drawings = {}}
ESP.drawings.inline = framework("draw", {hidden = constants["true"], class = "Square", properties = {
Transparency = constants["1"],
Thickness = constants["1"],
Color = functions["nRGB"](constants["0"], constants["0"], constants["0"]),
}})
ESP.drawings.box = framework("draw", {hidden = constants["true"], class = "Square", properties = {
Transparency = constants["1"],
Thickness = constants["1"],
Color = functions["nRGB"](constants["255"], constants["255"], constants["255"]),
}})
ESP.drawings.outline = framework("draw", {hidden = constants["true"], class = "Square", properties = {
Transparency = constants["1"],
Thickness = constants["1"],
Color = functions["nRGB"](constants["0"], constants["0"], constants["0"]),
}})
ESP.drawings.healthBar = framework("draw", {hidden = constants["true"], class = "Square", properties = {
Transparency = constants["1"],
Thickness = constants["1"],
Filled = constants["true"],
Color = functions["nRGB"](constants["0"], constants["0"], constants["0"]),
}})
ESP.drawings.healthBarColor = framework("draw", {hidden = constants["true"], class = "Square", properties = {
Transparency = constants["1"],
Thickness = constants["1"],
Filled = constants["true"],
Color = functions["nRGB"](constants["0"], constants["255"], constants["0"]),
}})
ESP.drawings.nameShadow = framework("draw", {hidden = constants["true"], class = "Text", properties = {
Transparency = constants["1"],
Color = functions["nColor3"](constants["0"],constants["0"],constants["0"]),
Text = ESP.name,
Center = constants["true"],
Font = framework.theme.font,
Size = framework.theme.fontSize,
}})
ESP.drawings.name = framework("draw", {hidden = constants["true"], class = "Text", properties = {
Transparency = constants["1"],
Color = functions["nColor3"](constants["255"],constants["255"],constants["255"]),
Text = ESP.name,
Center = constants["true"],
Font = framework.theme.font,
Size = framework.theme.fontSize,
}})
ESP.drawings.healthTextShadow = framework("draw", {hidden = constants["true"], class = "Text", properties = {
Transparency = constants["1"],
Color = functions["nColor3"](constants["0"],constants["0"],constants["0"]),
Text = ESP.name,
Center = constants["true"],
Font = framework.theme.font,
Size = framework.theme.fontSize,
}})
ESP.drawings.healthText = framework("draw", {hidden = constants["true"], class = "Text", properties = {
Transparency = constants["1"],
Color = functions["nColor3"](constants["255"],constants["255"],constants["255"]),
Text = ESP.name,
Center = constants["true"],
Font = framework.theme.font,
Size = framework.theme.fontSize,
}})
function ESP.Destroy()
ESP.Stepped:Disconnect()
for i,v in functions["next"], ESP.drawings do
if functions["type"](v) == 'table' and functions["rawget"](v, '__OBJECT_EXISTS') then
v.Remove()
end
end
end
ESP.Stepped = RunService.RenderStepped:Connect(function()
if not requestedPlayer then
ESP.Destroy()
return
end
if not (requestedPlayer.Character and functions["FindFirstChildOfClass"](requestedPlayer.Character, "Humanoid") and functions["FindFirstChildOfClass"](requestedPlayer.Character, "Humanoid").Health > constants["0"]) then
for i,v in functions["next"], ESP.drawings do
if functions["rawget"](v, "__OBJECT_EXISTS") then
v.Visible = constants["false"]
end
end
return
end
local pos, size = client.returnBoundingBox(requestedPlayer.Character)
if pos then
local boxvis = size.x+size.y > constants["8"]
if functions["rawget"](ESP.drawings.name, '__OBJECT_EXISTS') and functions["rawget"](ESP.drawings.nameShadow, '__OBJECT_EXISTS') and functions["rawget"](ESP.drawings.box, '__OBJECT_EXISTS') and functions["rawget"](ESP.drawings.outline, '__OBJECT_EXISTS') and functions["rawget"](ESP.drawings.healthBar, '__OBJECT_EXISTS') and functions["rawget"](ESP.drawings.healthBarColor, '__OBJECT_EXISTS') and functions["rawget"](ESP.drawings.healthTextShadow, '__OBJECT_EXISTS') and functions["rawget"](ESP.drawings.healthText, '__OBJECT_EXISTS') then
