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Автор темы
- #1
Данный скрипт не проверялся модераторами, так как является кряком приватной LUA и в нём может присутствовать обфускация. Даже известные пользователи могут выложить вредоносный скрипт под видом крякнутого, поэтому любое использование исключительно на свой страх и риск.
Ну вот и все, k1mbor#1052 - не имейте никаких связей с этим человеком
Credits: Hellfish#9343
strexxter#1234 прости, ты крут <3
Credits: Hellfish#9343
strexxter#1234 прости, ты крут <3
Код:
--- @region: all math & vector * other operations
local math = {
abs = math.abs, ceil = math.ceil, cos = math.cos, deg = math.deg, floor = math.floor, huge = math.huge, max = math.max, min = math.min, pi = math.pi,
modf = math.modf, rad = math.rad, pow = math.pow, random = math.random, sin = math.sin, sqrt = math.sqrt, acos = math.acos, atan = math.atan,
atan2 = math.atan2, log = math.log, fmod = math.fmod,
round = function(self, number)
return number >= 0 and self.floor(number + 0.5) or self.ceil(number - 0.5)
end,
clamp = function(number, minimal, maximal)
return number < minimal and minimal or number > maximal and maximal or number
end,
lerp = function(start, vend, time)
return start + (vend - start) * time
end,
normalize = function(value)
while value > 180.0 do
value = value - 360.0
end
while value < -180.0 do
value = value + 360.0
end
return value
end,
world_to_screen = function(self, x_position, y_position)
if x_position == 0 and y_position == 0 then return 0 end
local atan_position = self.atan2(y_position, x_position)
local deg_position = self.deg(atan_position)
return deg_position
end,
closest_point_on_ray = function(start_point, final_point, desired_point)
local to = desired_point - start_point
local direction = final_point - start_point
local ray_length = direction:Length()
direction.x = direction.x / ray_length
direction.y = direction.y / ray_length
direction.z = direction.z / ray_length
local direction_along = direction.x * to.x + direction.y * to.y + direction.z * to.z
if direction_along < 0 then return start_point end
if direction_along > ray_length then return final_point end
local final_vector = Vector.new(
start_point.x + direction.x * direction_along,
start_point.y + direction.y * direction_along,
start_point.z + direction.z * direction_along
)
return final_vector
end
}
local bit = {
band = bit.band,
lshift = bit.lshift,
rshift = bit.rshift,
bor = bit.bor,
bnot = bit.bnot
}
local ffi = require("ffi")
local ffi = {
C = ffi.C,
cdef = ffi.cdef,
cast = ffi.cast,
typeof = ffi.typeof,
sizeof = ffi.sizeof,
new = ffi.new,
load = ffi.load,
string = ffi.string
}
local Utils = {
CreateInterface = Utils.CreateInterface,
RandomFloat = Utils.RandomFloat,
PatternScan = Utils.PatternScan
}
local table = {
concat = table.concat,
insert = table.insert,
remove = table.remove,
sort = table.sort
}
local string = {
char = string.char
}
local Color = {
RGBA = Color.RGBA,
new = Color.new
}
local EngineClient = {
GetScreenSize = EngineClient.GetScreenSize,
ExecuteClientCmd = EngineClient.ExecuteClientCmd,
GetLocalPlayer = EngineClient.GetLocalPlayer,
IsInGame = EngineClient.IsInGame,
IsConnected = EngineClient.IsConnected,
GetViewAngles = EngineClient.GetViewAngles
}
local EngineTrace = {
TraceRay = EngineTrace.TraceRay
}
local EntityList = {
GetClientEntity = EntityList.GetClientEntity,
GetPlayer = EntityList.GetPlayer,
GetPlayerResource = EntityList.GetPlayerResource,
GetEntitiesByName = EntityList.GetEntitiesByName,
GetPlayerForUserID = EntityList.GetPlayerForUserID
}
local Panorama = {
Open = Panorama.Open,
LoadString = Panorama.LoadString
}
local Vector = {
new = Vector.new
}
local Vector2 = {
new = Vector2.new
}
local Http = {
GetAsync = Http.GetAsync
}
local Render = {
InitFont = Render.InitFont,
Text = Render.Text,
BoxFilled = Render.BoxFilled,
GradientBoxFilled = Render.GradientBoxFilled,
CalcTextSize = Render.CalcTextSize,
WorldToScreen = Render.WorldToScreen,
GetMenuPos = Render.GetMenuPos,
GetMenuSize = Render.GetMenuSize,
CircleFilled = Render.CircleFilled,
Line = Render.Line,
PolyFilled = Render.PolyFilled
}
local QAngle = {
new = QAngle.new
}
local RageBot = {
OverrideHitchance = RageBot.OverrideHitchance
}
local Cheat = {
GetCheatUserName = Cheat.GetCheatUserName,
AddNotify = Cheat.AddNotify,
RegisterCallback = Cheat.RegisterCallback,
GetBinds = Cheat.GetBinds,
FireBullet = Cheat.FireBullet,
VectorToAngle = Cheat.VectorToAngle,
AngleToForward = Cheat.AngleToForward,
SetThirdPersonAnim = Cheat.SetThirdPersonAnim,
IsMenuVisible = Cheat.IsMenuVisible,
GetMousePos = Cheat.GetMousePos
}
local Menu = {
Text = Menu.Text,
Button = Menu.Button,
Switch = Menu.Switch,
Combo = Menu.Combo,
MultiCombo = Menu.MultiCombo,
SliderInt = Menu.SliderInt,
DestroyItem = Menu.DestroyItem,
FindVar = Menu.FindVar,
SliderFloat = Menu.SliderFloat
}
local Exploits = {
ForceTeleport = Exploits.ForceTeleport,
OverrideDoubleTapSpeed = Exploits.OverrideDoubleTapSpeed,
GetCharge = function()
return Exploits.GetCharge()
end
}
local CVar = {
FindVar = CVar.FindVar
}
local tostring, print, type, pairs, ipairs, unpack, pcall, _G, error, tonumber = tostring, print, type, pairs, ipairs, unpack, pcall, _G, error, tonumber
local screen_size = EngineClient.GetScreenSize()
--- @endregion
--- @region: ffi elements
ffi.cdef[[
typedef struct
{
uint8_t r;
uint8_t g;
uint8_t b;
uint8_t a;
} color_struct_t;
typedef void (__cdecl* console_color_print)(void*, const color_struct_t&, const char*, ...);
typedef void*(__thiscall* get_list_of_client_entities)(void*, int);
void* GetProcAddress(void* hModule, const char* lpProcName);
void* GetModuleHandleA(const char* lpModuleName);
bool CreateDirectoryA(const char* lpPathName, void* lpSecurityAttributes);
void* __stdcall URLDownloadToFileA(void* LPUNKNOWN, const char* LPCSTR, const char* LPCSTR2, int a, int LPBINDSTATUSCALLBACK);
bool DeleteUrlCacheEntryA(const char* lpszUrlName);
struct pose_parameters_t
{
char pad[8];
float m_flStart;
float m_flEnd;
float m_flState;
};
]]
local math_vector_lerp = function(vecSource, vecDestination, flPercentage)
return vecSource + (vecDestination - vecSource) * flPercentage
end
local ffi_handler = {}
ffi_handler.interface_type = ffi.typeof("uintptr_t**")
ffi_handler.cvar_interface = ffi.cast(ffi_handler.interface_type, Utils.CreateInterface("vstdlib.dll", "VEngineCvar007"))
ffi_handler.color_print = ffi.cast("console_color_print", ffi_handler.cvar_interface[0][25])
local color_print = function(text, color)
local new_color = ffi.new("color_struct_t")
local rgba_table = {"r", "g", "b", "a"}
for index, current_color in ipairs(rgba_table) do
new_color[current_color] = color[current_color] * 255
end
ffi_handler.color_print(ffi_handler.cvar_interface, new_color, tostring(text))
end
ffi_handler.bind_argument = function(fn, arg)
return function(...)
return fn(arg, ...)
end
end
ffi_handler.entity_list = ffi.cast(ffi_handler.interface_type, Utils.CreateInterface("client.dll", "VClientEntityList003"))
ffi_handler.get_client_entity = ffi_handler.bind_argument(ffi.cast("get_list_of_client_entities", ffi_handler.entity_list[0][3]), ffi_handler.entity_list)
ffi_handler.engine_sound_client = ffi.cast(ffi_handler.interface_type, Utils.CreateInterface("engine.dll", "IEngineSoundClient003"))
ffi_handler.play_custom_sound = ffi_handler.bind_argument(
ffi.cast("void*(__thiscall*)(void*, const char*, float, int, int, float)", ffi_handler.engine_sound_client[0][12]), ffi_handler.engine_sound_client
)
ffi_handler.vgui_system = ffi.cast(ffi_handler.interface_type, Utils.CreateInterface("vgui2.dll", "VGUI_System010"))
ffi_handler.get_clipboard_text_count = ffi_handler.bind_argument(ffi.cast("int(__thiscall*)(void*)", ffi_handler.vgui_system[0][7]), ffi_handler.vgui_system)
ffi_handler.set_clipboard_text = ffi_handler.bind_argument(ffi.cast("void(__thiscall*)(void*, const char*, int)", ffi_handler.vgui_system[0][9]), ffi_handler.vgui_system)
ffi_handler.get_clipboard_text_fn = ffi_handler.bind_argument(
ffi.cast("void(__thiscall*)(void*, int, const char*, int)", ffi_handler.vgui_system[0][11]), ffi_handler.vgui_system
)
ffi_handler.get_clipboard_text = function()
local clipboard_text_length = ffi_handler.get_clipboard_text_count()
if clipboard_text_length > 0 then
local buffer = ffi.new("char[?]", clipboard_text_length)
local size = clipboard_text_length * ffi.sizeof("char[?]", clipboard_text_length)
ffi_handler.get_clipboard_text_fn(0, buffer, size)
return ffi.string(buffer, clipboard_text_length-1)
end
return ""
end
local pose_parameter_pattern = "55 8B EC 8B 45 08 57 8B F9 8B 4F 04 85 C9 75 15"
ffi_handler.get_pose_parameters = ffi.cast("struct pose_parameters_t*(__thiscall* )(void*, int)", Utils.PatternScan("client.dll", pose_parameter_pattern))
--- @enderegion
--- @region: second helpers for the script
local custom_printer = function(...)
local data = {...}
local current_table_with_strings = {}
if #data == 0 then
local length = not ... and -1 or #...
if length ~= -1 and type(...) == "nil" then
current_table_with_strings[#current_table_with_strings + 1] = "No values selected to debug [Spotted a nil value]."
else
current_table_with_strings[#current_table_with_strings + 1] = "No values selected to debug!"
