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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.
Пелучар, слушай дружище, а ты ничего не забыл?
Кто кого снесет еще?
Credits: Hellfish#9343
Кто кого снесет еще?
Credits: Hellfish#9343
Код:
-- @region: script information
-- @ Half-life parody.
-- @ Created by попросил скрыть ник, но все мы его знаем
-- @ Version: 0.3.0 [debug].
-- @ Last update: 01.0.1.2022.
-- @endregion
local screen_size = EngineClient.GetScreenSize()
local sauron_text = {}
local __main__ = function()
-- @region: ffi elements
local ffi = require("ffi")
ffi.cdef[[
typedef struct {
uint8_t r; uint8_t g; uint8_t b; uint8_t a;
} color_struct_t;
typedef void (*console_color_print)(const color_struct_t&, const char*, ...);
void* GetProcAddress(void* hModule, const char* lpProcName);
void* GetModuleHandleA(const char* lpModuleName);
typedef uintptr_t (__thiscall* GetClientEntity_4242425_t)(void*, int);
struct Animstate_t
{
char pad[3];
char m_bForceWeaponUpdate;
char pad1[91];
void* m_pBaseEntity;
void* m_pActiveWeapon;
void* m_pLastActiveWeapon;
float m_flLastClientSideAnimationUpdateTime;
int m_iLastClientSideAnimationUpdateFramecount;
float m_flAnimUpdateDelta;
float m_flEyeYaw;
float m_flPitch;
float m_flGoalFeetYaw;
float m_flCurrentFeetYaw;
float m_flCurrentTorsoYaw;
float m_flUnknownVelocityLean;
float m_flLeanAmount;
char pad2[4];
float m_flFeetCycle;
float m_flFeetYawRate;
char pad3[4];
float m_fDuckAmount;
float m_fLandingDuckAdditiveSomething;
char pad4[4];
float m_vOriginX;
float m_vOriginY;
float m_vOriginZ;
float m_vLastOriginX;
float m_vLastOriginY;
float m_vLastOriginZ;
float m_vVelocityX;
float m_vVelocityY;
char pad5[4];
float m_flUnknownFloat1;
char pad6[8];
float m_flUnknownFloat2;
float m_flUnknownFloat3;
float m_flUnknown;
float m_flSpeed2D;
float m_flUpVelocity;
float m_flSpeedNormalized;
float m_flFeetSpeedForwardsOrSideWays;
float m_flFeetSpeedUnknownForwardOrSideways;
float m_flTimeSinceStartedMoving;
float m_flTimeSinceStoppedMoving;
bool m_bOnGround;
bool m_bInHitGroundAnimation;
float m_flTimeSinceInAir;
float m_flLastOriginZ;
float m_flHeadHeightOrOffsetFromHittingGroundAnimation;
float m_flStopToFullRunningFraction;
char pad7[4];
float m_flMagicFraction;
char pad8[60];
float m_flWorldForce;
char pad9[462];
float m_flMaxYaw;
};
int VirtualProtect(void* lpAddress, unsigned long dwSize, unsigned long flNewProtect, unsigned long* lpflOldProtect);
void* VirtualAlloc(void* lpAddress, unsigned long dwSize, unsigned long flAllocationType, unsigned long flProtect);
int VirtualFree(void* lpAddress, unsigned long dwSize, unsigned long dwFreeType);
typedef uintptr_t (__thiscall* GetClientEntity_4242425_t)(void*, int);
typedef struct
{
float x;
float y;
float z;
} Vector_t;
typedef struct
{
char pad0[0x60]; // 0x00
void* pEntity; // 0x60
void* pActiveWeapon; // 0x64
void* pLastActiveWeapon; // 0x68
float flLastUpdateTime; // 0x6C
int iLastUpdateFrame; // 0x70
float flLastUpdateIncrement; // 0x74
float flEyeYaw; // 0x78
float flEyePitch; // 0x7C
float flGoalFeetYaw; // 0x80
float flLastFeetYaw; // 0x84
float flMoveYaw; // 0x88
float flLastMoveYaw; // 0x8C // changes when moving/jumping/hitting ground
float flLeanAmount; // 0x90
char pad1[0x4]; // 0x94
float flFeetCycle; // 0x98 0 to 1
float flMoveWeight; // 0x9C 0 to 1
float flMoveWeightSmoothed; // 0xA0
float flDuckAmount; // 0xA4
float flHitGroundCycle; // 0xA8
float flRecrouchWeight; // 0xAC
Vector_t vecOrigin; // 0xB0
Vector_t vecLastOrigin;// 0xBC
Vector_t vecVelocity; // 0xC8
Vector_t vecVelocityNormalized; // 0xD4
Vector_t vecVelocityNormalizedNonZero; // 0xE0
float flVelocityLenght2D; // 0xEC
float flJumpFallVelocity; // 0xF0
float flSpeedNormalized; // 0xF4 // clamped velocity from 0 to 1
float flRunningSpeed; // 0xF8
float flDuckingSpeed; // 0xFC
float flDurationMoving; // 0x100
float flDurationStill; // 0x104
bool bOnGround; // 0x108
bool bHitGroundAnimation; // 0x109
char pad2[0x2]; // 0x10A
float flNextLowerBodyYawUpdateTime; // 0x10C
float flDurationInAir; // 0x110
float flLeftGroundHeight; // 0x114
float flHitGroundWeight; // 0x118 // from 0 to 1, is 1 when standing
float flWalkToRunTransition; // 0x11C // from 0 to 1, doesnt change when walking or crouching, only running
char pad3[0x4]; // 0x120
float flAffectedFraction; // 0x124 // affected while jumping and running, or when just jumping, 0 to 1
char pad4[0x208]; // 0x128
float flMinBodyYaw; // 0x330
float flMaxBodyYaw; // 0x334
float flMinPitch; //0x338
float flMaxPitch; // 0x33C
int iAnimsetVersion; // 0x340
} CCSGOPlayerAnimationState_534535_t;
typedef struct {
char pad_0000[20];
int m_nOrder; //0x0014
int m_nSequence; //0x0018
float m_flPrevCycle; //0x001C
float m_flWeight; //0x0020
float m_flWeightDeltaRate; //0x0024
float m_flPlaybackRate; //0x0028
float m_flCycle; //0x002C
void *m_pOwner; //0x0030
char pad_0038[4]; //0x0034
} CAnimationLayer_t;
]]
local color_print_fn = ffi.cast(
"console_color_print", ffi.C.GetProcAddress(ffi.C.GetModuleHandleA("tier0.dll"), "?ConColorMsg@@YAXABVColor@@PBDZZ")
)
local colored_print = function(color, text)
local col = ffi.new("color_struct_t")
for i, v in pairs({"r", "g", "b", "a"}) do
col[v] = color[v] * 255
end
color_print_fn(col, text)
end
local vtable = {
entry = function(instance, index, type)
return ffi.cast(type, (ffi.cast("void***", instance)[0])[index])
end,
thunk = function(self, index, typestring)
local t = ffi.typeof(typestring)
return function(instance, ...)
assert(instance ~= nil)
if instance then
return self.entry(instance, index, t)(instance, ...)
end
end
end,
bind = function(self, module, interface, index, typestring)
local instance = Utils.CreateInterface(module, interface)
local fnptr = self.entry(instance, index, ffi.typeof(typestring))
return function(...)
return fnptr(instance, ...)
end
end
}
local native_GetClipboardTextCount = vtable:bind("vgui2.dll", "VGUI_System010", 7, "int(__thiscall*)(void*)")
local native_SetClipboardText = vtable:bind("vgui2.dll", "VGUI_System010", 9, "void(__thiscall*)(void*, const char*, int)")
local native_GetClipboardText = vtable:bind("vgui2.dll", "VGUI_System010", 11, "int(__thiscall*)(void*, int, const char*, int)")
local new_char_arr = ffi.typeof("char[?]")
local function set_clipboard_text(text)
native_SetClipboardText(text, text:len())
end
local function get_clipboard_text()
local len = native_GetClipboardTextCount()
if len > 0 then
local char_arr = new_char_arr(len)
native_GetClipboardText(0, char_arr, len)
return ffi.string(char_arr, len-1)
end
end
local entity_list_pointer = ffi.cast("void***", Utils.CreateInterface("client.dll", "VClientEntityList003"))
local get_client_entity_fn = ffi.cast("GetClientEntity_4242425_t", entity_list_pointer[0][3])
local get_entity_address = function(ent_index)
local addr = get_client_entity_fn(entity_list_pointer, ent_index)
return addr
end
local get_max_feet_yaw = function(player)
local animstate = ffi.cast("struct Animstate_t**", get_entity_address(player:EntIndex()) + 0x9960)[0]
if animstate ~= nil then
local duck_amount = animstate.m_fDuckAmount
local forward_or_sideways_speed = math.max(0, math.min(1, animstate.m_flFeetSpeedForwardsOrSideWays))
local unknown_forward_or_sideways_speed = math.max(1, animstate.m_flFeetSpeedUnknownForwardOrSideways)
local result_value = (animstate.m_flStopToFullRunningFraction * -0.30000001 - 0.19999999) * forward_or_sideways_speed + 1
if duck_amount > 0 then
result_value = result_value + duck_amount * unknown_forward_or_sideways_speed * (0.5 - result_value)
end
local return_delta_yaw = math.abs(animstate.m_flMaxYaw * result_value)
return return_delta_yaw
end
end
local hook_helpers = {
copy = function(dst, src, len)
return ffi.copy(ffi.cast('void*', dst), ffi.cast('const void*', src), len)
end,
virtual_protect = function(lpAddress, dwSize, flNewProtect, lpflOldProtect)
return ffi.C.VirtualProtect(ffi.cast('void*', lpAddress), dwSize, flNewProtect, lpflOldProtect)
end,
virtual_alloc = function(lpAddress, dwSize, flAllocationType, flProtect, blFree)
local alloc = ffi.C.VirtualAlloc(lpAddress, dwSize, flAllocationType, flProtect)
if blFree then
table.insert(buff.free, function()
ffi.C.VirtualFree(alloc, 0, 0x8000)
end)
end
return ffi.cast('intptr_t', alloc)
end
}
local buff = {free = {}}
local vmt_hook = {hooks = {}}
function vmt_hook.new(vt)
local new_hook = {}
local org_func = {}
local old_prot = ffi.new('unsigned long[1]')
local virtual_table = ffi.cast('intptr_t**', vt)[0]
new_hook.this = virtual_table
new_hook.hookMethod = function(cast, func, method)
org_func[method] = virtual_table[method]
hook_helpers.virtual_protect(virtual_table + method, 4, 0x4, old_prot)
virtual_table[method] = ffi.cast('intptr_t', ffi.cast(cast, func))
hook_helpers.virtual_protect(virtual_table + method, 4, old_prot[0], old_prot)
return ffi.cast(cast, org_func[method])
end
new_hook.unHookMethod = function(method)
hook_helpers.virtual_protect(virtual_table + method, 4, 0x4, old_prot)
local alloc_addr = hook_helpers.virtual_alloc(nil, 5, 0x1000, 0x40, false)
local trampoline_bytes = ffi.new('uint8_t[?]', 5, 0x90)
trampoline_bytes[0] = 0xE9
ffi.cast('int32_t*', trampoline_bytes + 1)[0] = org_func[method] - tonumber(alloc_addr) - 5
hook_helpers.copy(alloc_addr, trampoline_bytes, 5)
virtual_table[method] = ffi.cast('intptr_t', alloc_addr)
hook_helpers.virtual_protect(virtual_table + method, 4, old_prot[0], old_prot)
org_func[method] = nil
end
new_hook.unHookAll = function()
for method, func in pairs(org_func) do
new_hook.unHookMethod(method)
end
end
table.insert(vmt_hook.hooks, new_hook.unHookAll)
return new_hook
end
-- @endregion
-- @region: menu events
local menu_database = {
handler = {
elements = {},
references = {}
},
update_menu = function(self)
for _, data in pairs(self.handler.references) do
if data.condition ~= nil then
data.reference:SetVisible(data.condition())
end
end
end,
add_element = function(self, element_name, reference, condition)
if type(element_name) ~= "string" or type(reference) ~= "userdata" then
print(('[Half-life debugger] Wrong element userdata - ["%s"].'):format(element_name))
self.check_error()
end
if condition ~= nil and type(condition) ~= "function" then
print(('[Half-life debugger] Wrong element condition - ["%s"].'):format(element_name))
self.check_error()
end
if self.handler.references[element_name] ~= nil then
print(('[Half-life debugger] Element already exists - ["%s"].'):format(element_name))
self.check_error()
end
self.handler.references[element_name] = {
reference = reference,
name = unique_name,
condition = condition
}
local execute_callbacks = function(new_value)
self.handler.elements[element_name] = new_value
self:update_menu()
end
execute_callbacks(reference:Get())
reference:RegisterCallback(execute_callbacks)
end,
set_value = function(self, element_name, value)
local execute_callbacks = function()
self.handler.elements[element_name] = value
self:update_menu()
end
self.handler.references[element_name].reference:Set(value)
execute_callbacks()
end,
phases_vars = {
phases = {},
count = 0
},
all_elements = function(self)
-- @note: strextter: ragebot tab
-- @note: strexxter: dormant aimbot elements
self:add_element("Enable dormant aimbot", Menu.Switch("-> Ragebot", "Dormant aimbotting", "Enable dormant aimbot", false))
local dormant_aimbot_elements = {
names = {"Minimum damage"},
set_functions = {Menu.SliderInt},
values = {{5, 0, 105}}
}
for i = 1, #dormant_aimbot_elements.values do
local callback_list = {"Minimum damage"}
local callbacks = ("Dormant aimbot %s"):format(callback_list[i]:lower())
local names = dormant_aimbot_elements.names[i]
local functions = dormant_aimbot_elements.set_functions[i]
local values = dormant_aimbot_elements.values[i]
self:add_element(callbacks, functions("-> Ragebot", "Dormant aimbotting", names, unpack(values)), function()
return self.handler.elements["Enable dormant aimbot"]
end)
end
self:add_element("Enable custom DT speed", Menu.Switch("-> Ragebot", "Doubletap speed", "Enable custom DT speed", false))
self:add_element("Custom DT speed", Menu.SliderInt("-> Ragebot", "Doubletap speed", "Custom DT speed", 16, 13, 16), function()
return self.handler.elements["Enable custom DT speed"]
end)
-- @note: strexxter: anti-aimbotting tab
-- @note: strextter: default anti-aimbotting elements
self:add_element("Enable anti-aimbotting", Menu.Switch(
"-> Anti-aimbotting", "Anti-aimbotting elements", "Enable anti-aimbotting elements", false)
)
self:add_element("Anti-aimbotting presets", Menu.Combo(
"-> Anti-aimbotting", "Anti-aimbotting elements", "Select preset:", {
"Default", "Safe head", "Tank AA", "Experimental", "Customizable"
}, 0
), function()
return self.handler.elements["Enable anti-aimbotting"]
end)
-- @note: strexxter: proccess of making custom aa elements
local conditions = {
"Hidden", "Standing", "Moving", "Ducking", "Fakeduck", "Slow Walk", "In air"
}
self:add_element("Conditions", Menu.Combo("-> Anti-aimbotting", "Anti-aimbotting elements", "Conditions", conditions, 0),
function()
return self.handler.elements["Enable anti-aimbotting"]
and self.handler.elements["Anti-aimbotting presets"] == 4
end)
for i = 1, #conditions do
local condition_name = conditions[i + 1]
local modes = {
"Yaw Add Left", "Yaw Add Right",
"Yaw Modifier", "Modifier Degree",
"Fake Limit Type", "Left Limit", "Right Limit",
"Fake Options", "LBY Mode", "Fake Desync", "Desync On Shot", "Inverter"
}
for k = 1, #modes do
local mode_name = modes[k]
local functions = {
Menu.SliderInt, Menu.SliderInt,
Menu.Combo, Menu.SliderInt,
Menu.Combo, Menu.SliderInt, Menu.SliderInt,
Menu.MultiCombo, Menu.Combo, Menu.Combo, Menu.Combo, Menu.Switch
}
local sub_functions = {
{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}, {false}
}
local total = {
callbacks = ("%s %s"):format(condition_name, mode_name),
names = ("[%s] %s\n"):format(i, mode_name)
}
self:add_element(total.callbacks, functions[k](
"-> Anti-aimbotting", "Anti-aimbotting elements", total.names, unpack(sub_functions[k])
), function()
return self.handler.elements["Enable anti-aimbotting"]
and self.handler.elements["Anti-aimbotting presets"] == 4
and self.handler.elements["Conditions"] == i
end)
end
end
self:add_element("Update presets", Menu.Button(
"-> Anti-aimbotting", "Anti-aimbotting elements", "Update alternative settings", "Load alternative settings!"
), function()
return self.handler.elements["Enable anti-aimbotting"]
and not (self.handler.elements["Anti-aimbotting presets"] == 4)
end)
local apply_presets = function()
local current_preset = self.handler.elements["Anti-aimbotting presets"]
local update_anti_bruteforce_phases = function()
local remove_phases = function()
local length = #self.phases_vars.phases
if length == 0 then return end
for i = 1, length do
local remove_name = ("Phase #%s"):format(i)
local directory = self.handler.references[remove_name].reference
Menu.DestroyItem(directory)
self.phases_vars.count = 0
local remove_key = function(table, key)
local element = table[key]
table[key] = nil
return element
end
table.remove(self.phases_vars.phases)
remove_key(self.handler.elements, remove_name)
remove_key(self.handler.references, remove_name)
end
end
local add_phases = function()
local current_indexes = current_preset == 1 and 2 or 3
for i = 1, current_indexes do
self.phases_vars.count = self.phases_vars.count + 1
table.insert(self.phases_vars.phases, self.phases_vars.count)
local callbacks = ("Phase #%s"):format(self.phases_vars.count)
local name = ("Phase #%s"):format(self.phases_vars.count)
self:add_element(callbacks, Menu.SliderInt(
"-> Anti-aimbotting", "Anti-bruteforce manager", name, 60, -60, 60
), function()
return self.handler.elements["Enable anti-aimbotting helpers"]
and bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 0)) ~= 0
end)
self:set_value("Phase slider", self.phases_vars.count)
end
if current_preset == 0 then -- default
self:set_value("Phase #1", -60)
self:set_value("Phase #2", 60)
self:set_value("Phase #3", -47)
elseif current_preset == 1 then -- safe head
self:set_value("Phase #1", -60)
self:set_value("Phase #2", 60)
elseif current_preset == 3 then -- experimental
self:set_value("Phase #1", 60)
self:set_value("Phase #2", -47)
self:set_value("Phase #3", 60)
end
end
remove_phases()
add_phases()
end
local update_helpers = function(value)
self:set_value("Enable anti-aimbotting helpers", true)
self:set_value("Anti-aimbotting helpers", value)
end
if current_preset == 0 then -- default
update_anti_bruteforce_phases()
update_helpers(261)
elseif current_preset == 1 then -- safe head
update_anti_bruteforce_phases()
update_helpers(277)
elseif current_preset == 2 then -- tank aa
update_helpers(260)
elseif current_preset == 3 then -- experimental
update_anti_bruteforce_phases()
update_helpers(261)
end
end
--@note: strexxter: anti-aimbotting helpers
self:add_element("Enable anti-aimbotting helpers", Menu.Switch(
"-> Anti-aimbotting", "Additional settings", "Enable additional settings", false)
)
self:add_element("Anti-aimbotting helpers", Menu.MultiCombo(
"-> Anti-aimbotting", "Additional settings", "Select helpers:", {
"Anti-bruteforce", "Break lagcomp in air", "Anti-backstabbing", "Bombsite E-Fix",
"Smart yaw ras-position", "Dynamic fake yaw", "Avoid onshoting", "Legit AA on E",
"Disable fakelag on HS"
}, 0
), function()
return self.handler.elements["Enable anti-aimbotting helpers"]
end)
self.handler.references["Update presets"].reference:RegisterCallback(apply_presets)
self:add_element("Breaking lagcomp weapons", Menu.MultiCombo(
"-> Anti-aimbotting", "Additional settings", "Teleport weapons", {
"Default", "Pistols", "Heavy pistols", "Scout", "AWP", "Autosnipers", "Nades"
}, 0
), function()
return self.handler.elements["Enable anti-aimbotting helpers"]
and bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 1)) ~= 0
end)
self:add_element("Anti-aimbotting helpers text", Menu.Text(
"-> Anti-aimbotting", "Additional settings", "Dont use it with custom anti-aim preset!"