ESP.drawings.name.Visible = (framework.flags["masterESP"] and framework.flags["nameESP"]) and (framework.flags["teamESP"] and requestedPlayer.Team ~= localPlayer.Team or not framework.flags["teamESP"])
ESP.drawings.nameShadow.Visible = (framework.flags["masterESP"] and framework.flags["nameESP"]) and (framework.flags["teamESP"] and requestedPlayer.Team ~= localPlayer.Team or not framework.flags["teamESP"])
ESP.drawings.box.Visible = boxvis and (framework.flags["masterESP"] and framework.flags["boxESP"]) and (framework.flags["teamESP"] and requestedPlayer.Team ~= localPlayer.Team or not framework.flags["teamESP"])
ESP.drawings.outline.Visible = boxvis and (framework.flags["masterESP"] and framework.flags["boxESP"]) and (framework.flags["teamESP"] and requestedPlayer.Team ~= localPlayer.Team or not framework.flags["teamESP"])
ESP.drawings.inline.Visible = boxvis and (framework.flags["masterESP"] and framework.flags["boxESP"]) and (framework.flags["teamESP"] and requestedPlayer.Team ~= localPlayer.Team or not framework.flags["teamESP"])
ESP.drawings.healthBar.Visible = boxvis and (framework.flags["masterESP"] and framework.flags["healthESP"]) and (framework.flags["teamESP"] and requestedPlayer.Team ~= localPlayer.Team or not framework.flags["teamESP"])
ESP.drawings.healthBarColor.Visible = boxvis and (framework.flags["masterESP"] and framework.flags["healthESP"]) and (framework.flags["teamESP"] and requestedPlayer.Team ~= localPlayer.Team or not framework.flags["teamESP"])
ESP.drawings.healthTextShadow.Visible = boxvis and functions["FindFirstChildOfClass"](requestedPlayer.Character, "Humanoid").Health < functions["FindFirstChildOfClass"](requestedPlayer.Character, "Humanoid").MaxHealth and (framework.flags["masterESP"] and framework.flags["healthESP"]) and (framework.flags["teamESP"] and requestedPlayer.Team ~= localPlayer.Team or not framework.flags["teamESP"])
ESP.drawings.healthText.Visible = boxvis and functions["FindFirstChildOfClass"](requestedPlayer.Character, "Humanoid").Health < functions["FindFirstChildOfClass"](requestedPlayer.Character, "Humanoid").MaxHealth and (framework.flags["masterESP"] and framework.flags["healthESP"]) and (framework.flags["teamESP"] and requestedPlayer.Team ~= localPlayer.Team or not framework.flags["teamESP"])
ESP.drawings.box.Size = size
ESP.drawings.box.Position = pos
ESP.drawings.outline.Size = size+functions["nVector2"](constants["2"],constants["2"])
ESP.drawings.outline.Position = pos-functions["nVector2"](constants["1"], constants["1"])
ESP.drawings.inline.Size = size-functions["nVector2"](constants["2"],constants["2"])
ESP.drawings.inline.Position = pos+functions["nVector2"](constants["1"], constants["1"])
ESP.drawings.name.Position = pos+functions["nVector2"](size.x/constants["2"], -constants["20"])
ESP.drawings.nameShadow.Position = ESP.drawings.name.Position + functions["nVector2"](constants["1"],constants["1"])
ESP.drawings.box.Color = client.target == requestedPlayer and functions["nRGB"](constants["255"],constants["0"],constants["0"]) or functions["nRGB"](constants["255"],constants["255"],constants["255"])
ESP.drawings.name.Color = client.target == requestedPlayer and functions["nRGB"](constants["255"],constants["0"],constants["0"]) or functions["nRGB"](constants["255"],constants["255"],constants["255"])
ESP.drawings.healthText.Color = client.target == requestedPlayer and functions["nRGB"](constants["255"],constants["0"],constants["0"]) or functions["nRGB"](constants["255"],constants["255"],constants["255"])
ESP.drawings.healthBar.Size = functions["nVector2"](constants["4"], size.y+constants["2"])
ESP.drawings.healthBar.Position = functions["nVector2"](ESP.drawings.box.Position.x-constants["6"], ESP.drawings.outline.Position.y)
ESP.drawings.healthBarColor.Size = functions["nVector2"](ESP.drawings.healthBar.Size.x-constants["2"], (ESP.drawings.healthBar.Size.y-constants["2"])*(requestedPlayer.Character:FindFirstChildOfClass("Humanoid").Health/requestedPlayer.Character:FindFirstChildOfClass("Humanoid").MaxHealth))