end
else
for index = 1, #data do
local current_element = data[index]
if type(current_element) == "function" then
current_table_with_strings[index] = ("function %s: %s"):format(
(tostring(current_element)):gsub("function: ", ""), current_element() or "nil"
)
elseif type(current_element) == "table" then
for additional_elements = 1, #current_element do
if type(current_element[additional_elements]) == "function" then
current_element[additional_elements] = ("function %s: %s"):format(
(tostring(current_element[additional_elements])):gsub("function: ", ""), current_element[additional_elements]() or "nil"
)
elseif type(current_element[additional_elements]) == "string" then
current_element[additional_elements] = ("\"%s\""):format(current_element[additional_elements])
else
current_element[additional_elements] = tostring(current_element[additional_elements])
end
end
current_table_with_strings[index] = ("{%s}"):format(table.concat(current_element, ", "))
else
current_table_with_strings[index] = tostring(current_element)
end
end
end
color_print("[Killaura.lua debugger] ", Color.RGBA(170, 178, 255, 255))
print(table.concat(current_table_with_strings, " | "))
end
local default_print = print
local print = custom_printer
--- @endregion
--- @region: menu elements
local menu_database = {}
menu_database.elements = {}
menu_database.references = {}
menu_database.update_elements = function()
for _, current_element in pairs(menu_database.references) do
if current_element.condition ~= nil then
current_element.reference:SetVisible(current_element.condition())
end
end
end
menu_database.add_element = function(is_color, callback_name, directory, condition)
menu_database.references[callback_name] = {
is_color = is_color,
reference = directory,
name = callback_name,
condition = condition
}
local on_touch_callback = function(new_value)
menu_database.elements[callback_name] = new_value
menu_database.update_elements()
end
on_touch_callback(directory:Get())
directory:RegisterCallback(on_touch_callback)
end
menu_database.phases = {}
menu_database.remove_phase_key = function(rtn_table, key)
local element = rtn_table[key]
rtn_table[key] = nil
return element
end
local add_new_phase = function()
if #menu_database.phases > 11 then
Cheat.AddNotify("Killaura.lua", "You cant create more than 11 phases!")
return
end
local phase_counter = ("Phase #%s"):format(#menu_database.phases + 1)
menu_database.add_element(false, phase_counter, Menu.SliderInt("Killaura: Anti-Brute", "Phase controller", phase_counter, 0, -60, 60), function()
return menu_database.elements["Enable anti-bruteforce system"]
end)
table.insert(menu_database.phases, menu_database.references[phase_counter].reference)
menu_database.references["Phase counter"].reference:SetInt(#menu_database.phases)
end
local remove_old_phase = function()
if #menu_database.phases <= 2 or type(menu_database.phases[#menu_database.phases]) ~= "userdata" then
Cheat.AddNotify("Killaura.lua", "There must be at least 2 phases!")
return
end
local reference = ("Phase #%s"):format(#menu_database.phases)
menu_database.remove_phase_key(menu_database.elements, reference)
menu_database.remove_phase_key(menu_database.references, reference)
Menu.DestroyItem(menu_database.phases[#menu_database.phases])
table.remove(menu_database.phases, #menu_database.phases)
menu_database.references["Phase counter"].reference:SetInt(#menu_database.phases)
end
(function()
local add_element = menu_database.add_element
--- @region: information tab
local information_texts = {
("Welcome back, %s!"):format(Cheat.GetCheatUserName()), "Thanks for the purchasing killaura.lua!", "Build date: 19.02.2022", "Current version: 2.0.0",
"Contact with owner: k1mbor#1052", "Find bug? Contact: strexxter#1234", "All rights reserved."
}
for element = 1, #information_texts do
local current_element = information_texts[element]
add_element(false, current_element, Menu.Text("Killaura: Global", "Information", current_element))
end
local download_fonts_button = " Download all files! "
local join_discord_button = " Join our discord server! "
add_element(false, "Download all files", Menu.Button("Killaura: Global", "Other functions", download_fonts_button, "Click to download all needed files!"))
add_element(false, "Join discord server", Menu.Button("Killaura: Global", "Other functions", join_discord_button, "Click to join our discord server!"))
local file_utils = {
url_mon = ffi.load("UrlMon"),
win_internet = ffi.load("WinInet"),
create_directory = function(self, directory)
ffi.C.CreateDirectoryA(directory, nil)
end,
download_file = function(self, link, path)
self.win_internet.DeleteUrlCacheEntryA(link)
self.url_mon.URLDownloadToFileA(nil, link, path, 0, 0)
end,
setup_logic = function(self)
self:create_directory("nl\\killaura.lua\\")
self:create_directory("nl\\killaura.lua\\fonts\\")
local smallest_pixel_7_link = "https://cdn.discordapp.com/attachments/897931346373128274/936931900059156500/smallest_pixel-7.ttf"
local hitsound_link = "https://cdn.discordapp.com/attachments/942464526215966750/944279851190325248/hitok.wav"
self:download_file(smallest_pixel_7_link, "nl\\killaura.lua\\fonts\\smallest_pixel-7.ttf")
self:download_file(hitsound_link, "csgo\\sound\\killaura_hitsound.wav")
end
}
menu_database.references["Download all files"].reference:RegisterCallback(function()
file_utils:setup_logic()
end)
menu_database.references["Join discord server"].reference:RegisterCallback(function()
local panorama_handle = Panorama.Open()
local steam_overlay_API = panorama_handle.SteamOverlayAPI
local open_external_browser_url = steam_overlay_API.OpenExternalBrowserURL
local discord_link = "https://discord.gg/CxwncFn3nW"
open_external_browser_url(discord_link)
end)
--- @endregion
--- @region: ragebot elements
add_element(false, "Enable ragebot manipulators", Menu.Switch("Killaura: Ragebot", "Ragebot manipulating", "Enable ragebot manipulators", false))
add_element(false, "Ragebot manipulators", Menu.MultiCombo("Killaura: Ragebot", "Ragebot manipulating", "Manipulators", {
"Noscope hitchance", "In air hitchance"
}, 0), function()
return menu_database.elements["Enable ragebot manipulators"]
end)
local manipulate_sliders = {{50, 0, 100}, {70, 0, 100}}
local manipulate_names = {"Noscope hitchance", "In air hitchance"}
for element = 1, #manipulate_sliders do
local current_element = manipulate_sliders[element]
local callback_and_name = manipulate_names[element]
add_element(false, callback_and_name, Menu.SliderInt("Killaura: Ragebot", "Ragebot manipulating", callback_and_name, unpack(current_element)), function()
return menu_database.elements["Enable ragebot manipulators"]
and bit.band(menu_database.elements["Ragebot manipulators"], bit.lshift(1, element - 1)) ~= 0
end)
end
add_element(false, "Enable dormant aimbot", Menu.Switch("Killaura: Ragebot", "Dormant aimbot", "Enable dormant aimbot", false))
add_element(false, "Dormant aimbot minimum damage", Menu.SliderInt("Killaura: Ragebot", "Dormant aimbot", "Minimum damage", 5, 0, 100), function()
return menu_database.elements["Enable dormant aimbot"]
end)
add_element(false, "Enable doubletap improvements", Menu.Switch("Killaura: Ragebot", "Doubletap improvements", "Enable doubletap improvements", false))
add_element(false, "Doubletap improvements", Menu.MultiCombo("Killaura: Ragebot", "Doubletap improvements", "Improvements", {
"Auto teleport in air", "Modify speed ticks"
}, 0), function()
return menu_database.elements["Enable doubletap improvements"]
end)
add_element(false, "Custom doubletap ticks", Menu.SliderInt("Killaura: Ragebot", "Doubletap improvements", "Doubletap ticks", 13, 4, 16), function()
return menu_database.elements["Enable doubletap improvements"]
and bit.band(menu_database.elements["Doubletap improvements"], bit.lshift(1, 1)) ~= 0
end)
--- @endregion
--- @region: anti-aim elements
add_element(false, "Enable anti-aim builder", Menu.Switch("Killaura: Anti-Aim", "Anti-aim builder", "Enable anti-aim builder", false))
add_element(false, "Anti-aim manual yaw base", Menu.Combo("Killaura: Anti-Aim", "Anti-aim builder", "Manual yaw base:", {
"Disabled", "Forward", "Backward", "Right", "Left", "At Target", "Freestanding"
}, 0), function()
return menu_database.elements["Enable anti-aim builder"]
end)
local all_conditions = {"On use", "Standing", "Crouch", "Slowwalk", "Moving", "In air"}
add_element(false, "Anti-aim condition chooser", Menu.Combo("Killaura: Anti-Aim", "Anti-aim builder", "Select a condition:", all_conditions, 0), function()
return menu_database.elements["Enable anti-aim builder"]
end)
for table = 1, #all_conditions do
local current_condition = all_conditions[table]
if current_condition ~= nil then
local all_modes = {
"Yaw Base", "Yaw Add Left", "Yaw Add Right", "Yaw Modifier", "Modifier Degree",
"Fake Limit Type", "Fake Limit Left", "Fake Limit Right",
"Fake Options", "LBY Mode", "Fake Desync", "Desync On Shot"
}
for value = 1, #all_modes do
local current_mode = all_modes[value]
local functions = {
Menu.Combo, Menu.SliderInt, Menu.SliderInt, Menu.Combo, Menu.SliderInt,
Menu.Combo, Menu.SliderInt, Menu.SliderInt,
Menu.MultiCombo, Menu.Combo, Menu.Combo, Menu.Combo
}
local sub_functions = {
{{"Forward", "Backward", "Right", "Left", "At Target", "Freestanding"}, 0},
{0, -180, 180}, {0, -180, 180}, {{"Disabled", "Center", "Offset", "Random", "Spin"}, 0}, {0, -180, 180},
{{"Static", "Jitter"}, 0}, {60, 0, 60}, {60, 0, 60},
{{"Avoid Overlap", "Jitter", "Randomize Jitter", "Anti Bruteforce"}, 0},
{{"Disabled", "Opposite", "Sway"}, 0},
{{"Off", "Peek Fake", "Peek Real"}, 0},
{{"Disabled", "Opposite", "Freestanding", "Switch"}, 0}
}
local anti_aim_callbacks = ("%s %s"):format(current_condition, current_mode)
local anti_aim_names = ("[%s] %s"):format(table, current_mode)
add_element(false, anti_aim_callbacks, functions[value](
"Killaura: Anti-Aim", "Anti-aim builder", anti_aim_names, unpack(sub_functions[value])
), function()
return menu_database.elements["Enable anti-aim builder"]
and menu_database.elements["Anti-aim condition chooser"] == table - 1
end)
end
end
end
local anti_aim_stuff = {"Edge yaw"}
local edge_yaw_disablers = {"On air", "On fakeduck", "On slowwalk", "On crouch"}
add_element(false, "Enable anti-aim stuff", Menu.Switch("Killaura: Anti-Aim", "Additional anti-aim stuff", "Enable additional anti-aim stuff", false))
add_element(false, "Anti-aim stuff", Menu.MultiCombo("Killaura: Anti-Aim", "Additional anti-aim stuff", "Anti-aim stuff", anti_aim_stuff, 0), function()
return menu_database.elements["Enable anti-aim stuff"]
end)
add_element(false, "Edge yaw disablers", Menu.MultiCombo("Killaura: Anti-Aim", "Additional anti-aim stuff", "Edge yaw disablers:", edge_yaw_disablers, 0), function()
return menu_database.elements["Enable anti-aim stuff"]
and bit.band(menu_database.elements["Anti-aim stuff"], bit.lshift(1, 0)) ~= 0
end)
--- @endregion