), function()
return self.handler.elements["Enable anti-aimbotting helpers"]
and self.handler.elements["Anti-aimbotting presets"] == 4
and (
bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 4)) ~= 0
or bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 5)) ~= 0
or bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 6)) ~= 0
)
end)
self:add_element("Copy config", Menu.Button(
"-> Anti-aimbotting", "Config system", "Copy your config to clipboard.", "Copy your config to clipboard.")
)
self:add_element("Import config", Menu.Button(
"-> Anti-aimbotting", "Config system", "Import config from clipboard.", "Import your config from clipboard.")
)
-- @note: strexxter: anti-bruteforce phases
self:add_element("Anti-bruteforce add button", Menu.Button(
"-> Anti-aimbotting", "Anti-bruteforce manager", "Add new phase", "Add new phase for anti-bruteforce!"
), function()
return self.handler.elements["Enable anti-aimbotting helpers"]
and bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 0)) ~= 0
end)
self:add_element("Anti-bruteforce remove button", Menu.Button(
"-> Anti-aimbotting", "Anti-bruteforce manager", "Remove phase", "Remove phase for anti-bruteforce!"
), function()
return self.handler.elements["Enable anti-aimbotting helpers"]
and bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 0)) ~= 0
end)
self:add_element("Phase slider", Menu.SliderInt(
"-> Anti-aimbotting", "Additional settings", "Phase slider", self.phases_vars.count, 0, 15)
)
local add_new_phase = function()
if #self.phases_vars.phases > 9 then
table.insert(sauron_text, {
text = "You cant make more phases than 10.",
timer = GlobalVars.realtime,
smooth_y = screen_size.y + 100,
alpha = 0,
first_circle = 0,
second_circle = 0,
box_left = screen_size.x / 2,
box_right = screen_size.x / 2,
box_left_1 = screen_size.x / 2,
box_right_1 = screen_size.x / 2
})
print("[Half-life debugger] You cant make more than 10 phases.")
return
end
self.phases_vars.count = self.phases_vars.count + 1
table.insert(self.phases_vars.phases, self.phases_vars.count)
local callbacks = ("Phase #%s"):format(self.phases_vars.count)
local name = ("Phase #%s"):format(self.phases_vars.count)
self:add_element(callbacks, Menu.SliderInt(
"-> Anti-aimbotting", "Anti-bruteforce manager", name, 60, -60, 60
), function()
return self.handler.elements["Enable anti-aimbotting helpers"]
and bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 0)) ~= 0
end)
self:set_value("Phase slider", self.phases_vars.count)
end
local remove_phase = function()
local length = #self.phases_vars.phases
if length == 0 then
return
end
local remove_name = ("Phase #%s"):format(length)
local directory = self.handler.references[remove_name].reference
Menu.DestroyItem(directory)
self.phases_vars.count = self.phases_vars.count - 1
local remove_key = function(table, key)
local element = table[key]
table[key] = nil
return element
end
table.remove(self.phases_vars.phases, length)
remove_key(self.handler.elements, remove_name)
remove_key(self.handler.references, remove_name)
end
self.handler.references["Anti-bruteforce add button"].reference:RegisterCallback(add_new_phase)
self.handler.references["Anti-bruteforce remove button"].reference:RegisterCallback(remove_phase)
local value_of_phases = self.handler.elements["Phase slider"]
if value_of_phases ~= 0 then
for i = 1, value_of_phases do
self:add_element(("Phase #%s"):format(i), Menu.SliderInt(
"-> Anti-aimbotting", "Anti-bruteforce manager", ("Phase #%s"):format(i), 0, -60, 60
), function()
return self.handler.elements["Enable anti-aimbotting helpers"]
and bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 0)) ~= 0
end)
self.phases_vars.count = value_of_phases
table.insert(self.phases_vars.phases, self.phases_vars.count)
end
end
self.handler.references["Phase slider"].reference:SetVisible(false)
self:add_element("Enable roll angles", Menu.Switch("-> Anti-aimbotting", "Roll angles", "Enable roll angles", false))
self:add_element("Only manual roll angles", Menu.Switch("-> Anti-aimbotting", "Roll angles", "Only on manual trigger", false), function()
return self.handler.elements["Enable roll angles"]
end)
self:add_element("Manual roll angles", Menu.Combo(
"-> Anti-aimbotting", "Roll angles", "Select yaw base", {"Disabled", "Left", "Right"}, 0, "Select yaw base or bind them!"
), function()
return self.handler.elements["Enable roll angles"]
and self.handler.elements["Only manual roll angles"]
end)
-- @note: strexxter: visuals tab
-- @note: strexxter: all indicator elements
self:add_element("Enable indicator list", Menu.Switch("-> Visuals", "All indicators", "Enable indicators", false))
self:add_element("Indicator list", Menu.MultiCombo("-> Visuals", "All indicators", "Select indicators:", {
"Under crosshair", "Half-life watermark", "Damage indicator", "Skeet autopeek",
"Side skeet indicators", "Disable animation on 3rd person", "Crosshair hitmarker",
"Notifications", "Skeet damage markers"
}, 0), function()
return self.handler.elements["Enable indicator list"]
end)
self:add_element("Under crosshair style", Menu.Combo("-> Visuals", "All indicators", "Under crosshair style", {
"Default", "Modern", "Legacy"
}, 0), function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 0)) ~= 0
end)
self:add_element("Minimum damage position", Menu.Combo("-> Visuals", "All indicators", "Damage position", {
"Bottom Left", "Bottom Right", "Top Right", "Top Left", "Middle", "Far Left", "Far Right", "Far Up"
}, 0), function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 2)) ~= 0
end)
self:add_element("Skeet autopeek color", Menu.ColorEdit(
"-> Visuals", "All indicators", "Skeet autopeek color", Color.RGBA(255, 255, 255, 255)
), function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 3)) ~= 0
end)
self:add_element("Skeet autopeek type", Menu.Combo(
"-> Visuals", "All indicators", "Skeet autopeek type", {"Default", "Quick peek"}, 0
), function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 3)) ~= 0
end)
self:add_element("Skeet indicator elements", Menu.MultiCombo("-> Visuals", "All indicators", "Indicator elements", {
"AA With Circle", "Shot/Miss Percent", "FL Text indicator", "Body Aim", "Exploit",
"Damage", "Dormant Aimbot", "Fake Ping", "Lag Compensation", "Fake Duck",
"Bomb Info", "Double Tap"
}, 0), function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 4)) ~= 0
end)
self:add_element("Hit/miss type", Menu.Combo("-> Visuals", "All indicators", "Hit/miss type", {"Style 1", "Style 2"}, 0), function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 4)) ~= 0
and bit.band(self.handler.elements["Skeet indicator elements"], bit.lshift(1, 1)) ~= 0
end)
self:add_element("Damage type", Menu.Combo("-> Visuals", "All indicators", "Damage type", {"Damage: ", "DMG", "Damage value"}, 0), function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 4)) ~= 0
and bit.band(self.handler.elements["Skeet indicator elements"], bit.lshift(1, 5)) ~= 0
end)
self:add_element("Crosshair hitmarker color", Menu.ColorEdit(
"-> Visuals", "All indicators", "Crosshair hitmarker color", Color.RGBA(255, 255, 255, 255)
), function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 6)) ~= 0
end)
self:add_element("Hitmarker mode", Menu.Combo("-> Visuals", "All indicators", "Hitmarker mode", {"+", "x"}, 0),
function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 8)) ~= 0
end)
self:add_element("Hitmarker color", Menu.ColorEdit("-> Visuals", "All indicators", "Hitmarker color", Color.RGBA(
255, 255, 255, 255
)), function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 8)) ~= 0
end)
self:add_element("Hitmarker size", Menu.SliderInt("-> Visuals", "All indicators", "Hitmarker size", 1, 4, 10),
function()
return self.handler.elements["Enable indicator list"]
and bit.band(self.handler.elements["Indicator list"], bit.lshift(1, 8)) ~= 0
end)
-- @note: strexxter: keybinds & watermark stuff
self:add_element("Enable keybinds", Menu.Switch("-> Visuals", "Solus UI Elements", "Enable keybinds", false))
self:add_element("Keybinds color", Menu.ColorEdit(
"-> Visuals", "Solus UI Elements", "Keybinds color", Color.RGBA(255, 255, 255, 255)
), function()
return self.handler.elements["Enable keybinds"]
end)
self:add_element("Keybinds x-adding", Menu.SliderInt(
"-> Visuals", "Solus UI Elements", "Keybinds x-adding", 325, 0, EngineClient.GetScreenSize().x)
)
self:add_element("Keybinds y-adding", Menu.SliderInt(
"-> Visuals", "Solus UI Elements", "Keybinds y-adding", 325, 0, EngineClient.GetScreenSize().y)
)
self:add_element("Enable watermark", Menu.Switch("-> Visuals", "Solus UI Elements", "Enable watermark", false))
self:add_element("Watermark color", Menu.ColorEdit(
"-> Visuals", "Solus UI Elements", "Watermark color", Color.RGBA(255, 255, 255, 255)
), function()
return self.handler.elements["Enable watermark"]
end)
self:add_element("Watermark x-adding", Menu.SliderInt(
"-> Visuals", "Solus UI Elements", "Watermark x-adding", 1060, 0, EngineClient.GetScreenSize().x)
)
self:add_element("Watermark y-adding", Menu.SliderInt(
"-> Visuals", "Solus UI Elements", "Watermark y-adding", 30, 0, EngineClient.GetScreenSize().y)
)
self.handler.references["Keybinds x-adding"].reference:SetVisible(false)
self.handler.references["Keybinds y-adding"].reference:SetVisible(false)
self.handler.references["Watermark x-adding"].reference:SetVisible(false)
self.handler.references["Watermark y-adding"].reference:SetVisible(false)
self:add_element("Enable peek arrows", Menu.SwitchColor("-> Visuals", "Arrows Elements", "Enable peek arrows", false, Color.RGBA(255, 255, 255, 255)))
self:add_element("Enable weapons in scope", Menu.Switch("-> Visuals", "Other Indicators", "Enable weapons in scope", false))
self:add_element("Enable custom scope", Menu.SwitchColor("-> Visuals", "Other Indicators", "Enable custom scope", false, Color.RGBA(255, 255, 255, 255)))
local custom_scope_elements = {"Initial position", "Offset"}
for index = 1, #custom_scope_elements do
local current_element = custom_scope_elements[index]
local functions = {Menu.SliderInt, Menu.SliderInt}
local sub_functions = {
{200, 0, 400}, {15, 0, 1000}
}
local callbacks = ("Custom scope %s"):format(current_element:lower())
self:add_element(callbacks, functions[index]("-> Visuals", "Other Indicators", current_element, unpack(sub_functions[index])), function()
return self.handler.elements["Enable custom scope"]
end)
end
-- @note: strexxter: miscellaneous tab
-- @note: strexxter: default miscellaneous elements
self:add_element("Enable hitlogs", Menu.Switch("-> Miscellaneous", "Hitlogging information", "Enable hitlogs", false))
self:add_element("Enable trashtalk", Menu.Switch("-> Miscellaneous", "Other functions", "Enable trashtalk", false))
self:add_element("Enable hitsounds", Menu.Switch("-> Miscellaneous", "Other functions", "Enable hitsounds", false))
self:add_element("Hitsound", Menu.TextBox("-> Miscellaneous", "Other functions", "Select your hitsound:", 64, "format.wav"), function()
return self.handler.elements["Enable hitsounds"]
end)
self:add_element("Hitsound text", Menu.Text("-> Miscellaneous", "Other functions", "Directory: csgo/sound/your_file.wav"), function()
return self.handler.elements["Enable hitsounds"]
end)
self:add_element("Enable anim breakers", Menu.Switch("-> Miscellaneous", "Animation breaker", "Enable animation breakers", false))
self:add_element("Anim breakers", Menu.MultiCombo("-> Miscellaneous", "Animation breaker", "Animation breakers", {
"Static legs in air", "Break leg animation", "Pitch 0 on land"
}, 0), function()
return self.handler.elements["Enable anim breakers"]
end)
self:add_element("Static legs timer", Menu.SliderFloat("-> Miscellaneous", "Animation breaker", "Static legs timer", 0.5, 0, 1), function()
return self.handler.elements["Enable anim breakers"]
and bit.band(self.handler.elements["Anim breakers"], bit.lshift(1, 0)) ~= 0
end)
self:add_element("Leg fucker type", Menu.Combo("-> Miscellaneous", "Animation breaker", "Leg breaker modes", {"Static", "Jitter"}, 0), function()
return self.handler.elements["Enable anim breakers"]
and bit.band(self.handler.elements["Anim breakers"], bit.lshift(1, 1)) ~= 0
end)
local coded_value = {}
local extract = function(v, from, width)
return bit.band(bit.rshift(v, from), bit.lshift(1, width) - 1)
end
local function make_encoder(alphabet)
local encoder = {}
local decoder = {}
for i = 1, 65 do
local chr = string.byte(string.sub(alphabet, i, i)) or 32
if decoder[chr] ~= nil then
print("[Half-life debugger] Invalid alphabet: duplicate character " .. tostring(chr), 3)
end
encoder[i - 1] = chr
decoder[chr] = i - 1
end
return encoder, decoder
end
local encoders, decoders = {}, {}
local base64url = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_"
encoders["base64url"], decoders["base64url"] = make_encoder(base64url)
local alphabet_mt = {
__index = function(tbl, key)
if type(key) == "string" and key:len() == 64 or key:len() == 65 then
encoders[key], decoders[key] = make_encoder(key)
return tbl[key]
end
end
}
setmetatable(encoders, alphabet_mt)
setmetatable(decoders, alphabet_mt)
function coded_value.encode(str, encoder)
encoder = encoders[encoder or "base64"] or print(
"[Half-life debugger] Invalid alphabet specified: 2"
)
str = tostring(str)
local t, k, n = {}, 1, #str
local lastn = n % 3
local cache = {}
for i = 1, n - lastn, 3 do
local a, b, c = string.byte(str, i, i + 2)
local v = a * 0x10000 + b * 0x100 + c
local 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
t[k] = s
k = k + 1
end
if lastn == 2 then
local a, b = string.byte(str, 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 = string.byte(str, 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 coded_value.decode(b64, decoder)
decoder = decoders[decoder or "base64"] or print(
"[Half-life debugger] Invalid alphabet specified: 2"
)
local pattern = "[^%w%+%/%=]"
if decoder then
local s62, s63
for charcode, b64code in pairs(decoder) do
if b64code == 62 then
s62 = charcode
elseif b64code == 63 then
s63 = charcode
end
end
pattern = string.format("[^%%w%%%s%%%s%%=]", string.char(s62), string.char(s63))
end
b64 = string.gsub(tostring(b64), pattern, "")
local cache = {}
local t, k = {}, 1
local n = #b64
local padding = string.sub(b64, -2) == "==" and 2 or string.sub(b64, -1) == "=" and 1 or 0
for i = 1, padding > 0 and n - 4 or n, 4 do
local a, b, c, d = string.byte(b64, i, i + 3)
if not d then
d = string.byte(b64, i, i + 3)
end
if not c then
c = string.byte(b64, i, i + 3)
end
if not b then
c = string.byte(b64, i, i + 3)
end
if not a then
c = string.byte(b64, i, i + 3)
end
if not a or not b or not c or not d then
print("[Half-life debugger] Wrong clipboard data!")
return
end
local v0 = a * 0x1000000 + b * 0x10000 + c * 0x100 + d
local s = cache[v0]
if not s then
if not decoder[a] or not decoder[b] or not decoder[c] or not decoder[d] then
print("[Half-life debugger] Wrong clipboard data!")
return
end
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
t[k] = s
k = k + 1
end
if padding == 1 then
local a, b, c = string.byte(b64, 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 = string.byte(b64, 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
local copy_proccess = function()
set_clipboard_text("")
local to_copy = {
"Enable dormant aimbot", "Dormant aimbot minimum damage",
"Enable anti-aimbotting", "Anti-aimbotting presets",
"Enable anti-aimbotting helpers", "Anti-aimbotting helpers",
"Enable hitlogs", "Enable trashtalk"
}
local custom_conditions = {"Standing", "Moving", "Ducking", "Fakeduck", "Slow Walk", "In air"}
local modes = {
"Yaw Add Left", "Yaw Add Right",
"Yaw Modifier", "Modifier Degree",
"Fake Limit Type", "Left Limit", "Right Limit",
"Fake Options", "LBY Mode", "Fake Desync", "Desync On Shot", "Inverter"
}
for i = 1, #custom_conditions do
local condition_name = custom_conditions[i]
for k = 1, #modes do
local mode_name = modes[k]
local end_name = ("%s %s"):format(condition_name, mode_name)
table.insert(to_copy, end_name)
end
end
local count = "Phase slider"
table.insert(to_copy, count)
for i = 1, self.handler.elements[count] do
local phases_name = ("Phase #%s"):format(i)
table.insert(to_copy, phases_name)
end
local copied_data = {}
for i = 1, #to_copy do
local directory = self.handler.elements
local name = to_copy[i]
local data = ("%s"):format(directory[name])
table.insert(copied_data, data)
end
local concate_table = table.concat(copied_data, " ")
local obfuscated_data = coded_value.encode(concate_table, "base64url")
if set_clipboard_text ~= nil then
set_clipboard_text(obfuscated_data)
end
copied_data = {}
end
local import_proccess = function()
local exported_text = get_clipboard_text()
if not exported_text then
print("[Half-life debug] No text copied to clipboard!")
return
end
local function split_string(s, delimiter)
local result = {}
for match in (s .. delimiter):gmatch("(.-)" .. delimiter) do
table.insert(result, match)
end
return result
end
local deobfuscated_data = coded_value.decode(exported_text, "base64url")
if deobfuscated_data ~= nil then
local split_string = split_string(deobfuscated_data, " ")
local exported = {}
for i = 1, #split_string do
table.insert(exported, split_string[i])
end
local to_paste = {
"Enable dormant aimbot", "Dormant aimbot minimum damage",
"Enable anti-aimbotting", "Anti-aimbotting presets",
"Enable anti-aimbotting helpers", "Anti-aimbotting helpers",
"Enable hitlogs", "Enable trashtalk"
}
local custom_conditions = {"Standing", "Moving", "Ducking", "Fakeduck", "Slow Walk", "In air"}
local modes = {
"Yaw Add Left", "Yaw Add Right",
"Yaw Modifier", "Modifier Degree",
"Fake Limit Type", "Left Limit", "Right Limit",
"Fake Options", "LBY Mode", "Fake Desync", "Desync On Shot", "Inverter"
}
for i = 1, #custom_conditions do
local condition_name = custom_conditions[i]
for k = 1, #modes do
local mode_name = modes[k]
local end_name = ("%s %s"):format(condition_name, mode_name)
table.insert(to_paste, end_name)
end
end
local update_anti_bruteforce_phases = function()
local remove_phases = function()
local length = #self.phases_vars.phases
if length == 0 then return end
for i = 1, length do
local remove_name = ("Phase #%s"):format(i)
local directory = self.handler.references[remove_name].reference
Menu.DestroyItem(directory)
self.phases_vars.count = 0
local remove_key = function(table, key)
local element = table[key]
table[key] = nil
return element
end
table.remove(self.phases_vars.phases)
self:set_value("Phase slider", 0)
remove_key(self.handler.elements, remove_name)
remove_key(self.handler.references, remove_name)
end
end
local add_phases = function()
if tonumber(exported[81]) ~= nil then
for i = 1, exported[81] do
local data = exported[i + 82]
data = tonumber(data)
if not data then data = 60 end
self.phases_vars.count = self.phases_vars.count + 1
table.insert(self.phases_vars.phases, self.phases_vars.count)
local callbacks = ("Phase #%s"):format(self.phases_vars.count)
local name = ("Phase #%s"):format(self.phases_vars.count)
self:add_element(callbacks, Menu.SliderInt(
"-> Anti-aimbotting", "Anti-bruteforce manager", name, data or 60, -60, 60
), function()
return self.handler.elements["Enable anti-aimbotting helpers"]
and bit.band(self.handler.elements["Anti-aimbotting helpers"], bit.lshift(1, 0)) ~= 0
end)
self:set_value("Phase slider", self.phases_vars.count)
end
end
end
remove_phases()
add_phases()
end
for i = 1, 80 do
local names = to_paste[i]
local data = exported[i]
if data == "true" then
data = true
elseif data == "false" then
data = false
else
data = tonumber(data)
end
if data ~= nil then
self:set_value(names, data)
end
end
update_anti_bruteforce_phases()
exported = {}
end
end
self.handler.references["Copy config"].reference:RegisterCallback(copy_proccess)
self.handler.references["Import config"].reference:RegisterCallback(import_proccess)
-- @note: strexxter: the end of all menu elements
end,
register_callbacks = function(self)
self:all_elements()
end
}
menu_database:register_callbacks()
-- @endregion
-- @region: all math & vector & other operations.