ESP.drawings.healthBarColor.Position = (ESP.drawings.healthBar.Position+functions["nVector2"](constants["1"], ESP.drawings.healthBar.Size.y-constants["1"]))-functions["nVector2"](constants["0"], ESP.drawings.healthBarColor.Size.y)
if ESP.drawings.healthText.Visible then
ESP.drawings.healthText.Position = ESP.drawings.healthBarColor.Position-functions["nVector2"](constants["0"], ESP.drawings.healthText.Size/constants["2"])
ESP.drawings.healthText.Text = functions["tostring"](functions["floor"](functions["FindFirstChildOfClass"](requestedPlayer.Character, "Humanoid").Health))
ESP.drawings.healthTextShadow.Position = ESP.drawings.healthText.Position + functions["nVector2"](constants["1"],constants["1"])
ESP.drawings.healthTextShadow.Text = functions["tostring"](functions["floor"](functions["FindFirstChildOfClass"](requestedPlayer.Character, "Humanoid").Health))
end
end
else
for i,v in functions["next"], ESP.drawings do
if functions["rawget"](v, "__OBJECT_EXISTS") then
v.Visible = constants["false"]
end
end
end
end)
framework.esp[ESP.name] = ESP
end
local window = framework:createWindow({name = ""})
local aimbotToggle = window:createToggle({text = "Aimbot", flag = "masterAimbot"})
local aimKey = window:createKeybind({text = "AimKey", defaultKey = Enum.UserInputType.MouseButton1, trackType = "Hold", flag = "aimKey", callback = function(tbl)
if tbl.state then
if framework.flags["aimbotSticky"] then
repeat
client.calculateTarget(framework.flags["aimbotMethod"], framework.flags["hitPart"])
RunService.Heartbeat:Wait()
until client.target
end
else
client.target = constants["nil"]
client.targetHitPart = constants["nil"]
end
end})
local fovSlider = window:createInt({text = "FOV", default = constants["100"], offset = constants["10"], flag = "fovRadius"})
local sensitivitySlider = window:createInt({text = "Sensitivity", default = constants["1"], offset = constants[".1"], flag = "aimbotSensitivity"})
local smoothnessSlider = window:createInt({text = "Smoothness", default = constants["1"], offset = constants["1"], flag = "aimbotSmoothness"})
local fovToggle = window:createToggle({text = "Show FOV", default = constants["true"], flag = "showFOV"})
local deadzoneToggle = window:createToggle({text = "Dead Zone", flag = "deadZone"})
local deadzonefovSlider = window:createInt({text = "Dead Zone FOV", default = constants["20"], offset = constants["10"], flag = "deadZoneFOV"})
local deadzonefovToggle = window:createToggle({text = "Show Dead Zone", default = constants["true"], flag = "showDeadZone"})
local hitPartList = window:createList({text = "Hitbox", default = "Head", list = {"Head", "Torso", "Closest"}, flag = "hitPart"})
local deadToggle = window:createToggle({text = "Dead Check", default = constants["true"], flag = "aimbotDead"})
local teamkillToggle = window:createToggle({text = "Teamkill", flag = "aimbotTeamkill"})
local forcefieldToggle = window:createToggle({text = "ForceField Check", flag = "aimbotForcefield"})
local InvisToggle = window:createToggle({text = "Invisible Check", default = constants["false"], flag = "aimbotInvisible"})
local visibleToggle = window:createToggle({text = "Visible Check", flag = "aimbotVisible"})
local nonStickyToggle = window:createToggle({text = "Non-Sticky Aim", flag = "aimbotSticky"})
local ignoreFOVToggle = window:createToggle({text = "Ignore FOV", flag = "aimbotIgnoreFOV"})
local methodList = window:createList({text = "Method", default = "Mouse", list = {"Mouse", "Distance", "Health"}, flag = "aimbotMethod"})
local dontLockToggle = window:createToggle({text = "Don't Lock when Right Click", flag = "aimbotNoLock"})
local cursorCalibrationKey = window:createKeybind({text = "Cursor Calibration Key", defaultKey = Enum.KeyCode.F1, flag = "cursorCalibrationKey", callback = function(tbl)
if not tbl.state then
local mousePosition = functions["GetMouseLocation"](UserInputService)
if functions["type"](client.offsetVisualizer) == 'table' and functions["rawget"](client.offsetVisualizer, '__OBJECT_EXISTS') then