--- @region: anti-bruteforce phase system
local add_phase = " Add new phase "
local remove_phase = " Remove old phase "
add_element(false, "Enable anti-bruteforce system", Menu.Switch("Killaura: Anti-Brute", "Phase system", "Enable anti-bruteforce", false))
add_element(false, "Add phase", Menu.Button("Killaura: Anti-Brute", "Phase system", add_phase, "Click to add phase for your anti-bruteforce!"), function()
return menu_database.elements["Enable anti-bruteforce system"]
end)
add_element(false, "Remove phase", Menu.Button("Killaura: Anti-Brute", "Phase system", remove_phase, "Click to remove phase from your anti-bruteforce!"), function()
return menu_database.elements["Enable anti-bruteforce system"]
end)
add_element(false, "Phase counter", Menu.SliderInt("Killaura: Anti-Brute", "Phase system", "Phase counter", 2, 2, 20), function()
return false
end)
menu_database.references["Add phase"].reference:RegisterCallback(add_new_phase)
menu_database.references["Remove phase"].reference:RegisterCallback(remove_old_phase)
for phase_counter = 1, menu_database.elements["Phase counter"] do
add_new_phase()
end
--- @endregion
--- @region: all visual functions
add_element(false, "Enable visual controller", Menu.Switch("Killaura: Visuals", "Visual controller", "Enable visual controller", false))
local all_visuals = {"Under crosshair", "Damage markers", "3rd person animation", "Menu effects", "Weapons in scope"}
add_element(false, "Visual controllers", Menu.MultiCombo("Killaura: Visuals", "Visual controller", "Visual controllers", all_visuals, 0), function()
return menu_database.elements["Enable visual controller"]
end)
add_element(false, "Enable other controllers", Menu.Switch("Killaura: Visuals", "Other controllers", "Enable other stuff controller", false))
local others = {"Teamskeet arrows"}
add_element(false, "Other controllers", Menu.MultiCombo("Killaura: Visuals", "Other controllers", "Other stuff controller", others, 0), function()
return menu_database.elements["Enable other controllers"]
end)
add_element(false, "Teamskeet distance", Menu.SliderFloat("Killaura: Visuals", "Other controllers", "Teamskeet distance", 2.5, 1, 5), function()
return menu_database.elements["Enable other controllers"]
and bit.band(menu_database.elements["Other controllers"], bit.lshift(1, 0)) ~= 0
end)
--- @endregion
--- @region: miscellaneous elements
add_element(false, "Enable hitsound", Menu.Switch("Killaura: Miscellaneous", "All features", "Enable hitsound", false))
add_element(false, "Hitsound volume", Menu.SliderInt("Killaura: Miscellaneous", "All features", "Hitsound volume", 50, 1, 100), function()
return menu_database.elements["Enable hitsound"]
end)
add_element(false, "Enable trashtalk", Menu.Switch("Killaura: Miscellaneous", "All features", "Enable trashtalk", false))
add_element(false, "Enable hitlogs", Menu.Switch("Killaura: Miscellaneous", "All features", "Enable hitlogs", false))
add_element(false, "Enable animation breakers", Menu.Switch("Killaura: Miscellaneous", "Animation breakers", "Enable animation breakers", false))
add_element(false, "Animation breakers", Menu.MultiCombo("Killaura: Miscellaneous", "Animation breakers", "Animation breakers", {
"Static legs in air", "Pitch 0 on land", "Break leg animations"
}, 0), function()
return menu_database.elements["Enable animation breakers"]
end)
--- @endregion
end)()
--- @endregion
--- @region: player helpers
local is_local_player_valid = function()
local local_player = EngineClient.GetLocalPlayer()
if not local_player then return false, nil end
local local_player_entity = EntityList.GetClientEntity(local_player)
if not local_player_entity then return false, nil end
local my_index = local_player_entity:GetPlayer()
if not my_index then return false, nil end
if not EngineClient.IsInGame() and not EngineClient.IsConnected() then return false, nil end
if not my_index:IsAlive() then return false, nil end
return true, my_index
end
local player_flags = {
FL_ONGROUND = bit.lshift(1, 0),
FL_DUCKING = bit.lshift(1, 1),
FL_WATERJUMP = bit.lshift(1, 3),
FL_ONTRAIN = bit.lshift(1, 4),
FL_INRAIN = bit.lshift(1, 5),
FL_FROZEN = bit.lshift(1, 6),
FL_ATCONTROLS = bit.lshift(1, 7),
FL_CLIENT = bit.lshift(1, 8),
FL_FAKECLIENT = bit.lshift(1, 9),
FL_INWATER = bit.lshift(1, 10)
}
local player_states = {
IN_ATTACK = bit.lshift(1, 0),
IN_JUMP = bit.lshift(1, 1),
IN_DUCK = bit.lshift(1, 2),
IN_FORWARD = bit.lshift(1, 3),
IN_BACK = bit.lshift(1, 4),
IN_USE = bit.lshift(1, 5),
IN_CANCEL = bit.lshift(1, 6),
IN_LEFT = bit.lshift(1, 7),
IN_RIGHT = bit.lshift(1, 8),
IN_MOVELEFT = bit.lshift(1, 9),
IN_MOVERIGHT = bit.lshift(1, 10),
IN_ATTACK2 = bit.lshift(1, 11),
IN_RUN = bit.lshift(1, 12),
IN_RELOAD = bit.lshift(1, 13),
IN_ALT1 = bit.lshift(1, 14),
IN_ALT2 = bit.lshift(1, 15),
IN_SCORE = bit.lshift(1, 16),
IN_SPEED = bit.lshift(1, 17),
IN_WALK = bit.lshift(1, 18),
IN_ZOOM = bit.lshift(1, 19),
IN_WEAPON1 = bit.lshift(1, 20),
IN_WEAPON2 = bit.lshift(1, 21),
IN_BULLRUSH = bit.lshift(1, 22)
}
local directories = {
isDT = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"),
isHS = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Hide Shots"),
isAutopeek = Menu.FindVar("Miscellaneous", "Main", "Movement", "Auto Peek"),
isSW = Menu.FindVar("Aimbot", "Anti Aim", "Misc", "Slow Walk"),
isFD = Menu.FindVar("Aimbot", "Anti Aim", "Misc", "Fake Duck"),
pitch = Menu.FindVar("Aimbot", "Anti Aim", "Main", "Pitch"),
yaw_base = Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Base"),
defHC = Menu.FindVar("Aimbot", "Ragebot", "Accuracy", "Hit Chance"),
defDMG = Menu.FindVar("Aimbot", "Ragebot", "Accuracy", "Minimum Damage"),
leg_movement = Menu.FindVar("Aimbot", "Anti Aim", "Misc", "Leg Movement")
}
local get_binds = function()
local isDMG, curDMG, isBaim, isSafe, isPing, isHC, curHC = false, 0, false, false, false, false, 0
local binds = Cheat.GetBinds()
for i = 1, #binds do
local bind = binds[i]
if bind:IsActive() then
if bind:GetName() == "Minimum Damage" then
isDMG = true
curDMG = bind:GetValue()
end
if bind:GetName() == "Hit Chance" then
isHC = true
curHC = bind:GetValue()
end
if bind:GetName() == "Body Aim" then
isBaim = true
end
if bind:GetName() == "Safe Points" then
isSafe = true
end
if bind:GetName() == "Fake Ping" then
isPing = true
end
end
end
return ({
isDT = directories.isDT:Get(),
isHS = directories.isHS:Get(),
isAutopeek = directories.isAutopeek:Get(),
isFD = directories.isFD:Get(),
isSW = directories.isSW:Get(),
isForward = directories.yaw_base:Get() == 0,
isBackward = directories.yaw_base:Get() == 1,
isRight = directories.yaw_base:Get() == 2,
isLeft = directories.yaw_base:Get() == 3,
isAT = directories.yaw_base:Get() == 4,
isFS = directories.yaw_base:Get() == 5,
isDMG = isDMG,
curDMG = curDMG,
isHC = isHC,
curHC = curHC,
defHC = directories.defHC:Get(),
defDMG = directories.defDMG:Get(),
isBaim = isBaim,
isSafe = isSafe,
isPing = isPing
})
end
local loaded_cvars = {
sv_maxusrcmdprocessticks = CVar.FindVar("sv_maxusrcmdprocessticks"),
fov_cs_debug = CVar.FindVar("fov_cs_debug")
}
function C_BaseEntity:GetOrigin()
if self ~= nil then
return self:GetProp("m_vecOrigin")
end
end
--- @endregion
--- @region: all ragebot functions
local all_ragebot_functions = {}
local all_noscope_weapons = {
[261] = true,
[242] = true,
[233] = true,
[267] = true
}
all_ragebot_functions.ragebot_manipulating = {}
all_ragebot_functions.doubletap_improvements = {}
all_ragebot_functions.dormant_aimbot = {}
all_ragebot_functions.ragebot_manipulating.noscope_hitchance = function()
if not menu_database.elements["Enable ragebot manipulators"] then return end
if bit.band(menu_database.elements["Ragebot manipulators"], bit.lshift(1, 0)) == 0 then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local active_weapon = my_index:GetActiveWeapon()
if not active_weapon then return end
if not all_noscope_weapons[active_weapon:GetClassId()] then return end
local noscope_value = menu_database.elements["Noscope hitchance"]
for all_player_indexes = 1, 64 do
RageBot.OverrideHitchance(all_player_indexes, noscope_value)
end
end
end
all_ragebot_functions.ragebot_manipulating.in_air_hitchance = function()
if not menu_database.elements["Enable ragebot manipulators"] then return end
if bit.band(menu_database.elements["Ragebot manipulators"], bit.lshift(1, 1)) == 0 then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local active_weapon = my_index:GetActiveWeapon()
if not active_weapon then return end
local get_local_flags = my_index:GetProp("m_fFlags")
local is_in_air = bit.band(get_local_flags, player_flags.FL_ONGROUND) == 0
if is_in_air then
local in_air_hitchance_value = menu_database.elements["In air hitchance"]
for all_player_indexes = 1, 64 do
RageBot.OverrideHitchance(all_player_indexes, in_air_hitchance_value)
end
end
end
end
all_ragebot_functions.doubletap_improvements.automatic_teleport_in_the_air = function()
if not menu_database.elements["Enable doubletap improvements"] then return end
if bit.band(menu_database.elements["Doubletap improvements"], bit.lshift(1, 0)) == 0 then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local binds = get_binds()
local get_local_flags = my_index:GetProp("m_fFlags")
local is_in_air = bit.band(get_local_flags, player_flags.FL_ONGROUND) == 0
if binds.isDT and is_in_air then
for all_player_indexes = 1, 64 do
local enemy = EntityList.GetPlayer(all_player_indexes)
if enemy and not enemy:IsTeamMate() then
if enemy:IsAlive() then
local enemy_head_position = enemy:GetHitboxCenter(0)
local is_enemy_visible = enemy:IsVisible(enemy_head_position)
if is_enemy_visible then
Exploits.ForceTeleport()
end
end
end
end
end
end
end
all_ragebot_functions.doubletap_improvements.modify_doubletap_ticks = function()
if not menu_database.elements["Enable doubletap improvements"] then return end
if bit.band(menu_database.elements["Doubletap improvements"], bit.lshift(1, 1)) == 0 then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local selected_doubletap_ticks = menu_database.elements["Custom doubletap ticks"]
local max_usr_ticks = selected_doubletap_ticks + 2
loaded_cvars.sv_maxusrcmdprocessticks:SetInt(max_usr_ticks)
Exploits.OverrideDoubleTapSpeed(selected_doubletap_ticks)
end
end
all_ragebot_functions.dormant_aimbot.minimum_time_to_react = 0.5
all_ragebot_functions.dormant_aimbot.minimum_hitchance = 84
all_ragebot_functions.dormant_aimbot.all_players_information = {}
for all_player_indexes = 1, 64 do
all_ragebot_functions.dormant_aimbot.all_players_information[all_player_indexes] = {
origin = Vector.new(0, 0, 0),
tick = 0,
velocity = Vector.new(0, 0, 0)
}
end
all_ragebot_functions.dormant_aimbot.automatic_autoscope = function(cmd, my_index, active_weapon)
local get_player_flags = my_index:GetProp("m_fFlags")
local is_self_scoped = my_index:GetProp("m_bIsScoped")
if active_weapon:IsSniper() and not is_self_scoped and bit.band(get_player_flags, 1) == 1 then