function C_BaseEntity:GetVelocity()
local first_velocity = self:GetProp("m_vecVelocity[0]")
local second_velocity = self:GetProp("m_vecVelocity[1]")
local speed = math.floor(math.sqrt(first_velocity * first_velocity + second_velocity * second_velocity))
return speed
end
function C_BaseEntity:GetState()
local flags = self:GetProp("m_fFlags")
local velocity = self:GetVelocity()
if bit.band(flags, 1) == 1 then
if Menu.FindVar("Aimbot", "Anti Aim", "Misc", "Fake Duck"):GetBool() then
return "FAKEDUCKING"
else
if bit.band(flags, 4) == 4 then
if self:GetProp("m_iTeamNum") == 2 then
return "CROUCHING T"
elseif self:GetProp("m_iTeamNum") == 3 then
return "CROUCHING CT"
end
else
if Menu.FindVar("Aimbot", "Anti Aim", "Misc", "Slow Walk"):GetBool() then
return "SLOWWALKING"
else
if velocity <= 3 then
return "STANDING"
else
return "MOVING"
end
end
end
end
elseif bit.band(flags, 1) == 0 then
return "IN AIR"
end
end
local all_utils = {
normalize_yaw = function(yaw)
while yaw > 180 do yaw = yaw - 360 end
while yaw < -180 do yaw = yaw + 360 end
return yaw
end,
update_enemies = function(self)
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local players = EntityList.GetEntitiesByName("CCSPlayer")
local fov_enemy, maximum_fov = nil, 180
for i = 1, #players do
local enemy = players[i]:GetPlayer()
if enemy ~= my_index and not enemy:IsTeamMate() and enemy:IsAlive() then
local my_origin = my_index:GetRenderOrigin()
local enemy_origin = enemy:GetRenderOrigin()
local world_to_screen = (
my_origin.x - enemy_origin.x == 0 and my_origin.y - enemy_origin.z == 0
) and 0 or math.deg(
math.atan2(
my_origin.y - enemy_origin.y, my_origin.x - enemy_origin.x
)
) - EngineClient.GetViewAngles().yaw + 180
local calculated_fov = math.abs(self.normalize_yaw(world_to_screen))
if not fov_enemy or calculated_fov <= maximum_fov then
fov_enemy = enemy
maximum_fov = calculated_fov
end
end
end
return ({
enemy = fov_enemy,
fov = maximum_fov
})
end
end,
calculate_angles = function(self, local_x, local_y, enemy_x, enemy_y)
local delta_y = local_y - enemy_y
local delta_x = local_x - enemy_x
local relative_yaw = math.atan(delta_y / delta_x)
relative_yaw = self.normalize_yaw(relative_yaw * 180 / math.pi)
if delta_x >= 0 then
relative_yaw = self.normalize_yaw(relative_yaw + 180)
end
return relative_yaw
end,
angle_to_vec = function(pitch, yaw)
local p = pitch / 180 * math.pi
local y = yaw / 180 * math.pi
local sin_p = math.sin(p)
local cos_p = math.cos(p)
local sin_y = math.sin(y)
local cos_y = math.cos(y)
return {
cos_p * cos_y,
cos_p * sin_y,
-sin_p
}
end,
easings = {
lerp = function(start, vend, time)
return start + (vend - start) * time
end,
clamp = function(val, min, max)
if val > max then return max end
if min > val then return min end
return val
end
},
get_hit_side = function(self)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 0)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local data, current_enemy = self:update_enemies(), nil
if data ~= nil then
current_enemy = data.enemy
end
if current_enemy ~= nil and current_enemy:IsAlive() then
local predict_damage = function(x, y, z)
local a, b, c = {}, {}, {}
local enemy_head_position = current_enemy:GetHitboxCenter(1)
local ticks = 40
a[1], b[1], c[1] = enemy_head_position.x, enemy_head_position.y, enemy_head_position.z
a[2], b[2], c[2] = enemy_head_position.x + ticks, enemy_head_position.y, enemy_head_position.z
a[3], b[3], c[3] = enemy_head_position.x - ticks, enemy_head_position.y, enemy_head_position.z
a[4], b[4], c[4] = enemy_head_position.x, enemy_head_position.y + ticks, enemy_head_position.z
a[5], b[5], c[5] = enemy_head_position.x, enemy_head_position.y - ticks, enemy_head_position.z
a[6], b[6], c[6] = enemy_head_position.x, enemy_head_position.y, enemy_head_position.z + ticks
a[7], b[7], c[7] = enemy_head_position.x, enemy_head_position.y, enemy_head_position.z - ticks
for i = 1, 7, 1 do
local damage = 0
local trace_damage = Cheat.FireBullet(
current_enemy, Vector.new(a[i], b[i], c[i]), Vector.new(x, y, z)
).damage
if trace_damage > damage then
damage = trace_damage
end
return damage
end
end
local my_eye_position = my_index:GetEyePosition()
local enemy_head_position = current_enemy:GetHitboxCenter(0)
local calculated_yaw = self:calculate_angles(
my_eye_position.x, my_eye_position.y, enemy_head_position.x, enemy_head_position.y
)
local left_direction_x, left_direction_y = self.angle_to_vec(
0, (calculated_yaw + 90)
), self.angle_to_vec(0, (calculated_yaw + 90))
local right_direction_x, right_direction_y = self.angle_to_vec(
0, (calculated_yaw - 90)
), self.angle_to_vec(0, (calculated_yaw - 90))
local rend_x = my_eye_position.x + right_direction_x[1] * 10
local rend_y = my_eye_position.y + right_direction_y[1] * 10
local lend_x = my_eye_position.x + left_direction_x[1] * 10
local lend_y = my_eye_position.y + left_direction_y[1] * 10
local rend_x_2 = my_eye_position.x + right_direction_x[1] * 100
local rend_y_2 = my_eye_position.y + left_direction_y[1] * 100
local lend_x_2 = my_eye_position.x + left_direction_x[1] * 100
local lend_y_2 = my_eye_position.y + left_direction_y[1] * 100
local left_trace = predict_damage(rend_x, rend_y, my_eye_position.z)
local right_trace = predict_damage(lend_x, lend_y, my_eye_position.z)
local left_trace_2 = predict_damage(rend_x_2, rend_y_2, my_eye_position.z)
local right_trace_2 = predict_damage(lend_x_2, lend_y_2, my_eye_position.z)
local hit_side = (
(left_trace > 0 or right_trace > 0 or left_trace_2 > 0 or right_trace_2 > 0) and
(
left_trace > right_trace and 0.5 or right_trace > left_trace and -0.5
or left_trace_2 > right_trace_2 and 1 or right_trace_2 > left_trace_2 -1
) or 0.0
)
return hit_side
end
end
end
end
end
}
-- @region: all ragebot functions
local ragebot_functions = {
dormant_aimbot = {
run_autostop = function(cmd, goal_speed)
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
local minspeed = math.sqrt((cmd.forwardmove * cmd.forwardmove) + (cmd.sidemove * cmd.sidemove))
if goal_speed <= 0 or minspeed <= 0 then return end
local flags = my_index:GetProp("m_fFlags")
if bit.band(flags, 4) == 4 then
goal_speed = goal_speed * 2.94117647
end
if minspeed <= goal_speed then return end
local speed_factor = goal_speed / minspeed
cmd.forwardmove = cmd.forwardmove * speed_factor
cmd.sidemove = cmd.sidemove * speed_factor
end,
vars = {
player_info_prev = {},
round_started = 0,
is_dormant_flag = false,
minimal_vector = Vector.new(),
maximal_vector = Vector.new()
},
calculate_angles = function(source, point)
local world_to_screen = function(x_position, y_position)
if x_position == 0 and y_position == 0 then return 0 end
local atan_position = math.atan2(y_position, x_position)
local deg_position = math.deg(atan_position)
return deg_position
end
local delta_of_vectors = point - source
local hyp = math.sqrt(delta_of_vectors.x * delta_of_vectors.x + delta_of_vectors.y * delta_of_vectors.y)
local yaw = world_to_screen(delta_of_vectors.x, delta_of_vectors.y)
local pitch = world_to_screen(hyp, -delta_of_vectors.z)
return Vector.new(pitch, yaw, 0)
end,
get_hittable_damage = function(my_index, enemy, start_point, end_point)
if my_index ~= nil then
if enemy ~= nil then
local bullet_data = Cheat.FireBullet(my_index, start_point, end_point)
local bullet_damage = bullet_data.damage
local minimum_damage = menu_database.handler.elements["Dormant aimbot minimum damage"]
local enemy_health = enemy:GetProp("m_iHealth")
if bullet_damage < math.min(minimum_damage, enemy_health) then
return 0
end
if bullet_data.trace.hit_entity ~= nil then
if bullet_data.trace.hit_entity:EntIndex() ~= enemy:EntIndex() then
return 0
end
end
if enemy:IsVisible(end_point) then
return 0
end
return bullet_damage
end
end
end,
run_work = function(self, cmd)
if menu_database.handler.elements["Enable dormant aimbot"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
local my_weapon = my_index:GetActiveWeapon()
if not my_weapon then return end
local weapon_id = my_weapon:GetWeaponID()
if not weapon_id then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local get_inaccuracy = my_weapon:GetInaccuracy(my_weapon)
local tickcount = GlobalVars.tickcount
local player_resource = EntityList.GetPlayerResource()
local eye_position = my_index:GetEyePosition()
local simulation_time = my_index:GetProp("m_flSimulationTime")
local on_ground = bit.band(my_index:GetProp("m_fFlags"), bit.lshift(1, 0)) == 1 and true or false
if tickcount < self.vars.round_started then
return
end
local primary_attack = my_weapon:GetProp("m_flNextPrimaryAttack")
local next_attack = my_index:GetProp("m_flNextAttack")
local secondary_attack = my_weapon:GetProp("m_flNextSecondaryAttack")
local can_shoot = false
if weapon_id == 64 then -- revolver
can_shoot = simulation_time > primary_attack
elseif my_weapon:IsKnife() or my_weapon:IsGrenade() or weapon_id == 31 then
can_shoot = false
else
can_shoot = simulation_time > math.max(next_attack, primary_attack, secondary_attack)
end
local player_info = {}
local players = EntityList.GetEntitiesByName("CCSPlayer")
for i = 1, #players do
local enemy = players[i]:GetPlayer()
if enemy ~= my_index and not enemy:IsTeamMate() and enemy:IsAlive() then
local network_state = enemy:GetNetworkState()
if enemy:IsDormant() and network_state ~= -1 then
local can_hit = false
local origin = enemy:GetProp("m_vecOrigin")
local alpha_multiplier = enemy:GetESPAlpha()
if self.vars.player_info_prev[i] ~= nil and origin.x ~= 0 and alpha_multiplier > 0 then
local is_dormant_accurate = alpha_multiplier > 0.2
if is_dormant_accurate then
local bounds = enemy:GetRenderBounds(self.vars.minimal_vector, self.vars.maximal_vector)
local all_vector_points = {
origin + Vector.new(0, 0, 38),
origin + Vector.new(0, 0, 40),
origin + Vector.new(0, 0, 42),
origin + Vector.new(0, 0, 50)
}
local best_damage = 0
local best_point = Vector.new()
local my_eye_position = my_index:GetEyePosition()
for point = 1, #all_vector_points do
local current_point = all_vector_points[point]
local start_position = self.calculate_angles(my_eye_position, current_point)
local damage = self.get_hittable_damage(my_index, enemy, my_eye_position, current_point)
if damage > best_damage then
best_damage = damage
best_point = start_position
can_hit = true
end
end
local get_max_speed = my_weapon:GetMaxSpeed()
if can_shoot and can_hit then
self.vars.is_dormant_flag = true
self.run_autostop(cmd, get_max_speed * 0.33)
if get_inaccuracy < 0.009 then
cmd.viewangles.pitch = best_point.x
cmd.viewangles.yaw = best_point.y
cmd.viewangles.roll = 0.0
cmd.buttons = bit.bor(cmd.buttons, 1)
self.vars.is_dormant_flag = true
can_shoot = false
end
elseif not can_hit then
self.vars.is_dormant_flag = false
end
end
end
player_info[i] = {origin, alpha_multiplier, can_hit}
end
end
end
self.vars.player_info_prev = player_info
end
end
end,
reset_data = function(self, e)
if menu_database.handler.elements["Enable dormant aimbot"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if e:GetName() == "round_prestart" then
local mp_freezetime = CVar.FindVar("mp_freezetime"):GetFloat()
local ticks = GlobalVars.interval_per_tick
local freezetime = (mp_freezetime + 1) / ticks
local tickcount = GlobalVars.tickcount
self.vars.round_started = tickcount + freezetime
end
end
end
end
},
doubletap_speed = function()
if menu_database.handler.elements["Enable custom DT speed"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
local active_weapon = my_index:GetActiveWeapon()
if not active_weapon then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local speed = menu_database.handler.elements["Custom DT speed"]
Exploits.OverrideDoubleTapSpeed(speed)
end
end
end,
load_ragebot_functions = function(self, cmd)
self.dormant_aimbot:run_work(cmd)
self:doubletap_speed()
end
}
ESP.CustomText("Dormant aimbot status", "enemies", "DA", function(ent)
if ragebot_functions.dormant_aimbot.vars.is_dormant_flag then
return "DA"
else
return false
end
end)
ESP.CustomText("Resolver state", "enemies", "Resolver state", function(ent)
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
local enemy = ent:GetPlayer()
local current_text = ""
if not enemy:IsDormant() then
local my_position_in_world = my_index:GetProp("m_vecOrigin")
local enemy_eye_position = enemy:GetEyePosition()
local delta_of_vectors = my_position_in_world - enemy_eye_position
local reverse_vector_to_angle = Cheat.VectorToAngle(delta_of_vectors)
local trace_data = {
left = 0,
right = 0
}
for i = reverse_vector_to_angle.yaw - 90, reverse_vector_to_angle.yaw + 90, 25 do
local radians = math.rad(i)
local side = i < reverse_vector_to_angle.yaw and "left" or "right"
local first_point = Vector.new(
enemy_eye_position.x + 50 * math.cos(radians),
enemy_eye_position.y + 50 * math.sin(radians),
enemy_eye_position.z
)
local last_point = Vector.new(
enemy_eye_position.x + 256 * math.cos(radians),
enemy_eye_position.y + 256 * math.sin(radians),
enemy_eye_position.z
)
local get_traced_impact = EngineTrace.TraceRay(first_point, last_point, my_index, 0xFFFFFFFF).fraction
trace_data[side] = trace_data[side] + get_traced_impact
end
local current_side = trace_data.left < trace_data.right and "left" or "right"
local current_delta = math.floor(get_max_feet_yaw(enemy))
local pitch = enemy:GetProp("m_angEyeAngles[0]")
local is_legit_aa = (pitch >= 0 and pitch <= 50 or pitch >= 329 and pitch <= 360) and true or false
local legit_aa_delta = math.floor(math.max(math.min(
enemy:GetProp("m_angEyeAngles[1]") - current_delta,
(enemy:GetProp("m_angEyeAngles[1]") - current_delta) / 4
), 0))
if legit_aa_delta > 60 then legit_aa_delta = 60 end
if legit_aa_delta < 0 then legit_aa_delta = 0 end
current_text = enemy:GetPlayerInfo().fakeplayer and "DEFAULT[0.0]" or ("SIDE:%s[%s]"):format(
current_side, is_legit_aa and legit_aa_delta or current_delta
)
else
current_text = "RESETING[0.0]"
end
return current_text
end)
-- @endregion
-- @region: all anti-aimbotting functions
local anti_aimbotting_functions = {
anti_bruteforce = {
vars = {
is_anti_bruteforcing = false,
anti_bruteforcing_timer = GlobalVars.realtime,
anti_bruteforcing_counter = 1,
anti_bruteforcing_side = 1,
phases_counter = 1,
phase_state = false
},
run_work = function(self, e)
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 0)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if e:GetName() ~= "bullet_impact" then return end
local my_index = EntityList.GetLocalPlayer()
local attacker = EntityList.GetPlayerForUserID(e:GetInt("userid"))
if attacker == my_index or attacker:IsTeamMate() then
return
end
local my_head_position = my_index:GetHitboxCenter(0)
local bullet_vector = Vector.new(e:GetInt("x"), e:GetInt("y"), e:GetInt("z"))
local my_origin = my_index:GetRenderOrigin()
local attacker_origin = attacker:GetRenderOrigin()
local check_for_unhittable_wall = Cheat.FireBullet(attacker, bullet_vector, my_head_position)
if check_for_unhittable_wall.damage < 5 then return end
local point_between_my_head_and_origin = {my_head_position.x - attacker_origin.x, my_head_position.y - attacker_origin.y}
local point_between_bullet_and_origin = {bullet_vector.x - attacker_origin.x, bullet_vector.y - attacker_origin.y}
local decrease_bullet_points = point_between_bullet_and_origin[1] ^ 2 + point_between_bullet_and_origin[2] ^ 2
local create_dot_points = (
point_between_my_head_and_origin[1] * point_between_bullet_and_origin[1] +
point_between_my_head_and_origin[2] * point_between_bullet_and_origin[2]
)
local final_dots = create_dot_points / decrease_bullet_points
local final_distance = {
attacker_origin.x + point_between_bullet_and_origin[1] * final_dots,
attacker_origin.y + point_between_bullet_and_origin[2] * final_dots
}
local my_delta_value = {my_head_position.x - final_distance[1], my_head_position.y - final_distance[2]}
local my_delta_to_world = math.abs(math.sqrt(my_delta_value[1] ^ 2 + my_delta_value[2] ^ 2))
local minimum_distance_to_trigger = my_origin:DistTo(attacker_origin) / 4
if my_delta_to_world <= minimum_distance_to_trigger then
self.vars.is_anti_bruteforcing = true
self.vars.phase_state = true
self.vars.anti_bruteforcing_side = self.vars.anti_bruteforcing_side * -1
self.vars.anti_bruteforcing_counter = self.vars.anti_bruteforcing_counter + 1
if self.vars.anti_bruteforcing_counter > 10 then
self.vars.anti_bruteforcing_counter = 1
end
self.vars.phases_counter = self.vars.phases_counter + 1
if self.vars.phases_counter > #menu_database.phases_vars.phases then
self.vars.phases_counter = 1
end
else
self.vars.is_anti_bruteforcing = false
end
end
else
self.vars.is_anti_bruteforcing = false
end
else
self.vars.is_anti_bruteforcing = false
end
end
},
run_main_anti_aim = function(self)
if menu_database.handler.elements["Enable anti-aimbotting"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if not self.anti_bruteforce.vars.is_anti_bruteforcing then
local current_state = my_index:GetState()
local current_preset = menu_database.handler.elements["Anti-aimbotting presets"]
local set_values = function()
local set_anti_aim = function(table)
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Add"):SetInt(table[1])
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Modifier"):SetInt(table[2])
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Modifier Degree"):SetInt(table[3])
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(table[4])
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(table[5])
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Fake Options"):SetInt(table[6])
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "LBY Mode"):SetInt(table[7])
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Freestanding Desync"):SetInt(table[8])
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Desync On Shot"):SetInt(table[9])
end
local all_settings = {
[0] = {
["STANDING"] = {GlobalVars.tickcount % 4 == 1 and -15 or 17, 1, 39, 0, 0, 2, 1, 0, 1},
["MOVING"] = {GlobalVars.tickcount % 4 == 1 and 16 or -11, 1, 52, 0, 0, 2, 1, 0, 1},
["CROUCHING T"] = {GlobalVars.tickcount % 4 == 1 and 2 or 11, 1, 39, 0, 0, 2, 0, 0, 1},
["CROUCHING CT"] = {GlobalVars.tickcount % 4 == 1 and 2 or 11, 1, 39, 0, 0, 2, 0, 0, 1},
["FAKEDUCKING"] = {0, 0, 0, 60, 60, 0, 0, 0, 0},
["SLOWWALKING"] = {GlobalVars.tickcount % 4 == 1 and -11 or 11, 1, 50, 0, 0, 2, 1, 0, 1},
["IN AIR"] = {GlobalVars.tickcount % 4 == 1 and 2 or -2, 1, 10, 0, 0, 2, 0, 0, 2},
},
[1] = {