client.offsetVisualizer:Remove()
client.offsetVisualizer = constants["nil"]
end
client.cursorOffset = functions["nVector2"](screenCenter.X-mousePosition.X,screenCenter.Y-mousePosition.Y)
else
client.offsetVisualizer = framework("draw", {class = "Circle", hidden = constants["true"], properties = {
Transparency = constants[".5"],
Radius = constants["10"],
Color = functions["nRGB"](constants["255"], constants["0"], constants["0"]),
Filled = constants["true"],
Visible = constants["true"],
Position = screenCenter
}})
end
end})
local triggerbotToggle = window:createToggle({text = "Triggerbot", flag = "masterTriggerbot"})
local delaySlider = window:createInt({text = "Delay", offset = constants["10"], flag = "triggerbotDelay"})
local durationSlider = window:createInt({text = "Duration", offset = constants["10"], flag = "triggerbotDuration"})
local triggerTeamKillToggle = window:createToggle({text = "Teamkill", flag = "triggerbotTeamkill"})
local triggerDeadCheckToggle = window:createToggle({text = "Dead Check", flag = "triggerbotDead"})
local triggerDeadCheckToggle = window:createToggle({text = "Forcefield Check", flag = "triggerbotForcefield"})
local triggerInvisToggle = window:createToggle({text = "Invisible Check", default = constants["true"], flag = "triggerbotInvisible"})
local triggerKey = window:createKeybind({text = "TriggerKey", defaultKey = Enum.KeyCode.LeftAlt, trackType = "Hold", flag = "triggerKey"})
local espToggle = window:createToggle({text = "ESP", flag = "masterESP"})
local boxToggle = window:createToggle({text = "Boxes", flag = "boxESP"})
local healthToggle = window:createToggle({text = "Health", flag = "healthESP"})
local nameToggle = window:createToggle({text = "Name", flag = "nameESP"})
local hideTeamToggle = window:createToggle({text = "Hide Team", flag = "teamESP"})
local catBoyKey = window:createKeybind({text = "Catboy", defaultKey = Enum.KeyCode.F2, flag = "catBoyKey", callback = function()
for _,v in functions["next"], functions["GetPlayers"](Players) do
if v.Character and functions["FindFirstChild"](v.Character, "HumanoidRootPart") then
if not functions["FindFirstChild"](v.Character, "catboyed") then
client.catBoy(v)
end
end
end
end})
local packetChokeOnKey = window:createKeybind({text = "Packet Choke", defaultKey = Enum.KeyCode.LeftControl, flag = "packetChokeKey", callback = function(tbl) -- Exploits
if tbl.state then
if localPlayer.Character and functions["FindFirstChild"](localPlayer.Character, "HumanoidRootPart") then
NetworkClient:SetOutgoingKBPSLimit(constants["1"])
client.packetVisualizer = client.renderCircle(functions["FindFirstChild"](localPlayer.Character, "HumanoidRootPart").Position, constants["5"])
end
else
if client.packetVisualizer then
NetworkClient:SetOutgoingKBPSLimit(constants["9e9"])
client.packetVisualizer.Destroy()
client.packetVisualizer = constants["nil"]
end
end
end})
local clickTpOnKey = window:createKeybind({text = "Click Tp", defaultKey = Enum.KeyCode.F3, flag = "tpKey", callback = function(tbl) -- Exploits
if localPlayer.Character and localPlayer.Character:FindFirstChild("HumanoidRootPart") and mouse.Hit then
localPlayer.Character.HumanoidRootPart.CFrame = functions["nCFrame"](mouse.Hit.p.X, mouse.Hit.p.Y, mouse.Hit.p.Z)
end
end})
local flyToggle = window:createToggle({text = "Fly", flag = "Fly"})
local flySlider = window:createInt({text = "Speed", default = constants["70"], offset = constants["10"], flag = "flySpeed"})
local spinbotToggle = window:createToggle({text = "Spinbot", flag = "Spinbot"})
framework("createConnection", {name = "aimbotStepped", connection = RunService.Heartbeat, callback = function()
local mousePosition = functions["GetMouseLocation"](UserInputService)
fovCircle.Radius = framework.flags["fovRadius"]
fovCircle.Visible = framework.flags["showFOV"]
fovCircle.Position = mousePosition + client.cursorOffset
deadZoneCircle.Radius = framework.flags["deadZoneFOV"]