cmd.buttons = bit.bor(cmd.buttons, 2048)
return false
end
return true
end
all_ragebot_functions.dormant_aimbot.calculate_hitchance = function(my_index, active_weapon, current_angle, enemy_index, distance)
local ffi_entity = ffi_handler.get_client_entity(enemy_index)
local get_client_entity = EntityList.GetClientEntity(enemy_index)
local get_weapon_inaccuracy = active_weapon:GetInaccuracy(active_weapon) + active_weapon:GetSpread(active_weapon)
local self_eye_position = my_index:GetEyePosition()
local rays, hit_variables = 128, 0
for point = 1, rays do
local angle_to_vector = Cheat.AngleToForward(current_angle)
angle_to_vector.x = angle_to_vector.x + Utils.RandomFloat(-get_weapon_inaccuracy, get_weapon_inaccuracy)
angle_to_vector.y = angle_to_vector.y + Utils.RandomFloat(-get_weapon_inaccuracy, get_weapon_inaccuracy)
angle_to_vector.z = angle_to_vector.z + Utils.RandomFloat(-get_weapon_inaccuracy, get_weapon_inaccuracy)
angle_to_vector = angle_to_vector * distance
local bullet_data = Cheat.FireBullet(my_index, self_eye_position, self_eye_position + angle_to_vector)
local bullet_damage = bullet_data.damage
if bullet_damage > 0 then
hit_variables = hit_variables + 1
end
end
local chance = math:round((hit_variables / rays) * 100)
return chance >= all_ragebot_functions.dormant_aimbot.minimum_hitchance
end
all_ragebot_functions.dormant_aimbot.decrease_player_speed = function(cmd, my_index, goal_speed)
local min_speed = math.sqrt(cmd.forwardmove * cmd.forwardmove + cmd.sidemove * cmd.sidemove)
if goal_speed <= 0 or min_speed <= 0 then return end
local get_local_flags = my_index:GetProp("m_fFlags")
local in_crouch = bit.band(get_local_flags, player_flags.FL_DUCKING) ~= 0
local is_in_air = bit.band(get_local_flags, player_flags.FL_ONGROUND) == 0
if is_in_air then return end
if in_crouch then
goal_speed = goal_speed * 2.94117647
end
if min_speed <= goal_speed then return end
local speed_factor = goal_speed / min_speed * 0.01
cmd.forwardmove = cmd.forwardmove * speed_factor
cmd.sidemove = cmd.sidemove * speed_factor
end
all_ragebot_functions.dormant_aimbot.setup_logic = function(cmd)
if not menu_database.elements["Enable dormant aimbot"] then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local active_weapon = my_index:GetActiveWeapon()
if not active_weapon then return end
if active_weapon:IsGrenade() or active_weapon:IsKnife() then
return
end
local player_data = {
target_position = nil,
best_target = nil
}
local self_eye_position = my_index:GetEyePosition()
local player_resource = EntityList.GetPlayerResource()
local get_weapon_max_speed = active_weapon:GetMaxSpeed() / 10
local maximal_damage = menu_database.elements["Dormant aimbot minimum damage"]
local minimum_ticks = math:round(all_ragebot_functions.dormant_aimbot.minimum_time_to_react / GlobalVars.interval_per_tick + 0.5)
for all_player_indexes = 1, 64 do
local enemy = EntityList.GetPlayer(all_player_indexes)
if enemy and not enemy:IsTeamMate() then
local information_directory = all_ragebot_functions.dormant_aimbot.all_players_information[all_player_indexes]
local network_state = enemy:GetNetworkState()
if enemy:IsAlive() and network_state ~= -1 and enemy:IsDormant() then
local ffi_entity = ffi_handler.get_client_entity(all_player_indexes)
local enemy_origin = enemy:GetOrigin()
local delta_of_vectors = enemy_origin - information_directory.origin
if #delta_of_vectors > 0.0 then
information_directory.velocity = delta_of_vectors * GlobalVars.interval_per_tick
information_directory.tick = cmd.tick_count
end
information_directory.origin = enemy_origin
if cmd.tick_count - information_directory.tick < minimum_ticks then
for hitbox_index = 1, 24, 4 do
local center_vector = enemy_origin + Vector.new(0, 0, 32 + hitbox_index)
local bullet_data = Cheat.FireBullet(my_index, self_eye_position, center_vector)
local bullet_damage = bullet_data.damage
if bullet_damage > maximal_damage then
maximal_damage = bullet_damage
player_data.target_position = center_vector
player_data.best_target = all_player_indexes
end
local bullet_hit_entity = bullet_data.trace.hit_entity
if bullet_hit_entity ~= nil and player_data.best_target ~= nil then
if bullet_hit_entity:EntIndex() ~= player_data.best_target then
player_data.best_target = nil
end
end
end
information_directory.tick = cmd.tick_count
end
else
information_directory.tick = cmd.tick_count
end
end
end
local get_binds = get_binds()
local isHS = get_binds.isHS
local current_attack_timer = isHS and 0.3 or 0
local next_attack = my_index:GetProp("m_flNextAttack") + current_attack_timer
local next_primary_attack = active_weapon:GetProp("m_flNextPrimaryAttack") + current_attack_timer
local best_target = player_data.best_target
local target_position = player_data.target_position
if best_target ~= nil and target_position then
if next_attack <= GlobalVars.curtime and next_primary_attack <= GlobalVars.curtime then
local delta_of_vectors = target_position - self_eye_position
local vector_to_angles = Cheat.VectorToAngle(delta_of_vectors)
local hitchance_check = all_ragebot_functions.dormant_aimbot.calculate_hitchance(my_index, active_weapon, vector_to_angles, best_target, #delta_of_vectors)
local is_autoscoping = all_ragebot_functions.dormant_aimbot.automatic_autoscope(cmd, my_index, active_weapon)
local is_available = is_autoscoping and hitchance_check
if is_autoscoping and maximal_damage > 0 then
all_ragebot_functions.dormant_aimbot.decrease_player_speed(cmd, my_index, get_weapon_max_speed)
end
if is_available then
vector_to_angles.yaw = math.normalize(vector_to_angles.yaw)
vector_to_angles.pitch = math.normalize(vector_to_angles.pitch)
vector_to_angles.roll = 0
cmd.viewangles = vector_to_angles
cmd.buttons = bit.bor(cmd.buttons, 1)
end
end
end
end
end
--- @endregion
--- @region: all anti-aim functions
local all_anti_aim_functions = {}
all_anti_aim_functions.anti_aim_builder = {}
all_anti_aim_functions.anti_aim_builder.is_available_to_press_e = false
all_anti_aim_functions.anti_aim_builder.is_pressing_e = function(cmd, my_index)
all_anti_aim_functions.anti_aim_builder.is_available_to_press_e = false
if my_index ~= nil then
local active_weapon = my_index:GetActiveWeapon()
if not active_weapon then return end
local is_pressing_e = bit.band(cmd.buttons, player_states.IN_USE) > 0
local is_holding_bomb = active_weapon:GetClassName() == "CC4"
local is_in_bombzone = my_index:GetProp("m_bInBombZone")
local is_planting = is_in_bombzone and is_holding_bomb
local all_planted_bombs = EntityList.GetEntitiesByName("CPlantedC4")
local is_bomb_planted = #all_planted_bombs > 0
local bomb_distance = 100
if is_bomb_planted then
local current_bomb = all_planted_bombs[#is_bomb_planted]
local bomb_origin = current_bomb:GetOrigin()
local self_origin = my_index:GetOrigin()
bomb_distance = self_origin:DistTo(bomb_origin)
end
local self_team = my_index:GetProp("m_iTeamNum")
local is_defusing = bomb_distance < 62 and self_team == 3
if is_defusing then return end
local local_view_angles = EngineClient.GetViewAngles()
local self_eye_position = my_index:GetEyePosition()
local angle_to_vector = Cheat.AngleToForward(local_view_angles)
local final_point = self_eye_position + angle_to_vector * 8192
local mask_offset = 0x4600400B
local trace_data = EngineTrace.TraceRay(self_eye_position, final_point, my_index, mask_offset)
local trace_fraction = trace_data.fraction
local trace_hit_entity = trace_data.hit_entity
local is_using = false
if trace_data ~= nil then
if trace_fraction < 1 and trace_hit_entity ~= nil then
local entity_classname = trace_hit_entity:GetClassName()
is_using = entity_classname ~= "CWorld" and entity_classname ~= "CFuncBrush" and entity_classname ~= "CCSPlayer"
end
end
if not is_using and not is_planting then
cmd.buttons = bit.band(cmd.buttons, bit.bnot(player_states.IN_USE))
all_anti_aim_functions.anti_aim_builder.is_available_to_press_e = is_pressing_e
end
end
end
local indicator_state = "DEFAULT"
all_anti_aim_functions.anti_aim_builder.get_current_state = function(cmd, my_index, flags)
local in_crouch = bit.band(flags, player_flags.FL_DUCKING) ~= 0
local in_air = bit.band(flags, player_flags.FL_ONGROUND) == 0
local get_binds = get_binds()
local slow_walk_bind = get_binds.isSW
local execute_legit_aa_check = all_anti_aim_functions.anti_aim_builder.is_pressing_e(cmd, my_index)
local is_legit_aa = all_anti_aim_functions.anti_aim_builder.is_available_to_press_e
local forward_move = cmd.forwardmove
local side_move = cmd.sidemove
local up_move = cmd.upmove
local is_standing = not is_legit_aa and not in_crouch and forward_move == 0 and side_move == 0 and up_move == 0 and not in_air and not slow_walk_bind
local is_moving = not in_crouch and not in_air and (forward_move ~= 0 or side_move ~= 0) and not slow_walk_bind
local is_crouching = not in_air and in_crouch
local is_slow_walking = slow_walk_bind and not in_air
local is_manual = menu_database.elements["Anti-aim manual yaw base"] > 0 and not is_legit_aa
local current_state = (
is_manual and "Manual" or is_legit_aa and "On use" or is_standing and "Standing" or is_crouching and "Crouch"
or is_slow_walking and "Slowwalk" or is_moving and "Moving" or in_air and "In air" or "Unknown"
)
indicator_state = current_state
return current_state
end
all_anti_aim_functions.anti_aim_builder.apply_anti_aim_settings = function()
directories.pitch:SetInt(0)
local get_binds = get_binds()
local is_manual = get_binds.isLeft or get_binds.isRight or menu_database.elements["Anti-aim manual yaw base"] > 0
if is_manual then
AntiAim.OverrideLimit(58)
end
end
all_anti_aim_functions.anti_aim_builder.is_jittering = true
all_anti_aim_functions.anti_aim_builder.apply_settings = function(cmd, my_index, get_local_flags)
local current_state = all_anti_aim_functions.anti_aim_builder.get_current_state(cmd, my_index, get_local_flags)
if current_state == "Unknown" then return end
local get_value = function(condition)
return menu_database.elements[("%s %s"):format(current_state, condition)]
end
if not all_anti_aim_functions.anti_aim_builder.is_edge_yaw_working then
if current_state == "Manual" then
local directory = menu_database.elements["Anti-aim manual yaw base"] - 1
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Base"):SetInt(directory)
end
if ClientState.m_choked_commands == 0 then
local inverter_state = AntiAim.GetInverterState()
local fake_limit_type = menu_database.elements[("%s Fake Limit Type"):format(current_state)]
directories.pitch:SetInt(1)
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Base"):SetInt(get_value("Yaw Base"))
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Add"):SetInt(inverter_state and get_value("Yaw Add Left") or get_value("Yaw Add Right"))
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Modifier"):SetInt(get_value("Yaw Modifier"))