["STANDING"] = {0, 0, 0, 56, 56, 0, 0, 1, 0},
["MOVING"] = {0, 0, 0, 56, 56, 0, 0, 1, 0},
["CROUCHING T"] = {0, 0, 0, 56, 56, 0, 0, 1, 0},
["CROUCHING CT"] = {0, 1, 25, 40, 40, 6, 0, 0, 0},
["FAKEDUCKING"] = {0, 0, 0, 56, 56, 0, 0, 0, 0},
["SLOWWALKING"] = {0, 0, 0, 56, 56, 0, 0, 1, 0},
["IN AIR"] = {0, 1, 65, 56, 56, 2, 0, 0, 0}
},
[2] = {
["STANDING"] = {7, 1, 77, 60, 60, 2, 1, 0, 1},
["MOVING"] = {7, 1, 77, 60, 60, 2, 1, 0, 1},
["CROUCHING T"] = {7, 1, 77, 60, 60, 2, 1, 0, 1},
["CROUCHING CT"] = {7, 1, 77, 60, 60, 2, 1, 0, 1},
["FAKEDUCKING"] = {7, 1, 77, 60, 60, 2, 1, 0, 1},
["SLOWWALKING"] = {7, 1, 77, 60, 60, 2, 1, 0, 1},
["IN AIR"] = {7, 1, 77, 60, 60, 2, 1, 0, 1}
},
[3] = {
["STANDING"] = {0, 1, 57, 18, 18, 2, 1, 0, 0},
["MOVING"] = {0, 1, 57, 18, 18, 2, 1, 0, 0},
["CROUCHING T"] = {0, 1, 57, 18, 18, 2, 1, 0, 0},
["CROUCHING CT"] = {0, 1, 57, 18, 18, 2, 1, 0, 0},
["FAKEDUCKING"] = {0, 0, 0, 60, 60, 0, 0, 0, 0},
["SLOWWALKING"] = {0, 1, 57, 18, 21, 2, 1, 0, 0},
["IN AIR"] = {0, 1, 57, 18, 18, 2, 1, 0, 0},
}
}
local current_settings = all_settings[current_preset][current_state]
local flags = my_index:GetProp("m_fFlags")
if current_preset ~= 4 then
if Cheat.IsMenuVisible() then
set_anti_aim({0, 0, 0, 0, 0, 0, 0, 0, 0})
else
set_anti_aim(current_settings)
end
end
end
if current_preset == 4 then
local set_custom_anti_aim = function(state)
local get_state = function(base)
return menu_database.handler.elements[("%s %s"):format(state, base)]
end
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Add"):SetInt(
GlobalVars.tickcount % 4 >= 2 and get_state("Yaw Add Left") or get_state("Yaw Add Right")
)
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Modifier"):SetInt(get_state("Yaw Modifier"))
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Modifier Degree"):SetInt(get_state("Modifier Degree"))
local fake_type = get_state("Fake Limit Type")
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(
fake_type == 0 and get_state("Left Limit") or (
GlobalVars.tickcount % 4 >= 2 and 18 or get_state("Left Limit")
)
)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(
fake_type == 0 and get_state("Right Limit") or (
GlobalVars.tickcount % 4 >= 2 and 18 or get_state("Right Limit")
)
)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Fake Options"):SetInt(get_state("Fake Options"))
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "LBY Mode"):SetInt(get_state("LBY Mode"))
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Freestanding Desync"):SetInt(get_state("Fake Desync"))
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Desync On Shot"):SetInt(get_state("Desync On Shot"))
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Inverter"):SetBool(get_state("Inverter"))
end
if current_state == "STANDING" then set_custom_anti_aim("Standing")
elseif current_state == "MOVING" then set_custom_anti_aim("Moving")
elseif current_state == "FAKEDUCKING" then set_custom_anti_aim("Fakeduck")
elseif (
current_state == "CROUCHING T" or current_state == "CROUCHING CT"
) then set_custom_anti_aim("Ducking")
elseif current_state == "SLOWWALKING" then set_custom_anti_aim("Slow Walk")
elseif current_state == "IN AIR" then set_custom_anti_aim("In air")
end
else
set_values()
end
end
end
end
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 0)) ~= 0 then
if self.anti_bruteforce.vars.is_anti_bruteforcing then
local ab_counter = self.anti_bruteforce.vars.phases_counter
if ab_counter ~= 0 then
local get_path = ("Phase #%s"):format(ab_counter)
if not get_path then
self.anti_bruteforce.vars.is_anti_bruteforcing = false
self.anti_bruteforce.vars.anti_bruteforcing_timer = GlobalVars.realtime
return
end
local get_value = menu_database.handler.elements[get_path]
if not get_value then
self.anti_bruteforce.vars.is_anti_bruteforcing = false
self.anti_bruteforce.vars.anti_bruteforcing_timer = GlobalVars.realtime
return
end
local get_side = get_value < 0 and false or true
if not get_side then
self.anti_bruteforce.vars.is_anti_bruteforcing = false
self.anti_bruteforce.vars.anti_bruteforcing_timer = GlobalVars.realtime
return
end
AntiAim.OverrideInverter(get_side)
AntiAim.OverrideLimit(get_value)
end
if self.anti_bruteforce.vars.anti_bruteforcing_timer + 3 < GlobalVars.realtime then
self.anti_bruteforce.vars.is_anti_bruteforcing = false
self.anti_bruteforce.vars.anti_bruteforcing_timer = GlobalVars.realtime
end
end
end
end
end,
break_lagcomp_in_air = function()
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 1)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
local active_weapon = my_index:GetActiveWeapon()
if not active_weapon then return end
local classname = active_weapon:GetClassName()
if not classname then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local is_active = function()
local table = {"Default", "Pistols", "Heavy pistols", "Scout", "AWP", "Autosnipers", "Nades"}
for i = 1, #table do
local directory = menu_database.handler.elements["Breaking lagcomp weapons"]
if bit.band(directory, bit.lshift(1, i - 1)) ~= 0 then
local current_weapon = table[i]
if active_weapon:IsPistol() then
if current_weapon == "Heavy pistols" and classname == "CDEagle" then
return true
elseif current_weapon == "Pistols" and classname ~= "CDEagle" then
return true
end
elseif classname == "CWeaponSSG08" and current_weapon == "Scout" then
return true
elseif classname == "CWeaponAWP" and current_weapon == "AWP" then
return true
elseif (
classname == "CWeaponSCAR20" or
classname == "CWeaponG3SG1"
) and current_weapon == "Autosnipers" then
return true
elseif current_weapon == "Nades" and active_weapon:IsGrenade() then
return true
elseif current_weapon == "Default" and active_weapon:IsRifle() then
return true
end
end
end
return false
end
if is_active() then
local data, current_enemy = all_utils:update_enemies(), nil
if data ~= nil then
current_enemy = data.enemy
end
if current_enemy ~= nil and current_enemy:IsAlive() then
if not current_enemy:IsDormant() then
local isDT = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"):GetBool()
local in_air = my_index:GetState() == "IN AIR"
if isDT and in_air then
local enemy_origin = current_enemy:GetRenderOrigin()
local my_origin = my_index:GetRenderOrigin()
local traced_bullet = Cheat.FireBullet(current_enemy, enemy_origin, my_origin)
if traced_bullet.damage > 0 then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Freestanding Desync"):SetInt(1)
Exploits.ForceTeleport()
end
end
end
end
end
end
end
end
end,
anti_backstabbing = function()
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 2)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local data, current_enemy = all_utils:update_enemies(), nil
if data ~= nil then
current_enemy = data.enemy
end
if current_enemy ~= nil and current_enemy:IsAlive() then
if not current_enemy:IsDormant() then
local my_origin = my_index:GetRenderOrigin()
local enemy_origin = current_enemy:GetRenderOrigin()
local enemy_weapon = current_enemy:GetActiveWeapon()
if not enemy_weapon then return end
local our_distance = my_origin:DistTo(enemy_origin)
local minimum_distance = 200
if enemy_weapon:IsKnife() then
if our_distance <= minimum_distance then
AntiAim.OverrideYawOffset(180)
end
end
end
end
end
end
end
end,
bombsite_fix = {
vars = {
is_in_bombsite = false
},
check_bombsite = function(self, e)
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 3)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if e:GetName() == "enter_bombzone" then
local user_id = EntityList.GetPlayerForUserID(e:GetInt("userid"))
if user_id == my_index then
self.vars.is_in_bombsite = true
end
end
if e:GetName() == "exit_bombzone" then
local user_id = EntityList.GetPlayerForUserID(e:GetInt("userid"))
if user_id == my_index then
self.vars.is_in_bombsite = false
end
end
end
else
self.vars.is_in_bombsite = false
end
else
self.vars.is_in_bombsite = false
end
end,
run_work = function(self, cmd)
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 3)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if my_index:GetProp("m_iTeamNum") == 2 then
local is_near_with_door = function()
for yaw = 18, 360, 18 do
yaw = all_utils.normalize_yaw(yaw)
local my_eye_position = my_index:GetEyePosition()
local final_angle = QAngle.new(0, yaw, 0)
local final_point = my_eye_position + Cheat.AngleToForward(final_angle) * 0x60
local trace_info = EngineTrace.TraceRay(my_eye_position, final_point, my_index, 0x200400B)
local hit_entity = trace_info.hit_entity
if hit_entity ~= nil then
if trace_info.hit_entity:GetClassName() == "CPropDoorRotating" then
return true
end
end
end
return false
end
if not is_near_with_door() then
if self.vars.is_in_bombsite then
if bit.band(cmd.buttons, 32) == 32 then
AntiAim.OverrideYawOffset(180)
AntiAim.OverridePitch(0)
cmd.buttons = bit.band(cmd.buttons, bit.bnot(32))
end
end
end
end
end
end
end
end
},
quick_peek = function(cmd)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 3)) ~= 0 then
if menu_database.handler.elements["Skeet autopeek type"] == 1 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local set_movement = function(cmd, xz, yz)
local current_pos = my_index:GetProp("m_vecOrigin")
local yaw = EngineClient:GetViewAngles().yaw
local vector_forward = {
x = current_pos.x - xz,
y = current_pos.y - yz,
}
local velocity = {
x = -(vector_forward.x * math.cos(yaw / 180 * math.pi) + vector_forward.y * math.sin(
yaw / 180 * math.pi)
),
y = vector_forward.y * math.cos(yaw / 180 * math.pi) - vector_forward.x * math.sin(
yaw / 180 * math.pi
),
}
cmd.forwardmove = velocity.x * 15
cmd.sidemove = velocity.y * 15
end
local W = bit.band(cmd.buttons, 8) == 8
local S = bit.band(cmd.buttons, 16) == 16
local D = bit.band(cmd.buttons, 512) == 512
local A = bit.band(cmd.buttons, 1024) == 1024
local moving = W or S or D or A
local is_peeking = Menu.FindVar("Miscellaneous", "Main", "Movement", "Auto Peek"):GetBool()
if not is_peeking then
cur_pos = my_index:GetProp("m_vecOrigin")
end
local default_origin = my_index:GetProp("m_vecOrigin")
local is_in_air = my_index:GetState() == "IN AIR"
if not is_in_air then
if is_peeking then
if cur_pos ~= nil then
if not moving and cur_pos.x ~= default_origin.x and cur_pos.y ~= default_origin.y then
set_movement(cmd, cur_pos.x, cur_pos.y)
end
end
end
end
end
end
end
end
end,
smart_yaw_position = function(self)
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 4)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local data, current_enemy = all_utils:update_enemies(), nil
if data ~= nil then
current_enemy = data.enemy
end
if current_enemy ~= nil and current_enemy:IsAlive() then
local lby_fraction = math.abs(my_index:GetProp("m_flLowerBodyYawTarget") / 180)
local duck_amount = my_index:GetProp("m_flDuckAmount")
local side = all_utils:get_hit_side()
local yaw_path = Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Add")
if not current_enemy:IsDormant() then
if duck_amount > 0.4 then
yaw_path:SetInt(-10)
else
if lby_fraction > 0.5 then
yaw_path:SetInt(20)
else
yaw_path:SetInt(-20)
end
end
else
if duck_amount > 0.4 and not my_index:GetState(true) == "IN AIR" then
yaw_path:SetInt(10)
else
if lby_fraction > 0.5 then
yaw_path:SetInt(10)
else
if side == 0.5 or side == -0.5 then
yaw_path:SetInt(-10)
elseif side == 1 or side == -1 then
yaw_path:SetInt(-20)
else
yaw_path:SetInt(20)
end
end
end
end
end
end
end
end
end,
dynamic_fake_yaw = function(self)
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 5)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local data, current_enemy = all_utils:update_enemies(), nil
if data ~= nil then
current_enemy = data.enemy
end
if current_enemy ~= nil and current_enemy:IsAlive() then
local lby_fraction = math.abs(my_index:GetProp("m_flLowerBodyYawTarget") / 180)
local duck_amount = my_index:GetProp("m_flDuckAmount")
local side = all_utils:get_hit_side()
if not current_enemy:IsDormant() then
if duck_amount > 0.4 then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(56)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(56)
else
if lby_fraction > 0.5 then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(25)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(25)
else
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(56)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(56)
end
end
else
if duck_amount > 0.4 and not my_index:GetState(true) == "IN AIR" then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(45)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(45)
else
if lby_fraction > 0.5 then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(
math.floor(58 * lby_fraction)
)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(
math.floor(58 * lby_fraction)
)
else
if side == 0.5 or side == -0.5 then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(35)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(35)
elseif side == 1 or side == -1 then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(15)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(15)
else
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(56)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(56)
end
end
end
end
end
end
end
end
end,
better_onshot = function()
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 6)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
local active_weapon = my_index:GetActiveWeapon()
if not active_weapon then return end
local classname = active_weapon:GetClassName()
if not classname then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"):GetBool() and Exploits.GetCharge() == 1 then
if classname == "CWeaponSSG08" or classname == "CWeaponAWP" then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Desync On Shot"):SetInt(1)
else
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Desync On Shot"):SetInt(3)
end
elseif Exploits.GetCharge() < 1 then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Desync On Shot"):SetInt(1)
end
end
end
end
end,
one_time_legit_aa = false,
legit_aa_on_e = function(self, cmd)
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 7)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local is_active = function()
local maximum_distance = 99999999
local my_origin = my_index:GetRenderOrigin()
local doors = EntityList.GetEntitiesByClassID(143)
local bomb = EntityList.GetEntitiesByClassID(129)
local hostages = EntityList.GetEntitiesByClassID(97)
local my_view_angles = EngineClient.GetViewAngles()
local my_angles = Vector2.new(my_view_angles.yaw, my_view_angles.pitch)
my_angles.y = -my_angles.y
for k, v in pairs(doors) do
local doors_origin = v:GetRenderOrigin()
local current_distance = my_origin:DistTo(doors_origin)
if current_distance <= maximum_distance then maximum_distance = current_distance end
end
for k, v in pairs(bomb) do
local bomb_origin = v:GetRenderOrigin()
local current_distance = my_origin:DistTo(bomb_origin)
if current_distance <= maximum_distance then maximum_distance = current_distance end
end
for k, v in pairs(hostages) do
local hostages_origin = v:GetRenderOrigin()
local current_distance = my_origin:DistTo(hostages_origin)
if current_distance <= maximum_distance then maximum_distance = current_distance end
end
if maximum_distance <= 100 or (my_angles.y <= -25 and my_angles.y > -70) then
return false
end
return true
end
if bit.band(cmd.buttons, 32) == 32 then
if not self.one_time_legit_aa then
self.one_time_legit_aa = true
end
if is_active() then
if Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Base"):GetInt() == 5 then
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Base"):SetInt(4)
end
local yaw_base = Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Base"):GetInt()
local yaw_value = (
yaw_base == 1 and 180 or yaw_base == 2 and 90 or yaw_base == 3 and -90 or
yaw_base == 4 and 180 or 0
)
AntiAim.OverridePitch(0)
AntiAim.OverrideYawOffset(yaw_value)
AntiAim.OverrideLimit(60)
cmd.buttons = bit.band(cmd.buttons, bit.bnot(32))
end
else
if self.one_time_legit_aa then
self.one_time_legit_aa = false
end
end
end
end
end
end,
backup_fakelag = false,
disable_fakelag = function(self)
if menu_database.handler.elements["Enable anti-aimbotting helpers"] then
local directory = menu_database.handler.elements["Anti-aimbotting helpers"]
if bit.band(directory, bit.lshift(1, 8)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local fakelag_cache = 14
if not self.backup_fakelag then
fakelag_cache = Menu.FindVar("Aimbot", "Anti Aim", "Fake Lag", "Limit"):GetInt()
self.backup_fakelag = true
end
local isHS = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Hide Shots"):GetBool()
if isHS then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Lag", "Limit"):SetInt(1)
else
if self.backup_fakelag then
Menu.FindVar("Aimbot", "Anti Aim", "Fake Lag", "Limit"):SetInt(fakelag_cache)
self.backup_fakelag = false
end
end
end
end
end
end,
roll_angles = {
is_rolling_and_controlling = false, -- good song :)
override_manual_settings = function()
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Base"):SetInt(4)
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Add"):SetInt(-11)
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Modifier"):SetInt(0)
Menu.FindVar("Aimbot", "Anti Aim", "Main", "Modifier Degree"):SetInt(0)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Left Limit"):SetInt(60)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Right Limit"):SetInt(60)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Fake Options"):SetInt(0)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "LBY Mode"):SetInt(1)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Freestanding Desync"):SetInt(0)
Menu.FindVar("Aimbot", "Anti Aim", "Fake Angle", "Desync On Shot"):SetInt(0)
end,
on_pre_prediction = function(self, cmd)
self.is_rolling_and_controlling = false
if menu_database.handler.elements["Enable roll angles"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local is_manuals_enabled = menu_database.handler.elements["Only manual roll angles"]
local current_manual = menu_database.handler.elements["Manual roll angles"]
local current_roll_angle = 100
if is_manuals_enabled then
if current_manual ~= 0 then
self.override_manual_settings()
AntiAim.OverrideYawOffset(current_manual == 1 and -90 or 90)
end
self.is_rolling_and_controlling = current_manual ~= 0
else
self.override_manual_settings()
self.is_rolling_and_controlling = current_roll_angle == 100
end
if is_manuals_enabled then