deadZoneCircle.Visible = framework.flags["showDeadZone"] and framework.flags["deadZone"]
deadZoneCircle.Position = mousePosition + client.cursorOffset
if framework.flags["aimbotSticky"] and client.target and client.targetHitPart and client.target.Character then
if client.target == localPlayer then
return
end
if client.target.TeamColor == localPlayer.TeamColor and not framework.flags["aimbotTeamkill"] then
return
end
if not functions["FindFirstChild"](client.target.Character, "Head") then
return
end
if not functions["FindFirstChild"](client.target.Character, "Torso") and not functions["FindFirstChild"](client.target.Character, "UpperTorso") then
return
end
local Torso = functions["FindFirstChild"](client.target.Character, "Torso") or functions["FindFirstChild"](client.target.Character, "UpperTorso")
if Torso.Transparency == constants["1"] and framework.flags["aimbotInvisible"] then
return
end
if functions["FindFirstChildOfClass"](client.target.Character, "Humanoid") and functions["FindFirstChildOfClass"](client.target.Character, "Humanoid").Health <= constants["0"] and framework.flags["aimbotDead"] then
return
end
if functions["FindFirstChildOfClass"](client.target.Character, "ForceField") and framework.flags["aimbotForcefield"] then
return
end
local Pos, Vis = client.returnCamera().WorldToViewportPoint(client.returnCamera(), client.target.Character[client.targetHitPart].Position)
if not Vis then
return
end
if not localPlayer.Character then
return
end
if not functions["FindFirstChild"](localPlayer.Character, "Head") then
return
end
if client.isMouseButtonDown(Enum.UserInputType.MouseButton2) and framework.flags["aimbotNoLock"] then
return
end
local Params = functions["nRayParams"]({FilterDescendantsInstances = {client.returnCamera(), localPlayer.Character}, FilterType = Enum.RaycastFilterType.Blacklist, IgnoreWater = constants["true"]})
local Result = Workspace.Raycast(Workspace, localPlayer.Character.Head.Position, (client.target.Character[client.targetHitPart].Position - localPlayer.Character.Head.Position).unit*constants["5000"], Params)
if (not Result.Instance or not functions["IsDescendantOf"](Result.Instance, client.target.Character)) and framework.flags["aimbotVisible"] then
return
end
local TheirPos = functions["nVector2"](Pos.X, Pos.Y)
local Mag = (TheirPos - fovCircle.Position).Magnitude
if (Mag <= framework.flags["fovRadius"] and not framework.flags["aimbotIgnoreFOV"] or framework.flags["aimbotIgnoreFOV"]) then
if (Mag >= framework.flags["deadZoneFOV"] and framework.flags["deadZone"] or not framework.flags["deadZone"]) then
mousemoverel(((Pos.X - fovCircle.Position.X)*framework.flags["aimbotSensitivity"])/framework.flags["aimbotSmoothness"], ((Pos.Y - fovCircle.Position.Y)*framework.flags["aimbotSensitivity"])/framework.flags["aimbotSmoothness"])
end
end
else
client.calculateTarget(framework.flags["aimbotMethod"], framework.flags["hitPart"])
if client.target then
local Pos, Vis = client.returnCamera().WorldToViewportPoint(client.returnCamera(), client.target.Character[client.targetHitPart].Position)
mousemoverel(((Pos.X - fovCircle.Position.X)* framework.flags["aimbotSensitivity"])/framework.flags["aimbotSmoothness"], ((Pos.Y - fovCircle.Position.Y)*framework.flags["aimbotSensitivity"])/framework.flags["aimbotSmoothness"])
end
end
end})
framework("createConnection", {name = "triggerbotStepped", connection = RunService.Heartbeat, callback = function()
if framework.flags["masterTriggerbot"] and framework.flags["triggerKey"][constants["2"]] then
local unitRay = client.returnCamera().ViewportPointToRay(client.returnCamera(), fovCircle.Position.X, fovCircle.Position.Y)
local Params = functions["nRayParams"]({FilterDescendantsInstances = {client.returnCamera(), localPlayer.Character}, FilterType = Enum.RaycastFilterType.Blacklist, IgnoreWater = constants["true"]})
local Result = Workspace.Raycast(Workspace, unitRay.Origin, unitRay.Direction * constants["5000"], Params)
if Result then
for _,V in functions["next"], functions["GetPlayers"](Players) do