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Modifier Degree"):SetInt(get_value("Modifier Degree"))
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(
fake_limit_type == 0 and get_value("Fake Limit Left") or fake_limit_type == 1
and (all_anti_aim_functions.anti_aim_builder.is_jittering and 18 or get_value("Fake Limit Left"))
)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(
fake_limit_type == 0 and get_value("Fake Limit Right") or fake_limit_type == 1
and (all_anti_aim_functions.anti_aim_builder.is_jittering and 18 or get_value("Fake Limit Right"))
)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Fake Options"):SetInt(get_value("Fake Options"))
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "LBY Mode"):SetInt(get_value("LBY Mode"))
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Freestanding Desync"):SetInt(get_value("Fake Desync"))
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Desync On Shot"):SetInt(get_value("Desync On Shot"))
if current_state == "On use" then
all_anti_aim_functions.anti_aim_builder.apply_anti_aim_settings()
end
all_anti_aim_functions.anti_aim_builder.is_jittering = not all_anti_aim_functions.anti_aim_builder.is_jittering
end
end
end
all_anti_aim_functions.anti_aim_builder.build_anti_aim = function(cmd)
if not menu_database.elements["Enable anti-aim builder"] then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local get_local_flags = my_index:GetProp("m_fFlags")
local apply_settings = all_anti_aim_functions.anti_aim_builder.apply_settings(cmd, my_index, get_local_flags)
end
end
all_anti_aim_functions.anti_aim_builder.is_working = function(my_index)
local directory = menu_database.elements["Edge yaw disablers"]
local flags = my_index:GetProp("m_fFlags")
local get_binds = get_binds()
local in_air = bit.band(flags, player_flags.FL_ONGROUND) == 0
local in_crouch = bit.band(flags, player_flags.FL_DUCKING) ~= 0
local isFD = get_binds.isFD
local isSW = get_binds.isSW
local is_disabled_in_air = bit.band(directory, bit.lshift(1, 0)) ~= 0 and in_air
local is_disabled_while_fakeducking = bit.band(directory, bit.lshift(1, 1)) ~= 0 and isFD
local is_disabled_while_slowwalking = bit.band(directory, bit.lshift(1, 2)) ~= 0 and isSW
local is_disabled_while_crouching = bit.band(directory, bit.lshift(1, 3)) ~= 0 and in_crouch
local is_menu_manual = get_binds.isLeft or get_binds.isRight
local is_manual = menu_database.elements["Anti-aim manual yaw base"] == 3 or menu_database.elements["Anti-aim manual yaw base"] == 4
if is_menu_manual or is_manual then
return false
end
if is_disabled_in_air or is_disabled_while_fakeducking or is_disabled_while_slowwalking or is_disabled_while_crouching then
return false
end
return true
end
all_anti_aim_functions.anti_aim_builder.start_point = Vector.new()
all_anti_aim_functions.anti_aim_builder.is_edge_yaw_working = false
all_anti_aim_functions.anti_aim_builder.edge_yaw = function()
all_anti_aim_functions.anti_aim_builder.is_edge_yaw_working = false
if not menu_database.elements["Enable anti-aim stuff"] then return end
if bit.band(menu_database.elements["Anti-aim stuff"], bit.lshift(1, 0)) == 0 then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local is_should_work = all_anti_aim_functions.anti_aim_builder.is_working(my_index)
if is_should_work then
if ClientState.m_choked_commands == 0 then
all_anti_aim_functions.anti_aim_builder.start_point = my_index:GetEyePosition()
end
local distances = {}
local final_point_vector = {}
local start_point = all_anti_aim_functions.anti_aim_builder.start_point
local self_view_angles = EngineClient.GetViewAngles()
for yaw = 18, 360, 18 do
yaw = math.normalize(yaw)
local mask_offset = 0x46004003
local edge_angle = QAngle.new(0, yaw, 0)
local final_point = start_point + Cheat.AngleToForward(edge_angle) * 198
local trace_data = EngineTrace.TraceRay(start_point, final_point, my_index, mask_offset)
local trace_fraction = trace_data.fraction
local trace_hit_entity = trace_data.hit_entity
local trace_end_position = trace_data.endpos
table.insert(distances, start_point:DistTo(trace_end_position))
if trace_hit_entity ~= nil then
local entity_classname = trace_hit_entity:GetClassName()
if entity_classname == "CWorld" and trace_fraction < 0.3 then
final_point_vector[#final_point_vector + 1] = {
final_point = final_point,
yaw = yaw
}
end
end
end
table.sort(distances)
if distances[1] > 30 then
return
end
table.sort(final_point_vector, function(first_yaw, second_yaw)
return first_yaw.yaw < second_yaw.yaw
end)
table.remove(final_point_vector, #final_point_vector)
local edge_angle = nil
if #final_point_vector >= 3 then
local center_vector = math.lerp(final_point_vector[1].final_point, final_point_vector[#final_point_vector].final_point, 0.5)
edge_angle = Cheat.VectorToAngle(start_point - center_vector)
end
if edge_angle ~= nil then
local yaw = self_view_angles.yaw
local edge_yaw = edge_angle.yaw
local difference = math.normalize(edge_yaw - yaw)
if math.abs(difference) < 90 then
difference = 0
edge_yaw = math.normalize(edge_yaw + 180)
end
local new_static_yaw = -edge_yaw
new_static_yaw = math.normalize(new_static_yaw + edge_yaw)
new_static_yaw = math.normalize(new_static_yaw + difference + 180)
directories.yaw_base:SetInt(0)
AntiAim.OverrideYawOffset(new_static_yaw)
all_anti_aim_functions.anti_aim_builder.is_edge_yaw_working = true
end
end
end
end
all_anti_aim_functions.anti_aim_builder.anti_bruteforce = {}
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.minimum_distance = 64
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.reset_timer = 0
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.maximum_time = 2
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.trigger_last_tick = 0
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_phase = 0
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_angle = 0
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.check_bullet_impact = function(bullet_position, enemy_eye_position, self_eye_position)
local get_closest_point = math.closest_point_on_ray(bullet_position, enemy_eye_position, self_eye_position)
local distance_between_bullet_and_me = get_closest_point:DistTo(self_eye_position)
local distance_to_trigger = all_anti_aim_functions.anti_aim_builder.anti_bruteforce.minimum_distance
if distance_between_bullet_and_me > distance_to_trigger then return end
local inverter_state = AntiAim.GetInverterState()
local phase_counter = menu_database.phases
if all_anti_aim_functions.anti_aim_builder.anti_bruteforce.reset_timer < GlobalVars.realtime then
for current_phase = 1, #phase_counter do
local phase_directory = ("Phase #%s"):format(current_phase)
local phase_return_value = menu_database.elements[phase_directory]
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_phase = current_phase
end
else
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_phase = 1 + (
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_phase % #phase_counter
)
end
local new_hase_directory = ("Phase #%s"):format(all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_phase)
local new_phase_return_value = menu_database.elements[new_hase_directory]
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.reset_timer = GlobalVars.realtime + all_anti_aim_functions.anti_aim_builder.anti_bruteforce.maximum_time
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_angle = new_phase_return_value
while not all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_angle do
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_phase = 1 + (
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_phase % #phase_counter
)
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_angle = new_phase_return_value
end
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.trigger_last_tick = GlobalVars.tickcount
end
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.execute_bullet_impact_checks = function(e)
if not menu_database.elements["Enable anti-bruteforce system"] then return end
if all_anti_aim_functions.anti_aim_builder.anti_bruteforce.trigger_last_tick == GlobalVars.tickcount then
return
end
if e:GetName() == "bullet_impact" then
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local attacker = e:GetInt("userid")
local get_attacker_as_player = EntityList.GetPlayerForUserID(attacker)
if not get_attacker_as_player or get_attacker_as_player:IsDormant() or get_attacker_as_player:IsTeamMate() then
return
end
local self_eye_position = my_index:GetEyePosition()
local enemy_eye_position = get_attacker_as_player:GetEyePosition()
local bullet_vector = Vector.new(e:GetInt("x"), e:GetInt("y"), e:GetInt("z"))
return all_anti_aim_functions.anti_aim_builder.anti_bruteforce.check_bullet_impact(bullet_vector, enemy_eye_position, self_eye_position)
end
end
end
all_anti_aim_functions.anti_aim_builder.anti_bruteforce.apply_anti_brute_settings = function()
if not menu_database.elements["Enable anti-bruteforce system"] then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
if all_anti_aim_functions.anti_aim_builder.anti_bruteforce.reset_timer < GlobalVars.realtime then
return
end
AntiAim.OverrideInverter(all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_angle < 0)
AntiAim.OverrideLimit(math.abs(all_anti_aim_functions.anti_aim_builder.anti_bruteforce.current_angle))
end
end
--- @endregion
--- @region: all visual functions
local all_visual_functions = {}
all_visual_functions.is_available_to_render_indicators = false
all_visual_functions.is_available_to_render_arrows = false
all_visual_functions.start_render = function()
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
all_visual_functions.is_available_to_render_indicators = menu_database.elements["Enable visual controller"]
all_visual_functions.is_available_to_render_arrows = menu_database.elements["Enable other controllers"]
end
end
all_visual_functions.get_desync_angle = function()
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local current_real_rotation = AntiAim.GetCurrentRealRotation()
local min_desync_delta, max_desync_delta = AntiAim.GetMinDesyncDelta(), AntiAim.GetMaxDesyncDelta()
local self_eye_angles = my_index:GetProp("m_angEyeAngles[1]")
local degree = math.normalize(current_real_rotation - self_eye_angles)
local clamped_delta = math.clamp(degree, min_desync_delta, max_desync_delta)
local rounded_delta = math:round(clamped_delta)
local absed_delta = math.abs(rounded_delta)
return absed_delta
end
end
all_visual_functions.is_color_equals = function(first_color, second_color)
return first_color.r == second_color.r and first_color.g == second_color.g and first_color.b == second_color.b and first_color.a == second_color.a
end
all_visual_functions.animation_lerp = function(start_position, final_position, time)
if not time then
time = 0.095
end
time = math.clamp(GlobalVars.frametime * (time * 175), 0, 1)
if type(start_position) == "userdata" then
local r, g, b, a = start_position.r, start_position.g, start_position.b, start_position.a