current_roll_angle = current_manual ~= 0 and 50 or 0
end
local current_state = my_index:GetState()
if current_state == "IN AIR" then
self.is_rolling_and_controlling = false
end
cmd.viewangles.roll = current_roll_angle
end
end
end,
on_createmove = function(self, cmd)
if menu_database.handler.elements["Enable roll angles"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local current_state = my_index:GetState()
local is_chocking = FakeLag.Choking()
if current_state == "IN AIR" or is_chocking then
cmd.viewangles.roll = 0
end
end
end
end
},
load_anti_aimbotting_functions = function(self, cmd)
self:break_lagcomp_in_air()
self:anti_backstabbing()
self.bombsite_fix:run_work(cmd)
self.quick_peek(cmd)
self:smart_yaw_position()
self:dynamic_fake_yaw()
self:better_onshot()
self:legit_aa_on_e(cmd)
self:disable_fakelag()
end
}
-- @endregion
-- @region: all visual functions
local visual_functions = {
utils = {
fonts_library = {
["Smallest Pixel-7"] = {
["9"] = {
[""] = {
Render.InitFont("Smallest Pixel-7", 9)
}
},
["10"] = {
[""] = {
Render.InitFont("Smallest Pixel-7", 10)
}
}
},
["Tahoma"] = {
["10"] = {
[""] = {
Render.InitFont("Tahoma", 10)
}
}
},
["Verdana"] = {
["10"] = {
[""] = {
Render.InitFont("Verdana", 10)
},
["b"] = {
Render.InitFont("Verdana", 10, {"b"})
}
},
["11"] = {
["r"] = {
Render.InitFont("Verdana", 11, {"r"})
}
},
["12"] = {
[""] = {
Render.InitFont("Verdana", 12)
}
},
["21"] = {
["b"] = {
Render.InitFont("Verdana", 21, {"b"})
}
}
},
["Calibri"] = {
["30"] = {
["b"] = {
Render.InitFont("Calibri", 30, {"b"})
}
}
},
["Lucida Console"] = {
["10"] = {
["r"] = {
Render.InitFont("Lucida Console", 10, {"r"})
}
}
}
},
get_font = function(self, font_name, font_size, flags)
local library_names = self.fonts_library[font_name]
local library_fonts = library_names[font_size]
local library_flags = library_fonts[not flags and "" or flags][1]
return library_flags
end,
get_desync = function(comma_index)
local real_rotation = AntiAim.GetCurrentRealRotation()
local fake_rotation = AntiAim.GetFakeRotation()
local max_delta = AntiAim.GetMaxDesyncDelta()
local delta = math.min(math.abs(real_rotation - fake_rotation), max_delta)
return tonumber(string.format("%." .. comma_index .. "f", delta))
end,
draw_shadow = function(type, text, x, y, color, font_size, font, centered, shadow_color)
local x_pos = type == 0 and 1 or type == 1 and 1 or type == 2 and 0 or 1
local y_pos = type == 0 and 1 or type == 1 and 0 or type == 2 and 1 or 1
Render.Text(text, Vector2.new(x + x_pos, y + y_pos), shadow_color, font_size, font, false, centered)
Render.Text(text, Vector2.new(x + 0, y + 0), color, font_size, font, false, centered)
end,
hsv_to_rgb = function(h, s, v)
local r, g, b
local i = math.floor(h * 6);
local f = h * 6 - i;
local p = v * (1 - s);
local q = v * (1 - f * s);
local t = v * (1 - (1 - f) * s);
i = i % 6
if i == 0 then r, g, b = v, t, p
elseif i == 1 then r, g, b = q, v, p
elseif i == 2 then r, g, b = p, v, t
elseif i == 3 then r, g, b = p, q, v
elseif i == 4 then r, g, b = t, p, v
elseif i == 5 then r, g, b = v, p, q
end
return Color.new(r, g, b)
end
},
under_crosshair = function(self)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 0)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
local active_weapon = my_index:GetActiveWeapon()
if not active_weapon then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if menu_database.handler.elements["Under crosshair style"] == 0 then
local add_y = 30
local alpha = math.floor(
math.sin(math.abs(-math.pi + (GlobalVars.curtime * (1.25 / .75)) % (math.pi * 2))) * 200
)
local font = self.utils:get_font("Smallest Pixel-7", "9")
local indicator_list = {}
local inverter = AntiAim.GetInverterState()
local current_fake = inverter and "R" or "L"
Render.Text(
"HALF-LIFE",
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, false
)
Render.Text(
"BETA",
Vector2.new(screen_size.x / 2 + 45, screen_size.y / 2 + add_y),
Color.RGBA(200, 200, 200, alpha),
9, font,
true, false
)
add_y = add_y + 9
local is_anti_bruteforce = anti_aimbotting_functions.anti_bruteforce.vars.is_anti_bruteforcing
local is_defensive = function()
local state, shifting = false, 0
if Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"):GetBool() then
local hit_side = all_utils:get_hit_side()
if hit_side == true or hit_side == false then
hit_side = 0
state = false
shifting = nil
end
if hit_side ~= nil then
if hit_side > 0 then
state = true
local tickbase = my_index:GetProp("m_nTickBase")
local next_attack = my_index:GetProp("m_flNextAttack")
local next_primary_attack = my_index:GetActiveWeapon():GetProp("m_flNextPrimaryAttack")
local ticks = GlobalVars.interval_per_tick * (tickbase - 16)
local shifting_tickbase = (ticks - next_primary_attack) * 2
if shifting_tickbase <= 3 then shifting_tickbase = shifting_tickbase + (
next_attack * 0.001
) * 2 end
if shifting_tickbase >= 17 then shifting_tickbase = 17 end
shifting_tickbase = math.floor(shifting_tickbase)
shifting = shifting_tickbase
else
state = false
shifting = nil
end
else
state = false
shifting = nil
end
else
state = false
shifting = nil
end
return ({
state = state,
value = shifting
})
end
local get_dormant_players = function()
local ret = {}
local players = EntityList.GetEntitiesByName("CCSPlayer")
for i = 1, #players do
local enemy = players[i]:GetPlayer()
if enemy ~= my_index and not enemy:IsTeamMate() and enemy:IsAlive() then
if enemy:IsDormant() then
table.insert(ret, enemy)
end
end
end
return #ret
end
local data, current_enemy = all_utils:update_enemies(), nil
if data ~= nil then
current_enemy = data.enemy
end
local is_rolling = anti_aimbotting_functions.roll_angles.is_rolling_and_controlling
if is_rolling then
Render.Text(
"EXPLOITING:",
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, false
)
Render.Text(
"z°",
Vector2.new(screen_size.x / 2 + 50, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, false
)
elseif is_anti_bruteforce then
Render.Text(
"ANTI ",
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, false
)
local counter = anti_aimbotting_functions.anti_bruteforce.vars.anti_bruteforcing_counter
local side = anti_aimbotting_functions.anti_bruteforce.vars.anti_bruteforcing_side
local timer = math.floor(
anti_aimbotting_functions.anti_bruteforce.vars.anti_bruteforcing_timer % 10000 * 0.01
)
Render.Text(
("BRUTEFORCE[%s][%s][%s%%]"):format(counter, side, timer),
Vector2.new(screen_size.x / 2 + 21, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, false
)
else
if is_defensive().state then
if is_defensive().value ~= nil then
Render.Text(
"DEFENSIVE:",
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, false
)
Render.Text(
("%s"):format(is_defensive().value),
Vector2.new(screen_size.x / 2 + 47, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, false
)
end
else
Render.Text(
"BODY",
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
Color.RGBA(197, 122, 108, 255),
9, font,
true, false
)
Render.Text(
" YAW: ",
Vector2.new(screen_size.x / 2 + 16, screen_size.y / 2 + add_y),
Color.RGBA(197, 122, 108, 255),
9, font,
true, false
)
Render.Text(
current_fake,
Vector2.new(screen_size.x / 2 + 40, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, false
)
end
end
add_y = add_y + 9
Render.Text(
"DORMANCY:",
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
Color.RGBA(255, 201, 132, 255),
9, font,
true, false
)
Render.Text(
("%s"):format(get_dormant_players()),
Vector2.new(screen_size.x / 2 + 45, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, false
)
local isDT = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"):GetBool()
local isHS = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Hide Shots"):GetBool()
local charge_color = Exploits.GetCharge() == 1 and Color.RGBA(133, 235, 89, 255) or Color.RGBA(244, 11, 12, 255)
local binds = Cheat.GetBinds()
local isDMG = false
for i = 1, #binds do
if binds[i]:IsActive() then
if binds[i]:GetName() == "Minimum Damage" then
isDMG = true
end
end
end
table.insert(indicator_list, {text = isDT and "DT" or "", color = charge_color})
table.insert(indicator_list, {text = isHS and "HS" or "", color = Color.RGBA(255, 211, 168, 255)})
table.insert(indicator_list, {text = isDMG and "DMG" or "", color = Color.RGBA(255, 255, 255, 255)})
for k, indicator in ipairs(indicator_list) do
if indicator.text ~= nil and indicator.text ~= "" then
add_y = add_y + 9
Render.Text(
indicator.text,
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
indicator.color,
9, font,
true, false
)
end
end
end
if menu_database.handler.elements["Under crosshair style"] == 1 then
local add_y = 30
local get_desync = self.utils.get_desync(0)
local font = self.utils:get_font("Smallest Pixel-7", "9")
local indicator_list = {}
Render.Text(
get_desync .. "",
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
9, font,
true, true
)
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y + 8),
Vector2.new(screen_size.x / 2 + (-math.abs(get_desync * 58 / 100)), screen_size.y / 2 + add_y + 11),
Color.RGBA(255, 255, 120, 255), Color.RGBA(0, 255, 153, 0),
Color.RGBA(255, 255, 120, 255), Color.RGBA(0, 255, 153, 0)
)
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y + 8),
Vector2.new(screen_size.x / 2 + (math.abs(get_desync * 58 / 100)), screen_size.y / 2 + add_y + 11),
Color.RGBA(255, 255, 120, 255), Color.RGBA(153, 0, 255, 0),
Color.RGBA(255, 255, 120, 255), Color.RGBA(153, 0, 255, 0)
)
Render.Text(
"HA",
Vector2.new(screen_size.x / 2 - 18, screen_size.y / 2 + add_y + 20),
Color.RGBA(30, 251, 146, 255),
9, font,
true, true
)
Render.Text(
"LF",
Vector2.new(screen_size.x / 2 - 8, screen_size.y / 2 + add_y + 20),
Color.RGBA(125, 251, 146, 255),
9, font,
true, true
)
Render.Text(
"-",
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y + 20),
Color.RGBA(255, 199, 49, 255),
9, font,
true, true
)
Render.Text(
"LI",
Vector2.new(screen_size.x / 2 + 8, screen_size.y / 2 + add_y + 20),
Color.RGBA(255, 150, 150, 255),
9, font,
true, true
)
Render.Text(
"FE",
Vector2.new(screen_size.x / 2 + 18, screen_size.y / 2 + add_y + 20),
Color.RGBA(255, 120, 120, 255),
9, font,
true, true
)
local isDT = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"):GetBool()
local isHS = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Hide Shots"):GetBool()
local charge_color = Exploits.GetCharge() == 1 and Color.RGBA(126, 214, 136, 255) or Color.RGBA(226, 54, 55, 255)
local binds = Cheat.GetBinds()
local isDMG = false
for i = 1, #binds do
if binds[i]:IsActive() then
if binds[i]:GetName() == "Minimum Damage" then
isDMG = true
end
end
end
table.insert(indicator_list, {text = isDT and "DT" or "", color = charge_color})
table.insert(indicator_list, {text = isHS and "HS" or "", color = Color.RGBA(255, 217, 116, 255)})
table.insert(indicator_list, {text = isDMG and "DMG" or "", color = Color.RGBA(255, 255, 255, 255)})
for k, indicator in ipairs(indicator_list) do
if indicator.text ~= nil and indicator.text ~= "" then
add_y = add_y + 9
Render.Text(
indicator.text,
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y + 20),
indicator.color,
9, font,
true, true
)
end
end
end
if menu_database.handler.elements["Under crosshair style"] == 2 then
local indicator_list = {}
local other_font = self.utils:get_font("Smallest Pixel-7", "10")
local add_y = 30
Render.Text(
"HALf-LIFE",
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
10, other_font,
true, true
)
local isHS = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Hide Shots"):GetBool()
local isQP = Menu.FindVar("Miscellaneous", "Main", "Movement", "Auto Peek"):GetBool()
local isDT = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"):GetBool()
local desync_value = ("%s%%"):format(self.utils.get_desync(0))
local binds = Cheat.GetBinds()
local isDMG = false
for i = 1, #binds do
if binds[i]:IsActive() then
if binds[i]:GetName() == "Minimum Damage" then
isDMG = true
end
end
end
if isDT then
local attack = my_index:GetProp("m_flNextAttack") + 0.25
local primary_attack = active_weapon:GetProp("m_flNextPrimaryAttack") + 0.25
local fraction = math.abs(GlobalVars.curtime - math.max(attack, primary_attack))
if fraction >= 1 then fraction = 1 end
if Exploits.GetCharge() ~= 1 then
Render.Circle(
Vector2.new(screen_size.x / 2 + 10, screen_size.y / 2 + add_y + 19),
3, 60, Color.RGBA(190, 190, 190, 255), 2,
270, fraction * 640
)
end
end
table.insert(indicator_list, {text = desync_value, color = Color.RGBA(190, 190, 190, 255)})
table.insert(indicator_list, {text = isDT and "DT" or "", color = Color.RGBA(190, 190, 190, 255)})
table.insert(indicator_list, {text = isHS and "ONSHOT" or "", color = Color.RGBA(190, 190, 190, 255)})
table.insert(indicator_list, {text = isQP and "QP" or "", color = Color.RGBA(190, 190, 190, 255)})
table.insert(indicator_list, {text = isDMG and "DMG" or "", color = Color.RGBA(190, 190, 190, 255)})
for k, indicator in ipairs(indicator_list) do
if indicator.text ~= nil and indicator.text ~= "" then
add_y = add_y + 9
Render.Text(
indicator.text,
Vector2.new(screen_size.x / 2, screen_size.y / 2 + add_y),
indicator.color,
10, other_font,
true, true
)
end
end
end
end
end
end
end,
watermark_modules = {
hit_counter = 0,
count_hurt_shots = function(self, e)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 1)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if e:GetName() ~= "player_hurt" then return end
local victim = EntityList.GetPlayerForUserID(e:GetInt("userid"))
local attacker = EntityList.GetPlayerForUserID(e:GetInt("attacker"))
if victim == attacker or attacker == my_index then return end
self.hit_counter = self.hit_counter + 1
if self.hit_counter > 10 then self.hit_counter = 0 end
end
end
end
end
},
watermark = function(self)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 1)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local font = self.utils:get_font("Verdana", "10", "b")
local add_x, add_y = screen_size.x / 2 - (screen_size.x / 2 - 85), screen_size.y / 2 - 35
Render.Text(
"half-life - version 0.3.0 beta",
Vector2.new(add_x, add_y),
Color.RGBA(255, 255, 255, 255),
10, font,
true
)
local aa_state = (
my_index:GetState() == "IN AIR" and "nil: (1. 0. 0)"
or AntiAim.GetInverterState() and "0: (1. 0. 0)" or "1: (1. 0. 0)"
)
Render.Text(
("> anti-aim info: side - %s;"):format(aa_state),
Vector2.new(add_x, add_y + 15),
Color.RGBA(255, 218, 244, 215),
10, font,
true
)
local data, current_enemy = all_utils:update_enemies(), nil
if data ~= nil then
current_enemy = data.enemy
end
local target_name = (current_enemy ~= nil and current_enemy:IsAlive()) and current_enemy:GetName() or "nil"
local name_size = Render.CalcTextSize(("> anti-aim info: side - %s;"):format(aa_state), 10, font)
Render.Text(
("target: %s"):format(target_name),
Vector2.new(add_x + name_size.x / 2 + 85, add_y + 15),
Color.RGBA(255, 218, 244, 215),
10, font,
true
)
local is_rolling = anti_aimbotting_functions.roll_angles.is_rolling_and_controlling
local state = is_rolling and "exploiting" or (my_index:GetState()):lower()
Render.Text(
("> player info: state - %s"):format(state),
Vector2.new(add_x, add_y + 30),
Color.RGBA(223, 255, 166, 215),
10, font,
true
)
Render.Text(
("> anti brute info: misses - %s: hurt - %s"):format(
anti_aimbotting_functions.anti_bruteforce.vars.anti_bruteforcing_counter,
self.watermark_modules.hit_counter
),
Vector2.new(add_x, add_y + 45),
Color.RGBA(255, 186, 145, 255),
10, font,
true
)
end
end
end
end,
minimum_damage = function(self)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 2)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local font = self.utils:get_font("Smallest Pixel-7", "10")
local current_damage = ("%s"):format(Menu.FindVar("Aimbot", "Ragebot", "Accuracy", "Minimum Damage"):GetInt())
local text_size = Render.CalcTextSize(current_damage, 10, font)
local position = menu_database.handler.elements["Minimum damage position"]
local y_position_list = {10, 10, -30, -30, -30, -55, -55, -55}
local x_position_list = {text_size.x / 2 + 5, -15, -55, 55, 0, 45, -45, 0}
local add_y = y_position_list[position + 1]
local add_x = x_position_list[position + 1]
Render.Text(
current_damage,
Vector2.new(screen_size.x / 2 - add_x, screen_size.y / 2 + add_y),
Color.RGBA(255, 255, 255, 255),
10, font,
true, true
)
end
end
end
end,
default_origin = Vector.new(0, 0, 0),
skeet_autopeek = function(self)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 3)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if not Menu.FindVar("Miscellaneous", "Main", "Movement", "Auto Peek"):GetBool() then
self.default_origin = my_index:GetProp("m_vecOrigin")
end
if Menu.FindVar("Miscellaneous", "Main", "Movement", "Auto Peek"):GetBool() then
local color = menu_database.handler.references["Skeet autopeek color"].reference:Get()
color.a = color.a / 50
for i = 1, 40 do
Render.Circle3DFilled(
self.default_origin,
60,
i / 2,
color,
false
)
end
end
end
end
end
end,
skeet_modules = {
vars = {
fakelags = {
fakelag_1 = 0,
fakelag_2 = 0,
fakelag_3 = 0,
fakelag_4 = 0,
fakelag_5 = 0,
old_choke = 0
},
lag_compensation = {
is_lc = false,
timer = GlobalVars.curtime
},
fake = {
smooth_fill = 0
},
shot_stats = {
hits = 0,
misses = 0,
all_shots = 0,
count_shots = function(self, shot)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 4)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if bit.band(menu_database.handler.elements["Skeet indicator elements"], bit.lshift(1, 1)) ~= 0 then
if shot.reason == 0 then
self.hits = self.hits + 1
else
self.misses = self.misses + 1
end
self.all_shots = self.all_shots + 1
end
end
end
end
end,
},
bomb_info = {
bombsite = -1,
is_defusing = false,
is_planting = false,
plant_time = 0,
on_begin_plant = function(self, e)
if e:GetName() ~= "bomb_beginplant" then return end
self.bombsite = e:GetInt("site")
self.is_planting = true
self.plant_time = GlobalVars.curtime
end,
on_bomb_plant = function(self, e)
if e:GetName() ~= "bomb_planted" then return end
self.bombsite = -1
self.is_planting = false
end,
on_abort_plant = function(self, e)
if e:GetName() ~= "bomb_abortplant" then return end
self.bombsite = -1
self.is_planting = false
end,
on_defusing = function(self, e)
if e:GetName() ~= "bomb_begindefuse" then return end
self.is_defusing = true
end,
on_abort_defusing = function(self, e)
if e:GetName() ~= "bomb_abortdefuse" then return end
self.is_defusing = false
end,
on_round_prestart = function(self, e)
if e:GetName() ~= "round_prestart" then return end