if V == localPlayer then
continue
end
if V.Team == localPlayer.Team and not framework.flags["triggerbotTeamkill"] then
continue
end
if not V.Character then
continue
end
if functions["FindFirstChildOfClass"](V.Character, "Humanoid") and functions["FindFirstChildOfClass"](V.Character, "Humanoid").Health <= constants["0"] and framework.flags["triggerbotDead"] then
continue
end
if not functions["FindFirstChild"](V.Character, "Torso") and not functions["FindFirstChild"](V.Character, "UpperTorso") then
continue
end
local Torso = functions["FindFirstChild"](V.Character, "Torso") or functions["FindFirstChild"](V.Character, "UpperTorso")
if Torso.Transparency == constants["1"] and framework.flags["triggerbotInvisible"] then
continue
end
if functions["FindFirstChildOfClass"](V.Character, "ForceField") and framework.flags["triggerbotForcefield"] then
continue
end
if functions["IsDescendantOf"](Result.Instance, V.Character) then
if framework.flags["triggerbotDelay"] > constants["0"] then
functions["wait"](framework.flags["triggerbotDelay"]/constants["1000"])
end
mouse1press()
wait(framework.flags["triggerbotDuration"])
mouse1release()
end
end
end
end
end})
framework("createConnection", {name = "movementStepped", connection = RunService.Heartbeat, callback = function()
if localPlayer.Character and functions["FindFirstChild"](localPlayer.Character, "HumanoidRootPart") and functions["FindFirstChildOfClass"](localPlayer.Character, "Humanoid") then
local camCFrame = client.returnCamera().CFrame
local humanoid = functions["FindFirstChildOfClass"](localPlayer.Character, "Humanoid")
local rootPart = functions["FindFirstChild"](localPlayer.Character, "HumanoidRootPart")
if framework.flags["Fly"] then
if not functions["GetFocusedTextBox"](UserInputService) then
local eVector = functions["nVector3"]()
local rVector, lVector, uVector = camCFrame.RightVector, camCFrame.LookVector, camCFrame.UpVector
if functions["IsKeyDown"](UserInputService, "W") then
eVector = eVector + lVector
end
if functions["IsKeyDown"](UserInputService, "S") then
eVector = eVector - lVector
end
if functions["IsKeyDown"](UserInputService, "D") then
eVector = eVector + rVector
end
if functions["IsKeyDown"](UserInputService, "A") then
eVector = eVector - rVector
end
if functions["IsKeyDown"](UserInputService, "Space") then
eVector = eVector + uVector
end
if functions["IsKeyDown"](UserInputService, "LeftShift") then
eVector = eVector - uVector
end
if eVector.Unit.X == eVector.Unit.X then
rootPart.AssemblyLinearVelocity = eVector.Unit * framework.flags["flySpeed"]
end
rootPart.Anchored = eVector == functions["nVector3"]()
end
else
rootPart.Anchored = constants["false"]
end
if framework.flags["Spinbot"] then
client.Spin = functions["clamp"](client.Spin + constants["10"], constants["0"], constants["360"])
if client.Spin == constants["360"] then
client.Spin = constants["0"]
end
humanoid.AutoRotate = constants["false"]
local Angle = constants["0"]
Angle = Angle + functions["rad"](client.Spin)
local CFramePos = functions["nCFrame"](rootPart.Position) * functions["nAngles"](constants["0"], Angle, constants["0"])
rootPart.CFrame = client.rotateYaw(CFramePos)
else
humanoid.AutoRotate = constants["true"]
end
end
end})
for _,v in functions["next"], functions["GetPlayers"](Players) do
if v ~= constants["nil"] and v ~= localPlayer then
client.drawPlayerESP(v)
end
end
framework("createConnection", {name = "ConfigPlayerAdded", connection = Players.PlayerAdded, callback = function(Player)
if Player ~= constants["nil"] and Player ~= localPlayer then
client.drawPlayerESP(Player)
end
end})Features & Information
Aimbot
Community Comments (2)
More Scripts for Universal Scripts
Key Required VerifiedUniversal
KeylessUniversal Patched
KeylessUniversal
I was bored so i made this weird aimbot and esp all controls are in the script please don't ask me about any controls or you will be ignored!
Better then any aimbot Maybe some are better but Def top 5 best Aimbot.