local e_r, e_g, e_b, e_a = final_position.r, final_position.g, final_position.b, final_position.a
r = all_visual_functions.animation_lerp(r, e_r, time)
g = all_visual_functions.animation_lerp(g, e_g, time)
b = all_visual_functions.animation_lerp(b, e_b, time)
a = all_visual_functions.animation_lerp(a, e_a, time)
return Color.new(r, g, b, a)
end
local delta = final_position - start_position
delta = delta * time
delta = delta + start_position
if final_position == 0 and delta < 0.01 and delta > -0.01 then
delta = 0
elseif final_position == 1 and delta < 1.01 and delta > 0.99 then
delta = 1
end
return delta
end
all_visual_functions.animation_list = {}
all_visual_functions.animation_speed = 0.095
all_visual_functions.update_animations = function()
for k, v in pairs(all_visual_functions.animation_list) do
if not all_visual_functions.animation_list[k].called_this_frame then
if all_visual_functions.create_animation(k, 0, true) == 0 then
all_visual_functions.animation_list[k] = nil
end
goto skip
end
all_visual_functions.animation_list[k].called_this_frame = false
::skip::
end
end
all_visual_functions.create_animation = function(name, new_value, removing)
if not all_visual_functions.animation_list[name] then
all_visual_functions.animation_list[name] = {}
all_visual_functions.animation_list[name].color = Color.RGBA(0, 0, 0, 0)
all_visual_functions.animation_list[name].number = 0
all_visual_functions.animation_list[name].called_this_frame = true
end
if not removing then
all_visual_functions.animation_list[name].called_this_frame = true
end
if type(new_value) == "userdata" then
local lerping = all_visual_functions.animation_lerp(all_visual_functions.animation_list[name].color, new_value, all_visual_functions.animation_speed)
all_visual_functions.animation_list[name].color = lerping
return lerping
end
local lerping = all_visual_functions.animation_lerp(all_visual_functions.animation_list[name].number, new_value, all_visual_functions.animation_speed)
all_visual_functions.animation_list[name].number = lerping
return lerping
end
all_visual_functions.get_animation = function(name)
return all_visual_functions.animation_list[name] == nil and {number = 0, color = Color.RGBA(255, 255, 255, 0), called_this_frame = false} or all_visual_functions.animation_list[name]
end
local font = {}
font.list = {}
font.initialize = function(font_name, size, anti_aliasing, bold, italic)
local array_index = ("name[%s]size[%d]flags[%d%d%d]"):format(font_name, size, anti_aliasing and 1 or 0, bold and 1 or 0, italic and 1 or 0)
if font.list[array_index] ~= nil then
return font.list[array_index]
end
local flags = {}
if anti_aliasing then
table.insert(flags, "r")
end
if bold then
table.insert(flags, "b")
end
if italic then
table.insert(flags, "i")
end
local final_font = Render.InitFont(font_name, size, flags)
font.list[array_index] = final_font
return final_font
end
all_visual_functions.under_crosshair_indicator_font = font.initialize("nl\\killaura.lua\\fonts\\smallest_pixel-7.ttf", 9, false, false, false)
all_visual_functions.under_crosshair_indicator = function()
local font = all_visual_functions.under_crosshair_indicator_font
local inverter_state = AntiAim.GetInverterState()
local add_y = 30
local main_color = Color.RGBA(164, 202, 255, 255)
local get_binds = get_binds()
local isDT = get_binds.isDT
local isHS = get_binds.isHS
local isDMG = get_binds.isDMG
local isFS = get_binds.isFS
Render.Text("KILLAURA", Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y), main_color, 9, font, true)
Render.Text(inverter_state and ">" or "<", Vector2.new(screen_size.x / 2 + 42, screen_size.y / 2 + add_y), main_color, 9, font, true)
add_y = add_y + 11
local current_text = ("M: %s"):format(indicator_state)
local text_size = Render.CalcTextSize(current_text, 9, font)
local constant_x_position = 58
Render.BoxFilled(
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y), Vector2.new(screen_size.x / 2 + constant_x_position, screen_size.y / 2 + add_y + 1),
Color.RGBA(255, 255, 255, 255)
)
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y), Vector2.new(screen_size.x / 2 + constant_x_position, screen_size.y / 2 + add_y + 30),
Color.RGBA(255, 255, 255, 50), Color.RGBA(255, 255, 255, 50), Color.RGBA(0, 0, 0, 0), Color.RGBA(0, 0, 0, 0)
)
Render.BoxFilled(
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y + 29), Vector2.new(screen_size.x / 2 + constant_x_position, screen_size.y / 2 + add_y + 30),
Color.RGBA(255, 255, 255, 255)
)
local desync_angle = all_visual_functions.get_desync_angle()
local danger_situation = desync_angle > 50 and 1 or (desync_angle <= 50 and desync_angle >= 15) and 2 or 3
local desync_text = ("A: %s°; %sx"):format(desync_angle, danger_situation)
Render.Text(desync_text, Vector2.new(screen_size.x / 2 + 1, screen_size.y / 2 + add_y), main_color, 9, font, true)
add_y = add_y + 9
Render.Text(current_text, Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y), main_color, 9, font, true)
add_y = add_y + 9
local second_color = Color.RGBA(255, 255, 255, 150)
Render.Text("DT", Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y), isDT and main_color or second_color, 9, font, true)
Render.Text("HS", Vector2.new(screen_size.x / 2 + 12, screen_size.y / 2 + add_y), isHS and main_color or second_color, 9, font, true)
Render.Text("DMG", Vector2.new(screen_size.x / 2 + 26, screen_size.y / 2 + add_y), isDMG and main_color or second_color, 9, font, true)
Render.Text("FS", Vector2.new(screen_size.x / 2 + 46, screen_size.y / 2 + add_y), isFS and main_color or second_color, 9, font, true)
end
all_visual_functions.menu_effects = {}
all_visual_functions.menu_effects.all_points = 200
all_visual_functions.menu_effects.distance = 200
all_visual_functions.menu_effects.global_alpha = 0
all_visual_functions.menu_effects.dots = ffi.new(("float[%s][6]"):format(all_visual_functions.menu_effects.all_points))
all_visual_functions.menu_effects.generate = function(value)
all_visual_functions.menu_effects.dots = {}
for i = 0, value - 1 do
local particle_settings = ffi.new("float[?]", 6)
particle_settings[0] = math.random(0, screen_size.x)
particle_settings[1] = math.random(0, screen_size.y)
particle_settings[2] = math.random(0.75, 1)
particle_settings[3] = math.random(1, 2)
particle_settings[4] = math.random(-2, 2) * 25
particle_settings[5] = math.random(-2, 2) * 25
all_visual_functions.menu_effects.dots[i] = particle_settings
end
end
all_visual_functions.menu_effects.c_velocity = ffi.new("float[?]", 2)
all_visual_functions.menu_effects.c_connections = ffi.new("float[?]", 10)
all_visual_functions.menu_effects.screen_size = ffi.new("float[?]", 2)
all_visual_functions.menu_effects.render_stuff = function()
if Cheat.IsMenuVisible() then
local mouse_position = Cheat.GetMousePos()
local menu_position = Render.GetMenuPos()
local menu_size = Render.GetMenuSize()
local directory = all_visual_functions.menu_effects
directory.c_connections[0] = mouse_position.x
directory.c_connections[1] = mouse_position.y
directory.c_connections[2] = menu_position.x
directory.c_connections[3] = menu_position.y
directory.c_connections[4] = menu_position.x + menu_size.x
directory.c_connections[5] = menu_position.y
directory.c_connections[6] = menu_position.x + menu_size.x
directory.c_connections[7] = menu_position.y + menu_size.y
directory.c_connections[8] = menu_position.x
directory.c_connections[9] = menu_position.y + menu_size.y
local frametime = GlobalVars.frametime
local color = all_visual_functions.copy_color(Color.RGBA(255, 255, 255, 255))
for i = 0, directory.all_points - 1 do
local current_element = directory.dots[i]
directory.c_velocity[0] = current_element[4] * frametime
directory.c_velocity[1] = current_element[5] * frametime
if current_element[0] + directory.c_velocity[0] > screen_size.x or current_element[0] + directory.c_velocity[0] < 0 then
directory.dots[i][4] = -current_element[4]
directory.c_velocity[0] = -directory.c_velocity[0]
end
if current_element[1] + directory.c_velocity[1] > screen_size.y or current_element[1] + directory.c_velocity[1] < 0 then
directory.dots[i][5] = -current_element[5]
directory.c_velocity[1] = -directory.c_velocity[1]
end
directory.dots[i][0] = current_element[0] + directory.c_velocity[0]
directory.dots[i][1] = current_element[1] + directory.c_velocity[1]
color.a = current_element[2]
Render.CircleFilled(Vector2.new(current_element[0], current_element[1]), current_element[3], 7, color)
for i = 0, 9, 2 do
local current_distance = math.abs(current_element[0] - directory.c_connections[i]) + math.abs(current_element[1] - directory.c_connections[i + 1])
if current_distance < directory.distance then
color.a = 1 - (current_distance / directory.distance)
Render.Line(Vector2.new(directory.c_connections[i], directory.c_connections[i + 1]), Vector2.new(current_element[0], current_element[1]), color)
break
end
end
end
end
end
all_visual_functions.menu_effects.generate(all_visual_functions.menu_effects.all_points)
all_visual_functions.convert_value_to_x_offset = function(value)
return Vector2.new((screen_size.x / 100) * value, 0)
end
all_visual_functions.create_arrow_positions = function(distance)
local converted_x_position = all_visual_functions.convert_value_to_x_offset(distance)
local new_positions = {
["Left"] = {
Vector2.new(0, -10),
Vector2.new(-15, 0),
Vector2.new(0, 10),
},
["Right"] = {
Vector2.new(0, -10),
Vector2.new(15, 0),
Vector2.new(0, 10),
}
}
local new_x_position = Vector2.new(0, converted_x_position.x)
local old_positions = {
["Left"] = Vector2.new(screen_size.x / 2, screen_size.y / 2) - converted_x_position,
["Right"] = Vector2.new(screen_size.x / 2, screen_size.y / 2) + converted_x_position
}
for key, offset in pairs(new_positions) do
for table, new_position in ipairs(offset) do
new_positions[key][table] = new_position + old_positions[key]
end
end
return new_positions, old_positions
end
all_visual_functions.teamskeet_arrows = function()
local selected_distance = menu_database.elements["Teamskeet distance"]
all_visual_functions.arrow_new_positions, all_visual_functions.arrow_old_positions = all_visual_functions.create_arrow_positions(selected_distance)
local inverter_state = AntiAim.GetInverterState()
local line_color = Color.RGBA(255, 255, 255, 255)
local base_color = Color.RGBA(175, 255, 0, 255)
local yaw_base = directories.yaw_base:GetInt()
local current_yaw_base = yaw_base == 2 and "Right" or yaw_base == 3 and "Left" or "None"
local current_side = inverter_state and "Right" or "Left"
local new_positions = all_visual_functions.arrow_new_positions
local old_positions = all_visual_functions.arrow_old_positions
for key, positions in pairs(new_positions) do
local side_value = key == "Right" and -1 or 1
local side_color = Color.new(
key == current_side and line_color.r or 0,
key == current_side and line_color.g or 0,