self.bombsite = -1
self.is_defusing = false
self.is_planting = false
self.plant_time = 0
end,
on_self_connected = function(self, e)
if e:GetName() ~= "player_connect_full" then return end
self.plant_time = 0
local c4 = EntityList.GetEntitiesByClassID(129)[1]
if not c4 then
self.bombsite = -1
self.is_planting = false
else
self.is_planting = true
self.bombsite = c4:GetProp("m_nBombSite")
end
end,
load_bomb_modules = function(self, e)
self:on_begin_plant(e)
self:on_bomb_plant(e)
self:on_abort_plant(e)
self:on_round_prestart(e)
self:on_defusing(e)
self:on_abort_defusing(e)
self:on_self_connected(e)
end
}
},
directories = {
isBaim = Menu.FindVar("Aimbot", "Ragebot", "Misc", "Body Aim")
}
},
side_skeet_indicators = function(self)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 4)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local indicator_list = {}
local font = self.utils:get_font("Calibri", "30", "b")
local add_x, add_y = 2, 50
local x, y = screen_size.x / 100 - 3, screen_size.y / 1.50 - 5
local render_indicator = function(text, color, add_y)
local text_size = Render.CalcTextSize(text, 22, font)
local back_alpha = 65
Render.GradientBoxFilled(
Vector2.new(13, y + add_y),
Vector2.new(13 + text_size.x / 2, y + add_y + 28),
Color.RGBA(0, 0, 0, 0), Color.RGBA(0, 0, 0, back_alpha),
Color.RGBA(0, 0, 0, 0), Color.RGBA(0, 0, 0, back_alpha)
)
Render.GradientBoxFilled(
Vector2.new(13 + text_size.x / 2, y + add_y),
Vector2.new(13 + text_size.x, y + add_y + 28),
Color.RGBA(0, 0, 0, back_alpha), Color.RGBA(0, 0, 0, 0),
Color.RGBA(0, 0, 0, back_alpha), Color.RGBA(0, 0, 0, 0)
)
self.utils.draw_shadow(
2,
text,
x + add_x + 2, y + add_y + 4,
color,
23, font,
false, Color.RGBA(0, 0, 0, 170)
)
end
local render_circle = function(text, x_position, y_position, add_y, size, color, value)
local text_size = Render.CalcTextSize(text, 22, font)
Render.Circle(
Vector2.new(x + add_x + text_size.x + x_position + 3, y + add_y + text_size.y / 2 + y_position + 3),
size + 1, 60, Color.RGBA(0, 0, 0, 255), 3
)
Render.Circle(
Vector2.new(x + add_x + text_size.x + x_position + 3, y + add_y + text_size.y / 2 + y_position + 3),
size, 60,
color,
4, 0, value
)
end
local get_text_fakelag = function()
local self_chocking = ClientState.m_choked_commands
if self_chocking < self.skeet_modules.vars.fakelags.old_choke then
self.skeet_modules.vars.fakelags.fakelag_1 = self.skeet_modules.vars.fakelags.fakelag_2
self.skeet_modules.vars.fakelags.fakelag_2 = self.skeet_modules.vars.fakelags.fakelag_3
self.skeet_modules.vars.fakelags.fakelag_3 = self.skeet_modules.vars.fakelags.fakelag_4
self.skeet_modules.vars.fakelags.fakelag_4 = self.skeet_modules.vars.fakelags.fakelag_5
self.skeet_modules.vars.fakelags.fakelag_5 = self.skeet_modules.vars.fakelags.old_choke
end
self.skeet_modules.vars.fakelags.old_choke = self_chocking
return ("%i-%i-%i-%i-%i"):format(
self.skeet_modules.vars.fakelags.fakelag_1,
self.skeet_modules.vars.fakelags.fakelag_2,
self.skeet_modules.vars.fakelags.fakelag_3,
self.skeet_modules.vars.fakelags.fakelag_4,
self.skeet_modules.vars.fakelags.fakelag_5
)
end
local is_enabled = function(value)
return bit.band(menu_database.handler.elements["Skeet indicator elements"], bit.lshift(1, value)) ~= 0
end
self.skeet_modules.vars.fake.smooth_fill = all_utils.easings.lerp(
self.skeet_modules.vars.fake.smooth_fill,
self.utils.get_desync(0),
GlobalVars.frametime * 5
)
local fake_color = Color.new(
(170 + (154 - 186) * self.skeet_modules.vars.fake.smooth_fill / 60) / 255,
(0 + (255 - 0) * self.skeet_modules.vars.fake.smooth_fill / 60) / 255,
(16 + (0 - 16) * self.skeet_modules.vars.fake.smooth_fill / 60) / 255,
1
)
table.insert(indicator_list, {
type = "circle",
fl_text = "FAKE",
fl_color = fake_color,
x_pos = is_enabled(0) and 15 or "",
y_pos = 0,
size = 7,
color = fake_color,
value = self.skeet_modules.vars.fake.smooth_fill * 6.4
})
if is_enabled(1) then
local hits = self.skeet_modules.vars.shot_stats.hits
local misses = self.skeet_modules.vars.shot_stats.misses
local all_shots = self.skeet_modules.vars.shot_stats.all_shots
local selected_style = menu_database.handler.elements["Hit/miss type"]
if selected_style == 0 then
if all_shots > 0 then
local result_stats = ("%.1f"):format((hits / all_shots) * 100)
local result_text = ("%s/%s (%s)"):format(hits, all_shots, result_stats)
table.insert(indicator_list, {
type = "text",
text = result_text,
color = Color.RGBA(255, 255, 255, 255)
})
end
else
local hard_math = math.floor((hits / all_shots) * 100)
if hard_math ~= hard_math then hard_math = 100 end
local result_stats = ("%s%%"):format(hard_math)
local result_text = ("%s/%s"):format(misses, result_stats)
table.insert(indicator_list, {
type = "text",
text = result_text,
color = Color.RGBA(255, 255, 255, 255)
})
end
end
table.insert(indicator_list, {
type = "text",
text = is_enabled(2) and get_text_fakelag() or "",
color = Color.RGBA(255, 255, 255, 255)
})
table.insert(indicator_list, {
type = "text",
text = (is_enabled(3) and self.skeet_modules.directories.isBaim:GetInt() == 2) and "BODY" or "",
color = Color.RGBA(255, 255, 255, 255)
})
local isDT = Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"):GetBool()
local binds = Cheat.GetBinds()
local isDMG, curDMG, isPing = false, 0, false
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() == "Fake Ping" then
isPing = true
end
end
end
local current_state = my_index:GetState()
if not current_state then return end
table.insert(indicator_list, {
type = "text",
text = is_enabled(4) and "EX" or "",
color = (isDT and current_state == "IN AIR") and Color.RGBA(132, 195, 16, 255) or Color.RGBA(208, 208, 20, 255)
})
local damage_type = menu_database.handler.elements["Damage type"]
table.insert(indicator_list, {
type = "text",
text = (is_enabled(5) and isDMG) and (
damage_type == 0 and ("Damage: %s"):format(curDMG) or damage_type == 1 and ("DMG: %s"):format(curDMG)
or damage_type == 2 and tostring(curDMG) or ""
) or "",
color = (
damage_type == 0 and Color.RGBA(255, 255, 255, 255) or damage_type == 1 and Color.RGBA(255, 255, 255, 150) or Color.RGBA(255, 255, 255, 255)
)
})
local isDA = menu_database.handler.elements["Enable dormant aimbot"]
table.insert(indicator_list, {
type = "text",
text = (is_enabled(6) and isDA) and "DA" or "",
color = Color.RGBA(132, 195, 16, 255)
})
local get_ping_color = function()
local ping = EntityList.GetPlayerResource():GetProp("DT_CSPlayerResource", "m_iPing")[2]
local color = Color.RGBA(
math.floor(255 - ((ping / 189 * 60) * 2.29824561404)),
math.floor((ping / 189 * 60) * 2.42105263158),
math.floor((ping / 189 * 60) * 0.22807017543),
255
)
return color
end
table.insert(indicator_list, {
type = "text",
text = (is_enabled(7) and isPing) and "PING" or "",
color = get_ping_color()
})
if my_index:GetState() == "IN AIR" then
self.skeet_modules.vars.lag_compensation.is_lc = true
self.skeet_modules.vars.lag_compensation.timer = GlobalVars.curtime + 0.1
else
if self.skeet_modules.vars.lag_compensation.timer > GlobalVars.curtime then
self.skeet_modules.vars.lag_compensation.is_lc = true
else
self.skeet_modules.vars.lag_compensation.is_lc = false
end
end
table.insert(indicator_list, {
type = "text",
text = (is_enabled(8) and self.skeet_modules.vars.lag_compensation.is_lc) and "LC" or "",
color = my_index:GetVelocity() < 285 and Color.RGBA(255, 0, 0, 255) or Color.RGBA(132, 195, 16, 255)
})
local isFD = Menu.FindVar("Aimbot", "Anti Aim", "Misc", "Fake Duck"):GetBool()
table.insert(indicator_list, {
type = "text",
text = (is_enabled(9) and isFD) and "DUCK" or "",
color = Color.RGBA(255, 255, 255, 255)
})
if is_enabled(10) then
local c4 = EntityList.GetEntitiesByClassID(129)[1]
if c4 then
if c4:GetProp("m_bBombTicking") and not c4:GetProp("m_bBombDefused") then
local get_damage = function()
local armor = my_index:GetProp("m_ArmorValue")
local health = my_index:GetProp("m_iHealth")
local c4_origin = c4:GetRenderOrigin()
local my_origin = my_index:GetRenderOrigin()
local distance = my_origin:DistTo(c4_origin)
local a, b, c = 450.7, 75.68, 789.2
local d = (distance - b) / c
local damage = a * math.exp(-d * d)
if armor > 0 then
local new_damage = damage * 0.5
local armor_damage = (damage - new_damage) * 0.5
if armor_damage > armor then
armor = armor * (1 / .5)
new_damage = damage - armor_damage
end
damage = new_damage
end
return ({
text = math.ceil(damage) >= health and "FATAL" or ("-%s HP"):format(math.ceil(damage)),
color = math.ceil(damage) >= health and Color.RGBA(255, 0, 0, 255)
or Color.RGBA(210, 216, 112, 255)
})
end
local current_site = self.skeet_modules.vars.bomb_info.bombsite % 2 == 1 and "B" or "A"
local timer = c4:GetProp("m_flC4Blow") - GlobalVars.curtime
if timer > 0.1 then
local plant_info = ("%s - %ss"):format(current_site, ("%.1f"):format(timer))
table.insert(indicator_list, {
type = "text",
text = plant_info,
color = Color.RGBA(255, 255, 255, 255)
})
local health_info = get_damage()
table.insert(indicator_list, {
type = "text",
text = health_info.text,
color = health_info.color
})
if self.skeet_modules.vars.bomb_info.is_defusing then
local defuse_timer = c4:GetProp("m_flDefuseCountDown") - GlobalVars.curtime
local defuse_length = c4:GetProp("m_flDefuseLength")
local defuse_bar_length = ((screen_size.y - 50) / defuse_length) * defuse_timer
local bar_color = timer > defuse_length and Color.RGBA(58, 191, 54, 120)
or Color.RGBA(252, 18, 19, 120)
Render.BoxFilled(
Vector2.new(0, 0),
Vector2.new(10, screen_size.y),
Color.RGBA(25, 25, 25, 120)
)
Render.BoxFilled(
Vector2.new(0, screen_size.y - defuse_bar_length),
Vector2.new(10, screen_size.y),
bar_color
)
Render.Box(
Vector2.new(0, 0),
Vector2.new(10, screen_size.y),
Color.RGBA(25, 25, 25, 120)
)
end
end
end
end
if self.skeet_modules.vars.bomb_info.is_planting then
local current_site = self.skeet_modules.vars.bomb_info.bombsite % 2 == 1 and "B" or "A"
local frac = all_utils.easings.clamp(3.125 - (3.125 + self.skeet_modules.vars.bomb_info.plant_time - GlobalVars.curtime), 0, 3.125)
table.insert(indicator_list, {
type = "circle",
fl_text = ("Bombsite %s"):format(current_site),
fl_color = Color.RGBA(234, 209, 138, 255),
x_pos = 16,
y_pos = 0,
size = 8,
color = Color.RGBA(255, 255, 255, 255),
value = (frac / 3.3) * 360
})
end
end
table.insert(indicator_list, {
type = "text",
text = (is_enabled(11) and Menu.FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"):GetBool()) and "DT" or "",
color = Exploits.GetCharge() == 1 and Color.RGBA(255, 255, 255, 255) or Color.RGBA(255, 0, 0, 255)
})
for k, indicator in ipairs(indicator_list) do
if indicator.type == "text" then
if indicator.text ~= nil and indicator.text ~= "" then
render_indicator(
indicator.text,
indicator.color,
add_y
)
end
end
if indicator.type == "circle" then
if indicator.x_pos ~= "" then
render_indicator(
indicator.fl_text,
indicator.fl_color,
add_y
)
render_circle(
indicator.fl_text,
indicator.x_pos, indicator.y_pos, add_y,
indicator.size,
indicator.color,
indicator.value
)
end
end
if (indicator.text ~= nil and indicator.text ~= "") or (indicator.type == "circle" and indicator.x_pos ~= "") then
add_y = add_y - 35
end
end
end
end
end
end,
thirdperson_animations = function()
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 5)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
Cheat.SetThirdPersonAnim(false)
end
else
Cheat.SetThirdPersonAnim(true)
end
else
Cheat.SetThirdPersonAnim(true)
end
end,
hitmarker_modules = {
hitmarkers = {},
on_registered_shot = function(self, shot)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 6)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if shot.reason == 0 then
table.insert(self.hitmarkers, {timer = GlobalVars.realtime, alpha = 0})
end
end
end
end
end
},
crosshair_hitmarker = function(self)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 6)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
for i, info in ipairs(self.hitmarker_modules.hitmarkers) do
if info.timer + 0.5 < GlobalVars.realtime then
info.alpha = all_utils.easings.lerp(
info.alpha, 0, GlobalVars.frametime * 15
)
else
info.alpha = all_utils.easings.lerp(
info.alpha, 255, GlobalVars.frametime * 15
)
end
local alpha = math.floor(info.alpha)
local color = menu_database.handler.references["Crosshair hitmarker color"].reference:Get()
Render.Line(
Vector2.new(screen_size.x / 2 - 5, screen_size.y / 2 - 5),
Vector2.new(screen_size.x / 2 - 10, screen_size.y / 2 - 10),
Color.new(color.r, color.g, color.b, alpha / 200)
)
Render.Line(
Vector2.new(screen_size.x / 2 + 5, screen_size.y / 2 - 5),
Vector2.new(screen_size.x / 2 + 10, screen_size.y / 2 - 10),
Color.new(color.r, color.g, color.b, alpha / 200)
)
Render.Line(
Vector2.new(screen_size.x / 2 + 5, screen_size.y / 2 + 5),
Vector2.new(screen_size.x / 2 + 10, screen_size.y / 2 + 10),
Color.new(color.r, color.g, color.b, alpha / 200)
)
Render.Line(
Vector2.new(screen_size.x / 2 - 5, screen_size.y / 2 + 5),
Vector2.new(screen_size.x / 2 - 10, screen_size.y / 2 + 10),
Color.new(color.r, color.g, color.b, alpha / 200)
)
if info.timer + 1.5 < GlobalVars.realtime then table.remove(self.hitmarker_modules.hitmarkers, i) end
end
end
end
end
end,
script_start_modules = {
show_one_time = false,
timer = GlobalVars.realtime,
smooth_y = screen_size.y - 100,
alpha = 0,
first_circle = 0,
second_circle = 0,
box_left = screen_size.x / 2,
box_right = screen_size.x / 2,
box_left_1 = screen_size.x / 2,
box_right_1 = screen_size.x / 2
},
on_script_start = function(self)
if not self.script_start_modules.show_one_time then
local font = self.utils:get_font("Verdana", "12")
local text = ("[half-life beta] Welcome back, %s! Successfully loaded half-life; build: beta; days left: lifetime."):format(Cheat.GetCheatUserName())
local text_size = Render.CalcTextSize(text, 12, font)
self.script_start_modules.alpha = all_utils.easings.lerp(
self.script_start_modules.alpha,
255,
GlobalVars.frametime * 4
)
self.script_start_modules.first_circle = all_utils.easings.lerp(
self.script_start_modules.first_circle, 275, GlobalVars.frametime * 5
)
self.script_start_modules.second_circle = all_utils.easings.lerp(
self.script_start_modules.second_circle, -95, GlobalVars.frametime * 3
)
self.script_start_modules.box_left = all_utils.easings.lerp(
self.script_start_modules.box_left, screen_size.x / 2 - text_size.x / 2 - 2, GlobalVars.frametime * 6
)
self.script_start_modules.box_right = all_utils.easings.lerp(
self.script_start_modules.box_right, screen_size.x / 2 + text_size.x / 2 + 4, GlobalVars.frametime * 6
)
self.script_start_modules.box_left_1 = all_utils.easings.lerp(
self.script_start_modules.box_left_1, screen_size.x / 2 - text_size.x / 2 - 2, GlobalVars.frametime * 6
)
self.script_start_modules.box_right_1 = all_utils.easings.lerp(
self.script_start_modules.box_right_1, screen_size.x / 2 + text_size.x / 2 + 4, GlobalVars.frametime * 6
)
if self.script_start_modules.timer + 3.8 < GlobalVars.realtime then
self.script_start_modules.first_circle = all_utils.easings.lerp(
self.script_start_modules.first_circle, 0, GlobalVars.frametime * 1
)
self.script_start_modules.second_circle = all_utils.easings.lerp(
self.script_start_modules.second_circle, 0, GlobalVars.frametime * 1
)
self.script_start_modules.box_left = all_utils.easings.lerp(
self.script_start_modules.box_left, screen_size.x / 2, GlobalVars.frametime * 1
)
self.script_start_modules.box_right = all_utils.easings.lerp(
self.script_start_modules.box_right, screen_size.x / 2, GlobalVars.frametime * 1
)
self.script_start_modules.box_left_1 = all_utils.easings.lerp(
self.script_start_modules.box_left_1, screen_size.x / 2, GlobalVars.frametime * 1
)
self.script_start_modules.box_right_1 = all_utils.easings.lerp(
self.script_start_modules.box_right_1, screen_size.x / 2, GlobalVars.frametime * 1
)
end
if self.script_start_modules.timer + 4 < GlobalVars.realtime then
self.script_start_modules.smooth_y = all_utils.easings.lerp(
self.script_start_modules.smooth_y,
screen_size.y + 100,
GlobalVars.frametime * 4
)
self.script_start_modules.alpha = all_utils.easings.lerp(
self.script_start_modules.alpha,
0,
GlobalVars.frametime * 8
)
end
local add_y = math.floor(self.script_start_modules.smooth_y)
local alpha = math.floor(self.script_start_modules.alpha)
local first_circle = math.floor(self.script_start_modules.first_circle)
local second_circle = math.floor(self.script_start_modules.second_circle)
local left_box = math.floor(self.script_start_modules.box_left)
local right_box = math.floor(self.script_start_modules.box_right)
local left_box_1 = math.floor(self.script_start_modules.box_left_1)
local right_box_1 = math.floor(self.script_start_modules.box_right_1)
local rgb = self.utils.hsv_to_rgb(GlobalVars.realtime / 4, 1, 1)
local second_gradient = Color.new(rgb.b, rgb.r, rgb.g, 1)
local third_gradient = Color.new(rgb.g, rgb.b, rgb.r, 1)
Render.BoxFilled(
Vector2.new(screen_size.x / 2 - text_size.x / 2 - 11, add_y - 26),
Vector2.new(screen_size.x / 2 + text_size.x / 2 + 11, add_y - 4),
Color.RGBA(17, 17, 17, alpha - 65), 90
)
Render.Circle(
Vector2.new(screen_size.x / 2 - text_size.x / 2 - 2, add_y - 15),
10, 90, second_gradient, 2, 90, first_circle
)
Render.Circle(
Vector2.new(screen_size.x / 2 + text_size.x / 2 + 2, add_y - 15),
10, 90, third_gradient, 2, 90, second_circle
)
for i = 1, 1 do
for k = 1, 2 do
Render.GradientBoxFilled(
Vector2.new(left_box, add_y - 7 + i),
Vector2.new(screen_size.x / 2, add_y - 5.5 + i),
second_gradient, second_gradient, second_gradient, second_gradient
)
Render.GradientBoxFilled(
Vector2.new(right_box, add_y - 7 + i),
Vector2.new(screen_size.x / 2, add_y - 5.5 + i),
third_gradient, second_gradient, third_gradient, second_gradient
)
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2, add_y - 22.7 - i),
Vector2.new(left_box_1, add_y - 24.5 - i),
second_gradient, second_gradient, second_gradient, second_gradient
)
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2, add_y - 22.7 - i),
Vector2.new(right_box_1, add_y - 24.5 - i),
second_gradient, third_gradient, second_gradient, third_gradient
)
end
end
self.utils.draw_shadow(
2,
text,
screen_size.x / 2 - text_size.x / 2, add_y - 21,
Color.RGBA(255, 255, 255, alpha - 70),
12, font,
false, Color.RGBA(0, 0, 0, alpha)
)
if self.script_start_modules.timer + 5 < GlobalVars.realtime then
self.script_start_modules.timer = GlobalVars.realtime
self.script_start_modules.show_one_time = true
end
end
end,
hitlog_modules = {
hitlogs = {},
count_shots = 0,
on_registered_shot = function(self, shot)
if menu_database.handler.elements["Enable hitlogs"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() then
self.count_shots = self.count_shots + 1
if self.count_shots > 99 then self.count_shots = 0 end
local other_info = function()
local index = EntityList.GetClientEntity(shot.target_index)
if not index then return end
local target = index:GetPlayer()
local name = target:GetName()
local get_hitbox = function()
local hitgroups = {
"head", "neck", "pelvis",
"stomach", "lower chest", "chest",
"upper chest", "right leg", "left leg",
"right leg", "left leg", "right foot",
"left foot", "right hand", "left hand",
"right arm", "right arm", "left arm", "left arm"
}
local hitboxes = {0, 3, 2, 16, 18, 11, 10, 0}
local hitbox = hitboxes[shot.hitgroup]
if hitbox == nil then hitbox = 3 end
local hitbox = hitgroups[hitbox + 1]
local wanted_hitgroup = hitgroups[shot.wanted_hitgroup]
return ({
hitbox = hitbox,
wanted = wanted_hitgroup
})
end
local damage = {
hit = shot.damage,
wanted = shot.wanted_damage,
remain = target:GetProp("m_iHealth") - shot.damage
}
if damage.remain <= 0 then damage.remain = 0 end
local hit_hitchance = shot.hitchance
local is_missmatch = damage.hit ~= damage.wanted and true or false
local backtrack = shot.backtrack
local reasons = {"resolver", "spread", "occlusion", "prediction error"}
local miss_reason = reasons[shot.reason]
local second_correction = Utils.RandomInt(-15, 15)
local first_correction = 0
if 1 - math.floor(hit_hitchance / 100) == 0 then
first_correction = 1
elseif 1 - math.floor(hit_hitchance / 100) == 1 then
first_correction = 2
else
first_correction = 3
end
return ({
name = name,
hitbox = get_hitbox().hitbox,
wanted_hitbox = get_hitbox().wanted,
shot = self.count_shots,
damage = damage.hit,
wanted_damage = damage.wanted,
remain_damage = damage.remain,
hitchance = hit_hitchance,
missmatch = is_missmatch,
backtrack = backtrack,
miss_reason = miss_reason,
first_correction = first_correction,
second_correction = second_correction
})
end
local text = ""
local text_color = Color.RGBA(255, 255, 255, 255)
local info = other_info()
if shot.reason == 0 then
if info.missmatch then
text = string.format(
"Registered %sth shot in %s's %s for %s damage [angle: 0.%s°, %s:%s°] ( hitchance: %s | history(Δ): %s | %s health | missmatch: [dmg: %s] )",
info.shot, info.name, info.hitbox, info.damage, Utils.RandomInt(0, 60),
info.first_correction, info.second_correction, info.hitchance, info.backtrack,
info.remain_damage, info.wanted_damage
)
else
text = string.format(
"Registered %sth shot in %s's %s for %s damage [angle: 0.%s°, %s:%s°] ( hitchance: %s | history(Δ): %s | %s health )",
info.shot, info.name, info.hitbox, info.damage, Utils.RandomInt(0, 60),
info.first_correction, info.second_correction, info.hitchance, info.backtrack,
info.remain_damage
)
end
else
text = string.format(
"Missed %sth shot at %s's %s due to %s [angle: 0.%s°, %s:%s°] ( damage: %s | hitchance: %s | history(Δ): %s | %s health )",
info.shot, info.name, info.wanted_hitbox,
info.miss_reason, Utils.RandomInt(0, 60), info.first_correction,
info.second_correction, info.wanted_damage,
info.hitchance, info.backtrack, info.remain_damage
)
end
table.insert(self.hitlogs, {
text = text, time = GlobalVars.realtime, color = text_color
})
colored_print(Color.RGBA(255, 255, 102, 255), "[half-life] ")
print(text)
end
end
end,
get_addictional_hits = function(self, e)
if menu_database.handler.elements["Enable hitlogs"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() then
if e:GetName() ~= "player_hurt" then return end
local me = EntityList.GetLocalPlayer()
local victim = EntityList.GetPlayerForUserID(e:GetInt("userid"))
local attacker = EntityList.GetPlayerForUserID(e:GetInt("attacker"))
if victim == attacker or attacker ~= me then return end
local victim_index = EntityList.GetPlayerForUserID(e:GetInt("userid"))
if not victim_index then return end
local target_name = victim_index:GetName()
local health_damage = e:GetInt("dmg_health")
local remaining_damage = e:GetInt("health")
local weapon = e:GetString("weapon")
local text = (
weapon == "hegrenade" and ("Naded %s for %s (%s remaining)"):format(
target_name, health_damage, remaining_damage
) or weapon == "inferno" and ("Burned %s for %s (%s remaining)"):format(
target_name, health_damage, remaining_damage
) or weapon == "knife" and ("Knifed %s for %s (%s remaining)"):format(
target_name, health_damage, remaining_damage
) or nil
)
if text ~= nil then
table.insert(self.hitlogs, {
text = text, time = GlobalVars.realtime, color = Color.RGBA(255, 255, 255, 255)
})
colored_print(Color.RGBA(255, 255, 102, 255), "[half-life] ")
print(text)
end
end
end
end
},
hitlogs = function(self)
if menu_database.handler.elements["Enable hitlogs"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() then
local x, y = 5, 5
for k, information in ipairs(self.hitlog_modules.hitlogs) do
if information.text and information.time and information.color then
local text = information.text
local font = self.utils:get_font("Lucida Console", "10", "r")
local color = information.color
self.utils.draw_shadow(
0,
text,
x, y,
color,
10, font,
false, Color.RGBA(0, 0, 0, 255)
)
y = y + 15
if information.time + 3.8 < GlobalVars.realtime then
table.remove(self.hitlog_modules.hitlogs, k)
end
end
end
end
end
end,
execute_sauron_shots = function(self, shot)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 7)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local hitgroups = {
"head", "neck", "pelvis", "stomach", "lower chest", "chest", "upper chest",
"right leg", "left leg", "right leg", "left leg", "right foot", "left foot",
"right hand", "left hand", "right arm", "right arm", "left arm", "left arm"
}
local all_hitgroups = {0, 3, 2, 16, 18, 11, 10, 0}
local current_hitgroups = all_hitgroups[shot.hitgroup]
if not current_hitgroups then current_hitgroups = 3 end
local hitbox = hitgroups[current_hitgroups + 1]
local target_name = EntityList.GetClientEntity(shot.target_index):GetPlayer():GetName()
local hit_damage = shot.damage
local hit_hitchance = shot.hitchance
local wanted_damage = shot.wanted_damage
local wanted_hitgroup = hitgroups[shot.wanted_hitgroup]
local delta = self.utils.get_desync(0)
local backtrack = shot.backtrack
local spread = string.format("%.2f", shot.spread_degree)
local reasons = {"resolver", "spread", "occlusion", "prediction error"}
local miss_reason = reasons[shot.reason]
local text = (
shot.reason == 0 and
("Registered shot at %s's %s for %s damage [angle: %s°] (hitchance: %s | history: %s)"):format(
target_name, hitbox, hit_damage, spread, hit_hitchance, backtrack
) or shot.reason ~= 0 and (
"Missed shot at %s's %s due to %s [delta: %s, bt=%s, spread: %s°]"
):format(
target_name, wanted_hitgroup, miss_reason, delta, backtrack, spread
) or ""
)
table.insert(sauron_text, {
text = text,
timer = GlobalVars.realtime,
smooth_y = screen_size.y + 100,
alpha = 0,
first_circle = 0,
second_circle = 0,
box_left = screen_size.x / 2,
box_right = screen_size.x / 2,
box_left_1 = screen_size.x / 2,
box_right_1 = screen_size.x / 2
})
end
end
end
end,
notifications = function(self)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 7)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if anti_aimbotting_functions.anti_bruteforce.vars.phase_state then
table.insert(sauron_text, {
text = "Switched angle due to shot",
timer = GlobalVars.realtime,
smooth_y = screen_size.y + 100,
alpha = 0,
first_circle = 0,
second_circle = 0,
box_left = screen_size.x / 2,
box_right = screen_size.x / 2,
box_left_1 = screen_size.x / 2,
box_right_1 = screen_size.x / 2
})
anti_aimbotting_functions.anti_bruteforce.vars.phase_state = false
end
local y = screen_size.y - 100
for i, info in ipairs(sauron_text) do
if i > 3 then
table.remove(sauron_text, i)
end
if info.text ~= nil and info.text ~= "" then
local font = self.utils:get_font("Verdana", "12")
local text_size = Render.CalcTextSize(
info.text,
12,
font
)
if info.timer + 3.8 < GlobalVars.realtime then
info.first_circle = all_utils.easings.lerp(
info.first_circle, 0, GlobalVars.frametime * 1
)
info.second_circle = all_utils.easings.lerp(
info.second_circle, 0, GlobalVars.frametime * 1
)
info.box_left = all_utils.easings.lerp(
info.box_left, screen_size.x / 2, GlobalVars.frametime * 1
)
info.box_right = all_utils.easings.lerp(
info.box_right, screen_size.x / 2, GlobalVars.frametime * 1
)
info.box_left_1 = all_utils.easings.lerp(
info.box_left_1, screen_size.x / 2, GlobalVars.frametime * 1
)
info.box_right_1 = all_utils.easings.lerp(
info.box_right_1, screen_size.x / 2, GlobalVars.frametime * 1
)
info.smooth_y = all_utils.easings.lerp(
info.smooth_y,
screen_size.y + 100,
GlobalVars.frametime * 2
)
info.alpha = all_utils.easings.lerp(
info.alpha,
0,
GlobalVars.frametime * 4
)
else
info.alpha = all_utils.easings.lerp(
info.alpha,
255,
GlobalVars.frametime * 4
)
info.smooth_y = all_utils.easings.lerp(
info.smooth_y,
y,
GlobalVars.frametime * 4
)
info.first_circle = all_utils.easings.lerp(
info.first_circle, 275, GlobalVars.frametime * 5
)
info.second_circle = all_utils.easings.lerp(
info.second_circle, -95, GlobalVars.frametime * 3
)
info.box_left = all_utils.easings.lerp(
info.box_left, screen_size.x / 2 - text_size.x / 2 - 2, GlobalVars.frametime * 6
)
info.box_right = all_utils.easings.lerp(
info.box_right, screen_size.x / 2 + text_size.x / 2 + 4, GlobalVars.frametime * 6
)
info.box_left_1 = all_utils.easings.lerp(
info.box_left_1, screen_size.x / 2 - text_size.x / 2 - 2, GlobalVars.frametime * 6
)
info.box_right_1 = all_utils.easings.lerp(
info.box_right_1, screen_size.x / 2 + text_size.x / 2 + 4, GlobalVars.frametime * 6
)
end
local add_y = math.floor(info.smooth_y)
local alpha = math.floor(info.alpha)
local first_circle = math.floor(info.first_circle)
local second_circle = math.floor(info.second_circle)
local left_box = math.floor(info.box_left)
local right_box = math.floor(info.box_right)
local left_box_1 = math.floor(info.box_left_1)
local right_box_1 = math.floor(info.box_right_1)
local rgb = self.utils.hsv_to_rgb(GlobalVars.realtime / 4, 1, 1)
local second_gradient = Color.new(rgb.b, rgb.r, rgb.g, 1)
local third_gradient = Color.new(rgb.g, rgb.b, rgb.r, 1)
Render.BoxFilled(
Vector2.new(screen_size.x / 2 - text_size.x / 2 - 13, add_y - 26),
Vector2.new(screen_size.x / 2 + text_size.x / 2 + 13, add_y - 4),
Color.RGBA(17, 17, 17, alpha - 65), 90
)
Render.Circle(
Vector2.new(screen_size.x / 2 - text_size.x / 2 - 4, add_y - 15),
10, 90, second_gradient, 2, 90, first_circle
)
Render.Circle(
Vector2.new(screen_size.x / 2 + text_size.x / 2 + 4, add_y - 15),
10, 90, third_gradient, 2, 90, second_circle
)
for i = 1, 1 do
for k = 1, 2 do
Render.GradientBoxFilled(
Vector2.new(left_box - 2, add_y - 7 + i),
Vector2.new(screen_size.x / 2, add_y - 5.5 + i),
second_gradient, second_gradient, second_gradient, second_gradient
)
Render.GradientBoxFilled(
Vector2.new(right_box + 2, add_y - 7 + i),
Vector2.new(screen_size.x / 2, add_y - 5.5 + i),
third_gradient, second_gradient, third_gradient, second_gradient
)
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2, add_y - 23 - i),
Vector2.new(left_box_1 - 1, add_y - 25 - i),
second_gradient, second_gradient, second_gradient, second_gradient
)
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2, add_y - 23 - i),
Vector2.new(right_box_1 + 1, add_y - 25 - i),
second_gradient, third_gradient, second_gradient, third_gradient
)
end
end
self.utils.draw_shadow(
0,
info.text,
screen_size.x / 2 - text_size.x / 2, add_y - 21,
Color.RGBA(255, 255, 255, alpha),
12, font,
false, Color.RGBA(0, 0, 0, alpha)
)
y = y - 30
if info.timer + 4 < GlobalVars.realtime then table.remove(sauron_text, i) end
end
end
end
end
end
end,
keybind_modules = {
vars = {
keybinds_alpha = {},
keybinds_y = {},
width = 0,
is_draggable = false,
cursor_last_pos = Vector2.new(0, 0)
}
},
keybinds = function(self)
if menu_database.handler.elements["Enable keybinds"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local x = menu_database.handler.elements["Keybinds x-adding"]
local y = menu_database.handler.elements["Keybinds y-adding"]
local max_width = 0
local font = self.utils:get_font("Verdana", "11", "r")
local render_container = function(x, y, w)
local color = menu_database.handler.references["Keybinds color"].reference:Get()
local name_size = Render.CalcTextSize("keybinds", 11, font)
local height = 18
local line_height = 1.5
local render_rounded_line = function()
Render.BoxFilled(
Vector2.new(x - 70, y),
Vector2.new(x + w, y + height),
Color.RGBA(17, 17, 17, math.floor(color.a * 255))
)
Render.Circle( -- right
Vector2.new(x + w - 4, y + line_height + 2),
5, 90, Color.new(color.r, color.g, color.b, 1), 2, 270, 370
)
Render.Circle( -- left
Vector2.new(x - 66, y + line_height + 2),
5, 90, Color.new(color.r, color.g, color.b, 1), 2, 270, 170
)
Render.BoxFilled(
Vector2.new(x - 66, y),
Vector2.new(x + w - 4, y - line_height - 0.5),
Color.new(color.r, color.g, color.b, 1)
)
Render.GradientBoxFilled(
Vector2.new(x + w - 0.2, y + 4),
Vector2.new(x + w + 1.5, y + 10),
Color.new(color.r, color.g, color.b, 1), Color.new(color.r, color.g, color.b, 1),
Color.new(color.r, color.g, color.b, 1), Color.new(color.r, color.g, color.b, 0.6)
)
Render.GradientBoxFilled(
Vector2.new(x - 69.8, y + 4),
Vector2.new(x - 71.5, y + 10),
Color.new(color.r, color.g, color.b, 1), Color.new(color.r, color.g, color.b, 1),
Color.new(color.r, color.g, color.b, 1), Color.new(color.r, color.g, color.b, 0.6)
)
end
render_rounded_line()
self.utils.draw_shadow(
2,
"keybinds",
x - 35 + w / 2 - name_size.x / 2, y + 2,
Color.RGBA(255, 255, 255, 255),
11, font,
false, Color.RGBA(0, 0, 0, 205)
)
end
local binds = Cheat.GetBinds()
local add_y = 0
for i = 1, #binds do
table.insert(self.keybind_modules.vars.keybinds_alpha, 0)
local bind = binds[i]
local yaw_base = Menu.FindVar("Aimbot", "Anti Aim", "Main", "Yaw Base"):Get()
local isFS = yaw_base == 5
local bind_name = bind:GetName()
bind_name = bind_name:gsub("Double Tap", "Double tap")
bind_name = bind_name:gsub("Fake Duck", "Duck peek assist")
bind_name = bind_name:gsub("Auto Peek", "Quick peek assist")
bind_name = isFS and bind_name:gsub("Yaw Base", "Freestanding") or bind_name:gsub("Yaw Base", "")
add_y = add_y + 13
if bind_name ~= "" then
if bind:IsActive() then
self.keybind_modules.vars.keybinds_alpha[i] = all_utils.easings.lerp(
self.keybind_modules.vars.keybinds_alpha[i],
255,
GlobalVars.frametime * 8
)
else
self.keybind_modules.vars.keybinds_alpha[i] = all_utils.easings.lerp(
self.keybind_modules.vars.keybinds_alpha[i],
0,
GlobalVars.frametime * 8
)
end
local render_binds = function(binds, name)
local bind_state = binds:GetMode() == 1 and "[holding]" or "[toggled]"
local bind_name = name
local bind_state_size = Render.CalcTextSize(bind_state, 11, font)
local bind_name_size = Render.CalcTextSize(bind_name, 11, font)
local smooth_alpha = math.floor(self.keybind_modules.vars.keybinds_alpha[i])
local width = math.floor(self.keybind_modules.vars.width)
self.utils.draw_shadow(
1,
bind_name,
x - 63, y + 7 + add_y,
Color.RGBA(255, 255, 255, smooth_alpha),
11, font,
false, Color.RGBA(0, 0, 0, smooth_alpha - 50)
)
self.utils.draw_shadow(
1,
bind_state,
x + (width - bind_state_size.x) - 5, y + 7 + add_y,
Color.RGBA(255, 255, 255, smooth_alpha),
11, font,
false, Color.RGBA(0, 0, 0, smooth_alpha - 50)
)
local bind_width = bind_state_size.x + bind_name_size.x - 40
local length = 75
if bind_width > length then
if bind_width > max_width then
max_width = bind_width
end
end
end
render_binds(bind, bind_name)
else
add_y = add_y - 13
end
end
self.keybind_modules.vars.width = math.max(75, max_width)
if not Cheat.IsMenuVisible() then
self.keybind_modules.vars.is_draggable = false
end
local width = math.floor(self.keybind_modules.vars.width)
if Cheat.IsMenuVisible() or #binds > 0 then
render_container(x, y, width, 18)
local mouse = Cheat.GetMousePos()
if Cheat.IsKeyDown(0x1) then
if not self.keybind_modules.vars.is_draggable then
if mouse.x >= x - 70 and mouse.y >= y and mouse.x <= x + width and mouse.y <= y + 18 then
self.keybind_modules.vars.is_draggable = true
end
else
local x_pos = x + (mouse.x - self.keybind_modules.vars.cursor_last_pos.x)
local y_pos = y + (mouse.y - self.keybind_modules.vars.cursor_last_pos.y)
menu_database:set_value("Keybinds x-adding", math.floor(x_pos))
menu_database:set_value("Keybinds y-adding", math.floor(y_pos))
end
else
self.keybind_modules.vars.is_draggable = false
end
self.keybind_modules.vars.cursor_last_pos = mouse
end
end
end
end,
solus_watermark_modules = {
vars = {
width = 0,
current_time = GlobalVars.curtime,
current_fps = 0,
is_draggable = false,
cursor_last_pos = Vector2.new(0, 0)
}
},
fps_counter = 0,
solus_watermark = function(self)
if menu_database.handler.elements["Enable watermark"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local x = menu_database.handler.elements["Watermark x-adding"]
local y = menu_database.handler.elements["Watermark y-adding"]
local utils = {
get_ping = function()
local netchann_info = EngineClient.GetNetChannelInfo()
if not netchann_info then return "0" end
local latency = netchann_info:GetLatency(0)
return string.format("%1.f", math.max(0.0, latency) * 1000.0)
end,
get_current_time = function()
local seconds = math.floor(Utils.UnixTime() / 1000)
local hours = math.floor((seconds / 3600 + 3) % 24)
local minutes = math.floor(seconds / 60 % 60)
return string.format("%02d:%02d:%02d", hours, minutes, (seconds % 60))
end,
get_ticks = function()
return math.floor(1.0 / GlobalVars.interval_per_tick)
end,
get_fps = function()
local get_fps = function()
self.fps_counter = 0.9 * self.fps_counter + (1.0 - 0.9) * GlobalVars.absoluteframetime
return math.floor((1.0 / self.fps_counter) + 0.5)
end
local current_fps = get_fps()
if self.solus_watermark_modules.vars.current_time + 0.3 < GlobalVars.curtime then
self.solus_watermark_modules.vars.current_fps = current_fps
self.solus_watermark_modules.vars.current_time = GlobalVars.curtime
end
return self.solus_watermark_modules.vars.current_fps
end
}
local max_width = 0
local font = self.utils:get_font("Verdana", "11", "r")
local name = Cheat.GetCheatUserName()
local ticks = utils.get_ticks()
local fps = utils.get_fps()
local ping = utils.get_ping()
local time = utils.get_current_time()
local render_container = function()
local text = ("%s %s fps delay: %sms %s tick %s"):format(name, fps, ping, ticks, time)
local text_size = Render.CalcTextSize(text, 11, font)
local color = menu_database.handler.references["Watermark color"].reference:Get()
local width = self.solus_watermark_modules.vars.width
local start_position = x - 22
local render_rounded_line = function()
Render.BoxFilled(
Vector2.new(start_position, y - 8),
Vector2.new(x + width + 53, y + text_size.y - 2),
Color.RGBA(17, 17, 17, 85), 10
)
Render.BoxFilled(
Vector2.new(start_position + 4, y - 10),
Vector2.new(x + width + 47, y + text_size.y - 19),
color
)
Render.GradientBoxFilled(
Vector2.new(x + width + 50.8, y + text_size.y - 15),
Vector2.new(x + width + 52.4, y + text_size.y - 8),
color, Color.new(color.r, color.g, color.b, 1),
color, Color.new(color.r, color.g, color.b, 0.6)
)
Render.GradientBoxFilled(
Vector2.new(start_position, y + text_size.y - 15),
Vector2.new(start_position - 1.7, y + text_size.y - 8),
color, color,
color, Color.new(color.r, color.g, color.b, color.a - 0.4)
)
Render.Circle( -- right
Vector2.new(x + width + 47, y + text_size.y - 15.2),
5, 90, color, 2, 270, 370
)
Render.Circle( -- left
Vector2.new(start_position + 4, y + text_size.y - 15.2),
5, 90, color, 2, 270, 170
)
end
render_rounded_line()
self.utils.draw_shadow(
2,
"half",
x - 18, y - 6,
color,
11, font,
false, Color.RGBA(0, 0, 0, 205)
)
self.utils.draw_shadow(
2,
"-life [beta]",
x, y - 6,
Color.RGBA(255, 255, 255, 255),
11, font,
false, Color.RGBA(0, 0, 0, 205)
)
self.utils.draw_shadow(
2,
text,
x + 57, y - 6,
Color.RGBA(255, 255, 255, 255),
11, font,
false, Color.RGBA(0, 0, 0, 205)
)
local max_width = 0
local text_width = text_size.x + 10
if text_width > 5 then
if text_width > max_width then
max_width = text_width
end
end
self.solus_watermark_modules.vars.width = math.max(5, max_width)
end
render_container()
if Cheat.IsMenuVisible() then
local mouse = Cheat.GetMousePos()
local width = math.floor(self.solus_watermark_modules.vars.width)
if Cheat.IsKeyDown(0x1) then
if not self.solus_watermark_modules.vars.is_draggable then
if mouse.x >= x and mouse.y >= y - 10 and mouse.x <= x + width and mouse.y <= y + 11 then
self.solus_watermark_modules.vars.is_draggable = true
end
else
local x_pos = x + (mouse.x - self.solus_watermark_modules.vars.cursor_last_pos.x)
local y_pos = y + (mouse.y - self.solus_watermark_modules.vars.cursor_last_pos.y)
menu_database:set_value("Watermark x-adding", math.floor(x_pos))
menu_database:set_value("Watermark y-adding", math.floor(y_pos))
end
else
self.solus_watermark_modules.vars.is_draggable = false
end
self.solus_watermark_modules.vars.cursor_last_pos = mouse
end
else
self.solus_watermark_modules.vars.current_time = GlobalVars.curtime
end
else
self.solus_watermark_modules.vars.current_time = GlobalVars.curtime
end
end,
weapons_in_scope = function(self)
if menu_database.handler.elements["Enable weapons in scope"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local is_scoped = my_index:GetProp("m_bIsScoped")
if is_scoped then
if Menu.FindVar("Visuals", "View", "Thirdperson", "Enable Thirdperson"):GetBool() then
CVar.FindVar("fov_cs_debug"):SetInt(0)
else
CVar.FindVar("fov_cs_debug"):SetInt(90)
end
else
CVar.FindVar("fov_cs_debug"):SetInt(0)
end
end
else
CVar.FindVar("fov_cs_debug"):SetInt(0)
end
end,
damage_markers = {
particles = {},
hitmarkers = {},
on_registered_shot = function(self, shot)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 8)) ~= 0 then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local index = EntityList.GetClientEntity(shot.target_index)
if not index then return end
local get_player = index:GetPlayer()
if not get_player then return end
if shot.reason == 0 then
local damage = shot.damage
if damage < 1 then return end
local bullet_position = get_player:GetHitboxCenter(shot.hitgroup)
if not bullet_position then
bullet_position = get_player:GetRenderOrigin()
bullet_position.y = bullet_position.y + 30
end
bullet_position.x = (bullet_position.x - 10) + (math.random() * 20)
bullet_position.y = (bullet_position.y - 10) + (math.random() * 20)
bullet_position.z = (bullet_position.z - 15) + (math.random() * 30)
table.insert(self.particles, {
position = bullet_position,
timer = GlobalVars.tickcount + 80,
damage = damage,
is_killed = get_player:GetProp("m_iHealth") - damage <= 0 and true or false
})
table.insert(self.hitmarkers, {
position = get_player:GetHitboxCenter(shot.hitgroup),
timer = GlobalVars.realtime,
alpha = 0,
})
end
end
end
end
end,
move_position = function(self)
if menu_database.handler.elements["Enable indicator list"] then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 8)) ~= 0 then
if #self.particles > 0 then
for k, information in pairs(self.particles) do
local delta = information.timer - GlobalVars.tickcount
if delta > 0 then
information.position.z = information.position.z + 0.3
end
end
end
end
end
end,
on_round_prestart = function(self, e)
if e:GetName() ~= "round_prestart" then return end
self.particles = {}
self.hitmarkers = {}
end,
on_self_connected = function(self, e)
if e:GetName() ~= "player_connect_full" then return end
self.particles = {}
self.hitmarkers = {}
end,
load_markers_modules = function(self, e)
self:on_round_prestart(e)
self:on_self_connected(e)
end
},
draw_damage_markers = function(self)
if menu_database.handler.elements["Enable indicator list"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if bit.band(menu_database.handler.elements["Indicator list"], bit.lshift(1, 8)) ~= 0 then
if #self.damage_markers.particles > 0 then
for k, information in ipairs(self.damage_markers.particles) do
if information.position and information.timer and (information.damage and information.damage > 0) then
local position = Render.WorldToScreen(information.position)
local time = math.floor(information.timer - GlobalVars.tickcount)
if time > 255 then time = 255 end
if (not(time < 0)) then
local damage = information.damage .. ""
local color = information.is_killed and Color.RGBA(255, 236, 132, 255) or Color.RGBA(255, 255, 255, 255)
color.a = time
local font = self.utils:get_font("Tahoma", "10")
self.utils.draw_shadow(
1,
damage,
position.x, position.y,
color,
10, font,
false, Color.RGBA(0, 0, 0, 255)
)
end
end
end
end
if #self.damage_markers.hitmarkers > 0 then
for k, information in ipairs(self.damage_markers.hitmarkers) do
if information.position and information.timer and information.alpha then
local position = Render.WorldToScreen(information.position)
if information.timer + 4 < GlobalVars.realtime then
information.alpha = math.max(0, information.alpha - 2)
else
information.alpha = math.min(information.alpha + 3, 255)
end
local alpha = math.floor(information.alpha)
local current_size = menu_database.handler.elements["Hitmarker size"]
local current_mode = menu_database.handler.elements["Hitmarker mode"]
local current_color = menu_database.handler.references["Hitmarker color"].reference:Get()
local color = Color.new(current_color.r, current_color.g, current_color.b, alpha / 255)
if current_mode == 0 then
Render.Line(Vector2.new(position.x, position.y - current_size), position, color)
Render.Line(Vector2.new(position.x - current_size, position.y), position, color)
Render.Line(Vector2.new(position.x, position.y + current_size), position, color)
Render.Line(Vector2.new(position.x + current_size, position.y), position, color)
else
Render.Line(position, Vector2.new(position.x - current_size, position.y - current_size), color)
Render.Line(position, Vector2.new(position.x - current_size, position.y + current_size), color)
Render.Line(position, Vector2.new(position.x + current_size, position.y + current_size), color)
Render.Line(position, Vector2.new(position.x + current_size, position.y - current_size), color)
end
if information.timer + 5 < GlobalVars.realtime then
table.remove(self.damage_markers.hitmarkers, k)
end
end
end
end
end
end
end
end,
scope_cache = false,
scope_time = 0,
custom_scope = function(self)
if menu_database.handler.elements["Enable custom scope"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if not self.scope_cache then self.scope_cache = true end
local is_scoped = my_index:GetProp("m_bIsScoped")
if is_scoped then
Menu.FindVar("Visuals", "View", "Camera", "Remove Scope"):SetInt(2)
local initial_position = menu_database.handler.elements["Custom scope initial position"]
local offset = menu_database.handler.elements["Custom scope offset"]
if self.scope_time < initial_position / 2 + offset then
self.scope_time = self.scope_time + 100
else
self.scope_time = initial_position / 2 + offset
end
local color = menu_database.handler.references["Enable custom scope"].reference:GetColor()
local col = Color.new(color.r, color.g, color.b, 0.05)
local first_col = (function(a, b) if initial_position <= 30 then return b else return a end end)(color, col)
local second_col = (function(a, b) if initial_position <= 30 then return a else return b end end)(color, col)
local alpha_time = self.scope_time
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2 - 0.1, screen_size.y / 2 - math.min(initial_position, alpha_time)),
Vector2.new(
screen_size.x / 2 + 1,
screen_size.y / 2 - math.min(initial_position, alpha_time) - math.min(offset, alpha_time)
),
second_col, second_col,
first_col, first_col
) -- upper
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2 - math.min(initial_position, alpha_time), screen_size.y / 2 - 0.1),
Vector2.new(
screen_size.x / 2 - math.min(initial_position, alpha_time) - math.min(offset, alpha_time),
screen_size.y / 2 + 1
),
second_col, first_col,
second_col, first_col
) -- left
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2 - 0.1, screen_size.y / 2 + math.min(initial_position, alpha_time)),
Vector2.new(
screen_size.x / 2 + 1,
screen_size.y / 2 + math.min(initial_position, alpha_time) + math.min(offset, alpha_time)
),
second_col, second_col,
first_col, first_col
) -- down
Render.GradientBoxFilled(
Vector2.new(screen_size.x / 2 + math.min(initial_position, alpha_time), screen_size.y / 2 - 0.1),
Vector2.new(
screen_size.x / 2 + math.min(initial_position, alpha_time) + math.min(offset, alpha_time),
screen_size.y / 2 + 1
),
second_col, first_col,
second_col, first_col
) -- right
else
if self.scope_time > 0 then
self.scope_time = self.scope_time - 100
else
self.scope_time = 0
end
end
else
if self.scope_cache then
Menu.FindVar("Visuals", "View", "Camera", "Remove Scope"):SetInt(1)
self.scope_cache = false
end
end
else
if self.scope_cache then
Menu.FindVar("Visuals", "View", "Camera", "Remove Scope"):SetInt(1)
self.scope_cache = false
end
end
end,
peek_arrows = function(self)
if menu_database.handler.elements["Enable peek arrows"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
local font = self.utils:get_font("Verdana", "21", "b")
local color = menu_database.handler.references["Enable peek arrows"].reference:GetColor()
local inverted = AntiAim.GetInverterState()
self.utils.draw_shadow(
3,
">",
screen_size.x / 2 + 50, screen_size.y / 2 - 12,
inverted and color or Color.RGBA(255, 255, 255, 255),
21, font,
false, Color.RGBA(0, 0, 0, 170)
)
self.utils.draw_shadow(
3,
"<",
screen_size.x / 2 - 65, screen_size.y / 2 - 12,
not inverted and color or Color.RGBA(255, 255, 255, 255),
21, font,
false, Color.RGBA(0, 0, 0, 170)
)
end
end
end,
load_indicators = function(self)
self:under_crosshair()
self:watermark()
self:minimum_damage()
self:skeet_autopeek()
self:side_skeet_indicators()
self:thirdperson_animations()
self:crosshair_hitmarker()
self:on_script_start()
self:hitlogs()
self:notifications()
self:keybinds()
self:solus_watermark()
self:weapons_in_scope()
self.damage_markers:move_position()
self:draw_damage_markers()
self:custom_scope()
self:peek_arrows()
end
}
-- @endregion
-- @region: all miscellaneous functions
local miscellaneous_functions = {
trashtalk = function(e)
if menu_database.handler.elements["Enable trashtalk"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() then
if e:GetName() ~= "player_death" then return end
local me = EntityList.GetLocalPlayer()
local victim = EntityList.GetPlayerForUserID(e:GetInt("userid"))
local attacker = EntityList.GetPlayerForUserID(e:GetInt("attacker"))
if victim == attacker or attacker ~= me then return end
local phrases = {
"Найс дед скачай конфиг от алексбомбера",
"Made your mom proud,at payhip.com/Ivanovo", "Прости shoppy.gg/@Ivanovo",
"Ничего страшного ты хорошо играешь",
"Мне друг (витма) (бигнейм) сказал в таких случаях 1 писать но я добрый так что не буду",
"Блин друг прости пожалуйста не увидел",
"Я с конфигом от кеннеди",
"Была бы газелька с салом выиграл бы",
"Ты все равно лучше меня не расстраивайся",
"Опять ты, прости я без ников убил",
"Нифига смачный бектрек", "Был бы пелучкорд тапнул бы",
"Сори что убил я просто отвернулся и не увидел",
"laff u suck AHAHAHAHAAH",
"Посаны а как вам микрофон яспер мо о глод у фипа такой вроде",
"Какой у тебя мейн Ник ? Мне сказали это важна чтоб медия сделать, ты витма ?",
"by Kennedy hvh boss", "спать покемон ушастый"
}
local get_phrase = phrases[Utils.RandomInt(1, #phrases)]:gsub('\"', '')
EngineClient.ExecuteClientCmd((' say "%s"'):format(get_phrase))
end
end
end,
hitsounds = function(self, e)
if menu_database.handler.elements["Enable hitsounds"] then
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() then
if e:GetName() ~= "player_hurt" then return end
local attacker = EntityList.GetPlayerForUserID(e:GetInt("attacker"))
if attacker == my_index then
local file_name = menu_database.handler.references["Hitsound"].reference:Get()
local path = ("playvol %s %s"):format(file_name, "0.8")
EngineClient.ExecuteClientCmd(path)
end
end
end
end
}
-- @endregion
-- @region: animation breaker
local hooked_function = nil
local is_jumping = false
local updateCSA = function(thisptr, edx)
local is_localplayer = ffi.cast("uintptr_t", thisptr) == get_entity_address(EngineClient.GetLocalPlayer())
hooked_function(thisptr, edx)
if is_localplayer then
if menu_database.handler.elements["Enable anim breakers"] then
local addons = menu_database.handler.elements["Anim breakers"]
if bit.band(addons, bit.lshift(1, 0)) ~= 0 then
local static_legs_value = menu_database.handler.elements["Static legs timer"]
ffi.cast("float*", ffi.cast("uintptr_t", thisptr) + 10104)[6] = static_legs_value
end
if bit.band(addons, bit.lshift(1, 1)) ~= 0 then
local leg_breaker_value = menu_database.handler.elements["Leg fucker type"]
ffi.cast("float*", ffi.cast("uintptr_t", thisptr) + 10104)[0] = leg_breaker_value == 0 and 1 or (
GlobalVars.tickcount % 4 == 0 and 0.5 or 0
)
end
if bit.band(addons, bit.lshift(1, 2)) ~= 0 then
if ffi.cast("CCSGOPlayerAnimationState_534535_t**", ffi.cast("uintptr_t", thisptr) + 0x9960)[0].bHitGroundAnimation then
if not is_jumping then
ffi.cast("float*", ffi.cast("uintptr_t", thisptr) + 10104)[12] = 0.5
end
end
end
end
end
end
local breaker_functions = {
on_pre_prediction = function(cmd)
is_jumping = bit.band(cmd.buttons, bit.lshift(1, 1)) ~= 0
end,
on_create_move = function()
local local_player = EntityList.GetLocalPlayer()
if not local_player then return end
local local_player_ptr = get_entity_address(local_player:EntIndex())
if not local_player_ptr or hooked_function then return end
local C_CSPLAYER = vmt_hook.new(local_player_ptr)
hooked_function = C_CSPLAYER.hookMethod("void(__fastcall*)(void*, void*)", updateCSA, 224)
end,
on_destroy = function()
for i, unHookFunc in ipairs(vmt_hook.hooks) do
unHookFunc()
end
for i, free in ipairs(buff.free) do
free()
end
end,
on_prediction = function(cmd)
local localplayer = EntityList.GetClientEntity(EngineClient.GetLocalPlayer())
if not localplayer then return end
local my_index = EntityList.GetClientEntity(EngineClient.GetLocalPlayer()):GetPlayer()
if not my_index then return end
if EngineClient.IsConnected() and my_index:IsAlive() then
if menu_database.handler.elements["Enable anim breakers"] then
local addons = menu_database.handler.elements["Anim breakers"]
if bit.band(addons, bit.lshift(1, 1)) ~= 0 then
local directory = Menu.FindVar("Aimbot", "Anti Aim", "Misc", "Leg Movement")
directory:Set(cmd.command_number % 3 == 0 and 0 or 1)
end
end
end
end
}
-- @endregion
-- @region: all callbacks
local all_callbacks = {
on_prediction = function(cmd)
ragebot_functions:load_ragebot_functions(cmd)
anti_aimbotting_functions:load_anti_aimbotting_functions(cmd)
breaker_functions.on_prediction(cmd)
end,
on_events = function(e)
ragebot_functions.dormant_aimbot:reset_data(e)
anti_aimbotting_functions.anti_bruteforce:run_work(e)
anti_aimbotting_functions.bombsite_fix:check_bombsite(e)
visual_functions.watermark_modules:count_hurt_shots(e)
visual_functions.hitlog_modules:get_addictional_hits(e)
visual_functions.damage_markers:load_markers_modules(e)
visual_functions.skeet_modules.vars.bomb_info:load_bomb_modules(e)
miscellaneous_functions.trashtalk(e)
miscellaneous_functions:hitsounds(e)
end,
on_draw = function()
visual_functions:load_indicators()
anti_aimbotting_functions:run_main_anti_aim()
end,
on_pre_prediction = function(cmd)
breaker_functions.on_pre_prediction(cmd)
anti_aimbotting_functions.roll_angles:on_pre_prediction(cmd)
end,
on_registered_shot = function(shot)
visual_functions.hitmarker_modules:on_registered_shot(shot)
visual_functions.hitlog_modules:on_registered_shot(shot)
visual_functions:execute_sauron_shots(shot)
visual_functions.damage_markers:on_registered_shot(shot)
visual_functions.skeet_modules.vars.shot_stats:count_shots(shot)
end,
on_destroy = function()
breaker_functions.on_destroy()
end,
on_create_move = function(cmd)
breaker_functions.on_create_move()
anti_aimbotting_functions.roll_angles:on_createmove(cmd)
end,
load_callbacks = function(self)
Cheat.RegisterCallback("prediction", self.on_prediction)
Cheat.RegisterCallback("createmove", self.on_create_move)
Cheat.RegisterCallback("pre_prediction", self.on_pre_prediction)
Cheat.RegisterCallback("events", self.on_events)
Cheat.RegisterCallback("draw", self.on_draw)
Cheat.RegisterCallback("registered_shot", self.on_registered_shot)
Cheat.RegisterCallback("destroy", self.on_destroy)
end
}
all_callbacks:load_callbacks()
-- @endregion
end
--[[
if __name__ == "__main__":
__main__
O_O O_O O_O O_O O_O O_O O_O O_O
--]]
__main__()