key == current_side and line_color.b or 0,
key == current_side and line_color.a or 0.35
)
local yaw_color = Color.new(
key == current_yaw_base and base_color.r or 0,
key == current_yaw_base and base_color.g or 0,
key == current_yaw_base and base_color.b or 0,
key == current_yaw_base and base_color.a or 0.35
)
Render.PolyFilled(yaw_color, unpack(positions))
Render.BoxFilled(old_positions[key] + Vector2.new(side_value, -10), old_positions[key] + Vector2.new(3 * side_value, 10), side_color)
::skip::
end
end
all_visual_functions.end_render = function()
all_visual_functions.update_animations()
all_visual_functions.is_available_to_render_indicators = false
all_visual_functions.is_available_to_render_arrows = false
end
all_visual_functions.weapons_in_scope = {}
all_visual_functions.weapons_in_scope.cache = nil
all_visual_functions.weapons_in_scope.setup_logic = function(stage)
if stage == 5 then
if not menu_database.elements["Enable visual controller"] or bit.band(menu_database.elements["Visual controllers"], bit.lshift(1, 4)) == 0 then
loaded_cvars.fov_cs_debug:SetInt(0)
return
end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
all_visual_functions.weapons_in_scope.cache = my_index:GetProp("m_bIsScoped")
loaded_cvars.fov_cs_debug:SetInt(all_visual_functions.weapons_in_scope.cache and 90 or 0)
end
end
end
all_visual_functions.weapons_in_scope.on_destroy = function()
loaded_cvars.fov_cs_debug:SetInt(0)
end
--- @endregion
--- @region: all miscellaneous functions
local all_miscellaneous_functions = {}
all_miscellaneous_functions.hitsound_work = function(e)
if not menu_database.elements["Enable hitsound"] then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
if e:GetName() == "player_hurt" then
local victim = e:GetInt("userid")
local attacker = e:GetInt("attacker")
local get_victim_as_player = EntityList.GetPlayerForUserID(victim)
local get_target_as_player = EntityList.GetPlayerForUserID(attacker)
if get_victim_as_player == get_target_as_player or get_target_as_player ~= my_index then
return
end
local sound_directory = "killaura_hitsound.wav"
local sound_volume = menu_database.elements["Hitsound volume"] / 100
ffi_handler.play_custom_sound(sound_directory, sound_volume, 100, 0, 0)
end
end
end
all_miscellaneous_functions.trashtalk_phrases = {
"полощи рот спермой шлюха дырявая",
"прикупи конфиг у кимбора нищий хуесос",
"еще че в хуй своего отца скажешь",
"i think you need this, https://shoppy.gg/@k1mbor ",
"выебан by killaura.technologies.",
"天安门大屠杀REAL HACK KILLAURA??八九民运WTF天安门事件NEVERLOSE CFG?",
"тихий час, спать нахуй",
"ты один из тех людей кто занимает 3 место при игре 1x1",
"я ебал твою vfnm",
"я твою мать на батеной жигули сбил к хуям"
}
all_miscellaneous_functions.trashtalk = function(e)
if not menu_database.elements["Enable trashtalk"] then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
if e:GetName() == "player_death" then
local victim = e:GetInt("userid")
local attacker = e:GetInt("attacker")
local get_victim_as_player = EntityList.GetPlayerForUserID(victim)
local get_target_as_player = EntityList.GetPlayerForUserID(attacker)
if get_victim_as_player == get_target_as_player or get_target_as_player ~= my_index then
return
end
local phrases = all_miscellaneous_functions.trashtalk_phrases
local get_phrase = phrases[math.random(1, #phrases)]:gsub('\"', '')
local command = ("say \"%s\""):format(get_phrase)
EngineClient.ExecuteClientCmd(command)
end
end
end
all_miscellaneous_functions.animation_breakers = {}
all_miscellaneous_functions.animation_breakers.collected_cache = {}
all_miscellaneous_functions.animation_breakers.studio_hdr_offset = 0x2950
all_miscellaneous_functions.animation_breakers.animstate_offset = 0x9960
all_miscellaneous_functions.animation_breakers.landing_offset = 0x109
all_miscellaneous_functions.animation_breakers.set_custom_pose_parameters_settings = function(self_pointer, layer, start_value, end_value)
local new_player_pointer = ffi.cast("unsigned int", self_pointer)
local NULL = 0x0
if new_player_pointer == NULL then
return false
end
local studio_hdr_offset = all_miscellaneous_functions.animation_breakers.studio_hdr_offset
local studio_hdr = ffi.cast("void**", new_player_pointer + studio_hdr_offset)[0]
if not studio_hdr or studio_hdr == NULL then
return false
end
local pose_parameters = ffi_handler.get_pose_parameters(studio_hdr, layer)
if not pose_parameters or pose_parameters == NULL then
return false
end
if all_miscellaneous_functions.animation_breakers.collected_cache[layer] == nil then
all_miscellaneous_functions.animation_breakers.collected_cache[layer] = {}
all_miscellaneous_functions.animation_breakers.collected_cache[layer].m_flStart = pose_parameters.m_flStart
all_miscellaneous_functions.animation_breakers.collected_cache[layer].m_flEnd = pose_parameters.m_flEnd
all_miscellaneous_functions.animation_breakers.collected_cache[layer].m_flState = pose_parameters.m_flState
all_miscellaneous_functions.animation_breakers.collected_cache[layer].is_applied = false
return true
end
if start_value ~= nil and not all_miscellaneous_functions.animation_breakers.collected_cache[layer].is_applied then
pose_parameters.m_flStart = start_value
pose_parameters.m_flEnd = end_value
pose_parameters.m_flState = (pose_parameters.m_flStart + pose_parameters.m_flEnd) / 2
all_miscellaneous_functions.animation_breakers.collected_cache[layer].is_applied = true
return true
end
if all_miscellaneous_functions.animation_breakers.collected_cache[layer].is_applied then
pose_parameters.m_flStart = all_miscellaneous_functions.animation_breakers.collected_cache[layer].m_flStart
pose_parameters.m_flEnd = all_miscellaneous_functions.animation_breakers.collected_cache[layer].m_flEnd
pose_parameters.m_flState = all_miscellaneous_functions.animation_breakers.collected_cache[layer].m_flState
all_miscellaneous_functions.animation_breakers.collected_cache[layer].is_applied = false
return true
end
return false
end
all_miscellaneous_functions.animation_breakers.on_prediction = function(cmd)
if not menu_database.elements["Enable animation breakers"] then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local self_index = my_index:EntIndex()
local local_player = ffi_handler.get_client_entity(self_index)
local NULL = 0x0
if not local_player or local_player == NULL then
return
end
local local_player_address = ffi.cast("unsigned int", local_player)
if not local_player_address or local_player_address == NULL then
return
end
local animstate_offset = all_miscellaneous_functions.animation_breakers.animstate_offset
local animstate = ffi.cast("void**", local_player_address + animstate_offset)[0]
if not animstate or animstate == NULL then
return
end
animstate = ffi.cast("unsigned int", animstate)
if not animstate or animstate == 0x0 then
return
end
local landing_offset = all_miscellaneous_functions.animation_breakers.landing_offset
local animation_on_landing = ffi.cast("bool*", animstate + landing_offset)[0]
if not landing_offset or landing_offset == NULL then
return
end
local addons_direction = menu_database.elements["Animation breakers"]
local set_pose_parameters = all_miscellaneous_functions.animation_breakers.set_custom_pose_parameters_settings
if bit.band(addons_direction, bit.lshift(1, 0)) ~= 0 then
set_pose_parameters(local_player, 6, 0.9, 1)
end
if bit.band(addons_direction, bit.lshift(1, 1)) ~= 0 then
if animation_on_landing and bit.band(cmd.buttons, 2) == 0 then
set_pose_parameters(local_player, 12, 0.999, 1)
end
end
if bit.band(addons_direction, bit.lshift(1, 2)) ~= 0 then
directories.leg_movement:Set(cmd.command_number % 3 == 0 and 0 or 1)
set_pose_parameters(local_player, 0, -180, -179)
end
end
end
all_miscellaneous_functions.animation_breakers.on_create_move = function()
if not menu_database.elements["Enable animation breakers"] then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local self_index = my_index:EntIndex()
local local_player = ffi_handler.get_client_entity(self_index)
local NULL = 0x0
if not local_player or local_player == NULL then
return
end
local pose_parameters_cache = all_miscellaneous_functions.animation_breakers.collected_cache
local set_pose_parameters = all_miscellaneous_functions.animation_breakers.set_custom_pose_parameters_settings
for key, cache in pairs(pose_parameters_cache) do
set_pose_parameters(local_player, key)
end
end
end
all_miscellaneous_functions.hitgroups = {
[0] = "generic",
[1] = "head",
[2] = "chest",
[3] = "stomach",
[4] = "left arm",
[5] = "right arm",
[6] = "left leg",
[7] = "right leg",
[10] = "gear"
}
all_miscellaneous_functions.miss_reasons = {
[1] = "resolver",
[2] = "spread",
[3] = "occlusion",
[4] = "pred. error"
}
all_miscellaneous_functions.hitlogs = function(shot)
if not menu_database.elements["Enable hitlogs"] then return end
local is_local_player_valid, my_index = is_local_player_valid()
if is_local_player_valid then
local final_text = ""
local index = EntityList.GetClientEntity(shot.target_index)
if not index then
return
end
local target = index:GetPlayer()
local target_name = target:GetName()
local simtime, flags, exploits = GlobalVars.tickcount % 17, "", 0
local get_binds = get_binds()
local isDT, isHS = get_binds.isDT, get_binds.isHS
if isDT then
exploits = 2
flags = "T"
elseif isHS then
exploits = 1
flags = "H"
else
flags = "B"
exploits = 0
end
if shot.reason == 0 then
final_text = ("[%s/%s] [%s/%s] Hit %s's %s for %s(%s) (%s remaining) aimed=%s(%s%%%%) bt=%s (%s) (%s:%s)"):format(
math.random(0, 100), math.random(0, 100), math.random(0, 100), math.random(0, 100), target_name,
all_miscellaneous_functions.hitgroups[math.min(shot.hitgroup, 10)], shot.damage,
shot.wanted_damage, math.max(0, target:GetProp("m_iHealth") - shot.damage), all_miscellaneous_functions.hitgroups[math.min(shot.wanted_hitgroup, 10)],
shot.hitchance, shot.backtrack, flags, simtime, exploits
)
else
final_text = ("[%s/%s] [%s/%s] Missed %s's %s(%s)(%s%%%%) due to %s, bt=%s, (%s) (%s:%s)"):format(
math.random(0, 100), math.random(0, 100), math.random(0, 100), math.random(0, 100), target_name,
all_miscellaneous_functions.hitgroups[math.min(shot.wanted_hitgroup, 10)], shot.wanted_damage,
shot.hitchance, all_miscellaneous_functions.miss_reasons[shot.reason], shot.backtrack, flags, simtime, exploits
)
end
color_print("[Killaura.lua] ", Color.RGBA(247, 132, 207, 255))
default_print(final_text)
end
end
--- @endregion
--- @region: callback controller
local callback_controller = {}
callback_controller.check_for_errors = function()
for callback_index = 1, #callback_controller do
local current_callback = callback_controller[callback_index]
local functions_in_callback = current_callback.functions
local execute_callbacks = function(...)
for function_index = 1, #functions_in_callback do
local current_function = functions_in_callback[function_index]
local status, message = pcall(current_function.r_function, ...)
if not status then
local error_field = "execute_callbacks"
local all_error_messages = {
"Something went wrong! Send that error in our discord server!",
("Function information: name - %s; address - %s!"):format(current_function.name, current_function.r_function),
("Error message - %s"):format(message)
}
for error = 1, #all_error_messages do
local current_error_mesage = all_error_messages[error]
--print(current_error_mesage)
end
--_G[error_field]()
end
end
end
Cheat.RegisterCallback(current_callback.callback, execute_callbacks)
end
end
callback_controller.subscribe = function(callback, name, r_function)
name = name or "unknown"
local is_callback_exists = false
for callback_index = 1, #callback_controller do
local current_callback = callback_controller[callback_index]
local callback_name = current_callback.callback
if callback_name == callback then
is_callback_exists = true
break
end
end
if not is_callback_exists then
table.insert(callback_controller, {callback = callback, functions = {}})
is_callback_exists = true
end
for callback_index = 1, #callback_controller do
local current_callback = callback_controller[callback_index]
local callback_name = current_callback.callback
if callback_name == callback then
table.insert(current_callback.functions, {r_function = r_function, name = name})
break
end
end
callback_controller.check_for_errors()
return true
end
--- @note: entrance to the zone of callbacking
local add_function = callback_controller.subscribe
add_function("prediction", "third_person_animation", function()
local is_enabled = menu_database.elements["Enable visual controller"] and bit.band(menu_database.elements["Visual controllers"], bit.lshift(1, 2)) ~= 0
Cheat.SetThirdPersonAnim(is_enabled)
end)
--- @note: ragebot functions
add_function("prediction", "noscope_hitchance", all_ragebot_functions.ragebot_manipulating.noscope_hitchance)
add_function("prediction", "in_air_hitchance", all_ragebot_functions.ragebot_manipulating.in_air_hitchance)
add_function("prediction", "automatic_teleport_in_the_air", all_ragebot_functions.doubletap_improvements.automatic_teleport_in_the_air)
add_function("prediction", "modify_doubletap_ticks", all_ragebot_functions.doubletap_improvements.modify_doubletap_ticks)
add_function("prediction", "dormant_aimbot [cmd]", all_ragebot_functions.dormant_aimbot.setup_logic)
--- @note: anti-aim functions
add_function("pre_prediction", "anti_aim_builder [cmd]", all_anti_aim_functions.anti_aim_builder.build_anti_aim)
add_function("prediction", "edge_yaw", all_anti_aim_functions.anti_aim_builder.edge_yaw)
add_function("events", "anti_bruteforce [execute_bullet_impact_checks] [events]", all_anti_aim_functions.anti_aim_builder.anti_bruteforce.execute_bullet_impact_checks)
add_function("pre_prediction", "anti_aim_builder [apply_anti_brute_settings]", all_anti_aim_functions.anti_aim_builder.anti_bruteforce.apply_anti_brute_settings)
--- @note: visual functions
add_function("draw", "start_render", all_visual_functions.start_render)
add_function("draw", "under_crosshair_indicator", function()
local indicator_directory = menu_database.elements["Visual controllers"]
local is_available = all_visual_functions.is_available_to_render_indicators
if is_available and bit.band(indicator_directory, bit.lshift(1, 0)) ~= 0 then
all_visual_functions.under_crosshair_indicator()
end
end)
add_function("draw", "menu_effects", function()
local indicator_directory = menu_database.elements["Visual controllers"]
if bit.band(indicator_directory, bit.lshift(1, 3)) ~= 0 then
all_visual_functions.menu_effects.render_stuff()
end
end)
add_function("draw", "teamskeet_arrows", function()
local indicator_directory = menu_database.elements["Other controllers"]
local is_available = all_visual_functions.is_available_to_render_arrows
if is_available and bit.band(indicator_directory, bit.lshift(1, 0)) ~= 0 then
all_visual_functions.teamskeet_arrows()
end
end)
add_function("draw", "end_render", all_visual_functions.end_render)
add_function("frame_stage", "weapons_in_scope", all_visual_functions.weapons_in_scope.setup_logic)
add_function("destroy", "weapons_in_scope [destroy]", all_visual_functions.weapons_in_scope.on_destroy)
--- @note: misc functions
add_function("events", "hitsound", all_miscellaneous_functions.hitsound_work)
add_function("events", "trashtalk", all_miscellaneous_functions.trashtalk)
add_function("createmove", "animation_breaker [on_create_move]", all_miscellaneous_functions.animation_breakers.on_create_move)
add_function("prediction", "animation_breaker [on_prediction] [cmd]", all_miscellaneous_functions.animation_breakers.on_prediction)
add_function("registered_shot", "hitlogs", all_miscellaneous_functions.hitlogs)
--- @endregion
--- @region: config section xD
local add_element = menu_database.add_element
local default_config = " Load default config "
local export_config = " Export your config to clipboard "
local import_config = " Import your config to clipboard "
local config_controller = {}
config_controller.validation_key = "3805ca8ff0dc26a4a236a8f26d6bd51a"
config_controller.convert_color = function(color)
return {
r = math:round(color.r * 255),
g = math:round(color.g * 255),
b = math:round(color.b * 255),
a = math:round(color.a * 255),
}
end
local json = Panorama.LoadString([[
return {
stringify: JSON.stringify,
parse: JSON.parse
};
]])()
local base64 = {}
local extract = function(v, from, width)
return bit.band(bit.rshift(v, from), bit.lshift(1, width) - 1)
end
function base64.make_encoder(alphabet)
local encoder = {}
local t_alphabet = {}
for i = 1, #alphabet do
t_alphabet[i - 1] = alphabet:sub(i, i)
end
for b64code, char in pairs(t_alphabet) do
encoder[b64code] = char:byte()
end
return encoder
end
function base64.make_decoder(alphabet)
local decoder = {}
for b64code, charcode in pairs(base64.make_encoder(alphabet)) do
decoder[charcode] = b64code
end
return decoder
end
local default_encoder = base64.make_encoder("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=")
local default_decoder = base64.make_decoder("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=")
local custom_encoder = base64.make_encoder("KmAWpuFBOhdbI1orP2UN5vnSJcxVRgazk97ZfQqL0yHCl84wTj3eYXiD6stEGM+/=")
local custom_decoder = base64.make_decoder("KmAWpuFBOhdbI1orP2UN5vnSJcxVRgazk97ZfQqL0yHCl84wTj3eYXiD6stEGM+/=")
function base64.encode(str, encoder, usecaching)
str = tostring(str)
encoder = encoder or default_encoder
local t, k, n = {}, 1, #str
local lastn = n % 3
local cache = {}
for i = 1, n - lastn, 3 do
local a, b, c = str:byte(i, i + 2)
local v = a * 0x10000 + b * 0x100 + c
local s = nil
if usecaching then
s = cache[v]
if not s then
s = string.char(encoder[extract(v, 18, 6)], encoder[extract(v, 12, 6)], encoder[extract(v, 6, 6)], encoder[extract(v, 0, 6)])
cache[v] = s
end
else
s = string.char(encoder[extract(v, 18, 6)], encoder[extract(v, 12, 6)], encoder[extract(v, 6, 6)], encoder[extract(v, 0, 6)])
end
t[k] = s
k = k + 1
end
if lastn == 2 then
local a, b = str:byte(n - 1, n)
local v = a * 0x10000 + b * 0x100
t[k] = string.char(encoder[extract(v, 18, 6)], encoder[extract(v, 12, 6)], encoder[extract(v, 6, 6)], encoder[64])
elseif lastn == 1 then
local v = str:byte(n) * 0x10000
t[k] = string.char(encoder[extract(v, 18, 6)], encoder[extract(v, 12, 6)], encoder[64], encoder[64])
end
return table.concat(t)
end
function base64.decode(b64, decoder, usecaching)
decoder = decoder or default_decoder
local pattern = "[^%w%+%/%=]"
if decoder then
local s62, s63 = nil, nil
for charcode, b64code in pairs(decoder) do
if b64code == 62 then
s62 = charcode
elseif b64code == 63 then
s63 = charcode
end
end
pattern = ("[^%%w%%%s%%%s%%=]"):format(string.char(s62), string.char(s63))
end
b64 = b64:gsub(pattern, "")
local cache = usecaching and {}
local t, k = {}, 1
local n = #b64
local padding = b64:sub(-2) == "==" and 2 or b64:sub(-1) == "=" and 1 or 0
for i = 1, padding > 0 and n - 4 or n, 4 do
local a, b, c, d = b64:byte(i, i + 3)
local s = nil
if usecaching then
local v0 = a * 0x1000000 + b * 0x10000 + c * 0x100 + d
s = cache[v0]
if not s then
local v = decoder[a] * 0x40000 + decoder[b] * 0x1000 + decoder[c] * 0x40 + decoder[d]
s = string.char(extract(v, 16, 8), extract(v, 8, 8), extract(v, 0, 8))
cache[v0] = s
end
else
local v = decoder[a] * 0x40000 + decoder[b] * 0x1000 + decoder[c] * 0x40 + decoder[d]
s = string.char(extract(v, 16, 8), extract(v, 8, 8), extract(v, 0, 8))
end
t[k] = s
k = k + 1
end
if padding == 1 then
local a, b, c = b64:byte(n - 3, n - 1)
local v = decoder[a] * 0x40000 + decoder[b] * 0x1000 + decoder[c] * 0x40
t[k] = string.char(extract(v, 16, 8), extract(v, 8, 8))
elseif padding == 2 then
local a, b = b64:byte(n - 3, n - 2)
local v = decoder[a] * 0x40000 + decoder[b] * 0x1000
t[k] = string.char(extract(v, 16, 8))
end
return table.concat(t)
end
config_controller.export_data = function()
local all_menu_elements = {}
local all_references = menu_database.references
local convert_color = config_controller.convert_color
for key, element in pairs(all_references) do
local element_cache = {}
element_cache.value = element.reference:Get()
if type(element_cache.value) == "userdata" then
element_cache.color = convert_color(element_cache.value)
element_cache.value = nil
else
element_cache.color = element.is_color and convert_color(element.reference:GetColor()) or false
end
if not element_cache.color and not element_cache.value then
goto skip
end
::skip::
all_menu_elements[key] = element_cache
end
all_menu_elements[config_controller.validation_key] = true
local json_config = json.stringify(all_menu_elements)
local base_64_decoded = base64.encode(json_config, custom_encoder)
ffi_handler.set_clipboard_text(base_64_decoded, #base_64_decoded)
end
config_controller.load_data = function(text)
local protected = function()
local final_text = text or ffi_handler.get_clipboard_text()
local json_config = base64.decode(final_text, custom_decoder)
if not json_config:match(config_controller.validation_key) then
print("Your validation key is wrong!")
error()
return
end
json_config = json.parse(json_config)
if not json_config then
print("Your JSON-config is wrong!")
error()
return
end
local anti_bruteforce_phases = -1
for key, element in pairs(json_config) do
if key == config_controller.validation_key then
goto skip
end
if key:find("^Phase #") ~= nil then
local ab_value = tonumber(key:sub(#"Phase #" + 1, #key))
anti_bruteforce_phases = math.max(ab_value, anti_bruteforce_phases)
end
if menu_database.references[key] ~= nil then
if element.value ~= nil then
menu_database.references[key].reference:Set(element.value)
menu_database.elements[key] = element.value
end
if element.color ~= false then
menu_database.references[key].reference:SetColor(Color.RGBA(v.color.r, v.color.g, v.color.b, v.color.a))
end
end
::skip::
end
if #menu_database.phases > anti_bruteforce_phases then
while #menu_database.phases > anti_bruteforce_phases do
remove_old_phase()
end
else
while #menu_database.phases < anti_bruteforce_phases do
add_new_phase()
end
end
for phase = 1, anti_bruteforce_phases do
local phase_counter = ("Phase #%s"):format(phase)
menu_database.references[phase_counter].reference:Set(json_config[phase_counter].value)
menu_database.elements[phase_counter] = json_config[phase_counter].value
end
menu_database.update_elements()
Cheat.AddNotify("Killaura.lua", "Config successfully loaded!")
end
local is_successfull, error_message = pcall(protected)
if not is_successfull then
Cheat.AddNotify("Killaura.lua", "Failed to load config!")
return
end
end
local default_config_link = "https://raw.githubusercontent.com/strexxter/killaura_configs/main/default_config"
add_element(false, "Load default config", Menu.Button("Killaura: Miscellaneous", "Config system", default_config, "Click to load default config!", function()
Http.GetAsync(default_config_link, function(data_from_link)
config_controller.load_data(data_from_link)
end)
end))
add_element(false, "Export config to clipboard", Menu.Button("Killaura: Miscellaneous", "Config system", export_config, "Click to export your config to the clipboard!",
function()
config_controller.export_data()
end))
add_element(false, "Import config from clipboard", Menu.Button("Killaura: Miscellaneous", "Config system", import_config, "Click to import your config from the clipboard!",
function()
config_controller.load_data()
end))
--- @endregion
Последнее редактирование:
