нужно нейд в руку взять все блядь прекрасно работает работает
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LUA скрипт NL | Grenade Helper 22.07.2021
- Автор темы injuan
- Дата начала
-
Автор темы
- #22
Ну во-первых не обзывайся, во-вторых, фиксил я.
Ну ты не плач, теперь на лохах зарабатывать не сможешь, продает он по 1 евро слитый хелпер, поменяв 2 строчки)
Последнее редактирование:
Пользователь
Я на самом деле так и не понял в чем фича, но в хелпере сломался grenade constructor, когда в properies выбираешь run, выдает только настройку прыжка и если попробовать добавить нейд, то он будет еще и ctrl прожимать во время броска
там перепутан джамп и дак поменяй местами
ну и не появляются настройки для рана (сколько бежать)
так что он не до конца пофикшен
первое как я сказал выше нету настройки для run отвечающая за то сколько нужно пробежать перед броском нейда она должна появиться после выбора
и второе как я заметил попутан местами джамп и ран (при активации рана вместо бега-дак и наоборот)
Пользователь
если получится, то благодарочка огромная.
Последнее редактирование:
Designer
Начинающий
Поддерживаю, такой баг имеется, ждём фикса
Пользователь
Я фиксанул все за тебя, теперь можно спокойно нейды добавлять:
Код:
ffi.cdef[[
void* CreateFileA(
const char* lpFileName,
unsigned long dwDesiredAccess,
unsigned long dwShareMode,
unsigned long lpSecurityAttributes,
unsigned long dwCreationDisposition,
unsigned long dwFlagsAndAttributes,
void* hTemplateFile
);
bool ReadFile(
void* hFile,
char* lpBuffer,
unsigned long nNumberOfBytesToRead,
unsigned long* lpNumberOfBytesRead,
int lpOverlapped
);
bool WriteFile(
void* hFile,
char* lpBuffer,
unsigned long nNumberOfBytesToWrite,
unsigned long* lpNumberOfBytesWritten,
void* lpOverlapped
);
unsigned long GetFileSize(
void* hFile,
unsigned long* lpFileSizeHigh
);
bool CreateDirectoryA(
const char* lpPathName,
void* lpSecurityAttributes
);
void* CloseHandle(void *hFile);
typedef int(__fastcall* clantag_t)(const char*, const char*);
typedef struct _OVERLAPPED {
unsigned long* Internal;
unsigned long* InternalHigh;
union {
struct {
unsigned long Offset;
unsigned long OffsetHigh;
} DUMMYSTRUCTNAME;
void* Pointer;
} DUMMYUNIONNAME;
void* hEvent;
} OVERLAPPED, *LPOVERLAPPED;
typedef struct _class
{
void** this;
}aclass;
]]
ffi.C.CreateDirectoryA("nl\\GHelper", nil)
local menu_elements =
{
autostrafe = g_Config:FindVar("Miscellaneous", "Main", "Movement", "Auto Strafe"),
autostrafe_smooth = g_Config:FindVar("Miscellaneous", "Main", "Movement", "Smoothing"),
thirdpeson = g_Config:FindVar("Visuals", "View", "Thirdperson", "Enable Thirdperson"),
fake_angle = g_Config:FindVar("Aimbot", "Anti Aim", "Fake Angle", "Enable Fake Angle"),
double_tap = g_Config:FindVar("Aimbot", "Ragebot", "Exploits", "Double Tap"),
fakelag = g_Config:FindVar("Aimbot", "Anti Aim", "Fake Lag", "Enable Fake Lag"),
}
local lua_elements =
{
nade_helper = menu.Switch("Grenade Helper", "Helper Bind", false),
nade_helper_nades = menu.MultiCombo("Grenade Helper", "Nades", {"HeGrenade", "Molotov", "Smoke", "FlashBang"}, 0),
nade_helper_types = menu.MultiCombo("Grenade Helper", "Presets", {"Custom: Alpha", "Original", "Custom: Bravo", "Custom: Charlie", "Custom: Delta", "Custom: Echo", "Custom: Foxtrot", "Custom: Golf", "Custom: Hotel", "Custom: India", "Custom: Juliet"}, 0),
nade_helper_fov = menu.SliderInt("Grenade Helper", "FOV", 15, 1, 160),
create_nade = menu.Button("Grenade Constructor", "Create a Grenade"),
pitch_slider = menu.SliderFloat("Grenade Constructor", "Pitch", 0, -89, 89),
yaw_slider = menu.SliderFloat("Grenade Constructor", "Yaw", 0, -180, 180),
throw_strengh = menu.SliderFloat("Grenade Constructor", "Throw Strength", 100, 0, 100),
properties = menu.MultiCombo("Grenade Constructor", "Properies", {"Run", "Jump", "Duck"}, 0),
run_duration = menu.SliderInt("Grenade Constructor", "Run Duration", 0, 0, 64),
run_velocity = menu.SliderFloat("Grenade Constructor", "Run Velocity", 0, 0, 450),
run_direction = menu.Combo("Grenade Constructor", "Run Direction", {"Forward", "Backward", "Left", "Right"}, 0),
extend_forward_strenght = menu.Switch("Grenade Constructor", "Extern Forward Strength", false),
backup_direction = menu.Combo("Grenade Constructor", "Backup Direction", {"None", "Forward", "Backward", "Left", "Right"}, 0),
backup_strafe_duration = menu.SliderInt("Grenade Constructor", "Backup Duration", 1, 1, 64),
jump_duration = menu.SliderInt("Grenade Constructor", "Jump Delay", 0, 0, 64),
jump_thresthold = menu.SliderInt("Grenade Constructor", "Jump Strength", 0, 0, 6),
nade_name = menu.TextBox("Grenade Constructor", "Position Name", 64, ""),
nade_description = menu.TextBox("Grenade Constructor", "Description", 64, ""),
nade_teleport = menu.Button("Grenade Constructor", "Teleport to Location"),
nade_update_pos_ang = menu.Button("Grenade Constructor", "Set new Location"),
save_nade_cfg = menu.Combo("Grenade Constructor", "Save At", {"Custom: Alpha", "Custom: Bravo", "Custom: Charlie", "Custom: Delta", "Custom: Echo", "Custom: Foxtrot", "Custom: Golf", "Custom: Hotel", "Custom: India", "Custom: Juliet"}, 0),
save_nade = menu.Button("Grenade Constructor", "Confirm"),
remove_nade = menu.Button("Grenade Constructor", "Cancel"),
nade_helper_theme = menu.Combo("Main", "Theme", {"Dark Blue", "Light", "Dark"}, 0),
user_name = cheat.GetCheatUserName(),
screensize = g_EngineClient:GetScreenSize(),
}
local ragebot_helpers =
{
DisableTargets = function(self)
for i = 1, 64 do
ragebot.IgnoreTarget(i)
end
end,
ForceHead = function(self, index)
for i = 1, 64 do
if(i ~= index) then
ragebot.IgnoreTarget(i)
else
for j = 2, 18 do
ragebot.EnableHitbox(i, j, false)
end
end
end
end,
}
local math_helpers =
{
normalizeangles = function(self, ang)
if(ang.pitch > 180.0) then ang.pitch = ang.pitch - 360.0 end
if(ang.yaw > 180.0) then ang.yaw = ang.yaw - 360.0 end
return ang
end,
normalizefloat = function(self, ang)
if(ang > 180.0) then ang = ang - 360.0 end
if(ang < -180.0) then ang = ang + 360.0 end
return ang
end,
calcangle = function(self, src, dst)
local vecdelta = Vector.new(dst.x - src.x, dst.y - src.y, dst.z - src.z)
local angles = QAngle.new(math.atan2(-vecdelta.z, vecdelta:Length2D()) * 180.0 / math.pi, (math.atan2(vecdelta.y, vecdelta.x) * 180.0 / math.pi), 0.0)
return angles
end,
lerp = function(self, start, vend, time)
return start + (vend - start) * time
end,
clamp = function(self, val, min, max)
if(val > max) then
val = max
elseif(val < min) then
val = min
end
return val
end,
pointinscreen = function(self, point)
if(point.x > 0 and point.x < lua_elements.screensize.x and point.y > 0 and point.y < lua_elements.screensize.x) then
return true
else
return false
end
end,
boxinscreen = function(self, max, min)
if(min.x > 0 and min.x < lua_elements.screensize.x and min.y > 0 and max.y < lua_elements.screensize.x and max.x > 0 and max.x < lua_elements.screensize.x and max.y > 0 and max.y < lua_elements.screensize.x) then
return true
else
return false
end
end,
TIME_TO_TICKS = function(self, time)
return math.floor(time / g_GlobalVars.interval_per_tick + 0.5)
end,
TICKS_TO_TIME = function(self, tick)
return tick * g_GlobalVars.interval_per_tick
end,
}
local target_selection =
{
distance = function(self, localplayer)
local origin = localplayer:GetProp("DT_BaseEntity", "m_vecOrigin")
local bestdistance = 8192.0
local bestplayer = nil
for i = 1, 64 do
local player = g_EntityList:GetClientEntity(i)
if(player == nil) then goto continue end
player = player:GetPlayer()
if(player:IsTeamMate() == true or player:m_lifeState() == 0 or player:IsDormant() == true) then goto continue end
local distance = origin:DistTo(player:GetProp("DT_BaseEntity", "m_vecOrigin"))
if(distance < bestdistance) then
bestdistance = distance
bestplayer = player
end
::continue::
end
return bestplayer
end,
fov = function(self)
end,
}
local movement_helper =
{
--icon = g_Render:LoadImageFromFile("nl/image.png", Vector2.new(32, 32)),
in_run = false,
closest_spot = nil,
render_stuff = {},
cmd_number = 1,
init_size = Vector2.new(36, 36),
--movement_list = nil
on_draw = function(self)
local localplayer = g_EntityList:GetClientEntity(g_EngineClient:GetLocalPlayer())
if(localplayer == nil) then return end
localplayer = localplayer:GetPlayer()
local weapon = localplayer:GetActiveWeapon()
if(weapon == nil) then return end
local isknife = weapon:IsKnife()
local map = g_EngineClient:GetLevelNameShort()
local origin = localplayer:GetProp("DT_BaseEntity", "m_vecOrigin")
local eyepos = localplayer:GetEyePosition()
local movement_size = g_Render:CalcTextSize("movement", 16)
local bestdistance = 200.0
if(self.in_run == false) then self.closest_spot = nil end
for startname, startspot in pairs(self.movement_list) do
if(startspot.map == map and isknife == true) then
local distance = #(startspot.pos - origin)
if(distance < bestdistance) then
distance = bestdistance
if(self.in_run == false) then self.closest_spot = startspot end
end
end
end
for startname, startspot in pairs(self.movement_list) do
if(startspot.map == map) then
if(self.render_stuff[startname] == nil) then self.render_stuff[startname] = {} end
if(self.render_stuff[startname].global_alpha == nil) then self.render_stuff[startname].global_alpha = 0.0 end
if(self.render_stuff[startname].box_length == nil) then self.render_stuff[startname].box_length = self.init_size.x end
if(self.render_stuff[startname].box_height == nil) then self.render_stuff[startname].box_height = self.init_size.y end
if(self.render_stuff[startname].text_alpha == nil) then self.render_stuff[startname].text_alpha = 0.0 end
local distance = #(startspot.pos - origin)
local trace = EngineTrace.TraceRay(eyepos, startspot.pos, localplayer, 0x200400B)
local name_size = g_Render:CalcTextSize(startspot.name, 15)
local length = math.max(name_size.x, movement_size.x) + self.init_size.x + 8
if(trace.fraction > 0.96) then
self.render_stuff[startname].global_alpha = 1.0
if(distance <= 250.0) then
self.render_stuff[startname].box_length = math_helpers:lerp(self.render_stuff[startname].box_length, length, g_GlobalVars.frametime * 15.0)
if(math.abs(length - self.render_stuff[startname].box_length) < 1) then
self.render_stuff[startname].text_alpha = math_helpers:lerp(self.render_stuff[startname].text_alpha, 1.0, g_GlobalVars.frametime * 15.0)
end
else
self.render_stuff[startname].text_alpha = math_helpers:lerp(self.render_stuff[startname].text_alpha, 0.0, g_GlobalVars.frametime * 15.0)
if(self.render_stuff[startname].text_alpha < 0.01) then
self.render_stuff[startname].box_length = math_helpers:lerp(self.render_stuff[startname].box_length, self.init_size.x, g_GlobalVars.frametime * 15.0)
end
end
else
self.render_stuff[startname].text_alpha = math_helpers:lerp(self.render_stuff[startname].text_alpha, 0.0, g_GlobalVars.frametime * 15.0)
if(self.render_stuff[startname].text_alpha < 0.01) then
self.render_stuff[startname].box_length = math_helpers:lerp(self.render_stuff[startname].box_length, self.init_size.x, g_GlobalVars.frametime * 15.0)
if(math.abs(self.init_size.x - self.render_stuff[startname].box_length) < 1) then
self.render_stuff[startname].global_alpha = 0.0
end
end
end
if(isknife == false or self.render_stuff[startname].global_alpha == 0.0) then goto continue end
local screenpos = g_Render:ScreenPosition(Vector.new(startspot.pos.x, startspot.pos.y, startspot.pos.z + 16.0))
g_Render:BoxFilled(Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2, screenpos.y - self.render_stuff[startname].box_height / 2), Vector2.new(screenpos.x + self.render_stuff[startname].box_length / 2, screenpos.y + self.render_stuff[startname].box_height / 2), Color.new(0.1, 0.1, 0.1, self.render_stuff[startname].global_alpha))
g_Render:Image(self.icon, Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 + 2, screenpos.y - self.render_stuff[startname].box_height / 2 + 2), Vector2.new(32, 32))
g_Render:Text("Movement", Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 + self.init_size.x + 3, screenpos.y - self.render_stuff[startname].box_height / 2 + 4), Color.new(1.0, 1.0, 1.0, self.render_stuff[startname].text_alpha), 16)
g_Render:Text(startspot.name, Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 + self.init_size.x + 4, screenpos.y + self.render_stuff[startname].box_height / 2 - 4 - name_size.y), Color.new(1.0, 1.0, 1.0, self.render_stuff[startname].text_alpha), 15)
::continue::
end
end
end,
on_prediction = function(self, cmd)
local localplayer = g_EntityList:GetClientEntity(g_EngineClient:GetLocalPlayer())
if(localplayer == nil or self.closest_spot == nil) then return end
localplayer = localplayer:GetPlayer()
local origin = localplayer:GetProp("DT_BaseEntity", "m_vecOrigin")
local vecdelta = (self.closest_spot.pos - origin)
local distance = #vecdelta
local v1 = bit.band(cmd.buttons, 8) == 8
local v2 = bit.band(cmd.buttons, 16) == 16
local v3 = bit.band(cmd.buttons, 512) == 512
local v4 = bit.band(cmd.buttons, 1024) == 1024
local in_move = (v1 or v2 or v3 or v4)
if(in_move == false and self.in_run == false) then
if(distance > 0.01) then
local viewangles = g_EngineClient:GetViewAngles()
local direction = cheat.VectorToAngle(vecdelta)
direction.yaw = viewangles.yaw - direction.yaw
local move = cheat.AngleToForward(direction)
cmd.forwardmove = move.x * (450.0 * (math.exp(math_helpers:clamp(distance, 0.0, 5.0) - 5.0)) - 2.0)
cmd.sidemove = move.y * (450.0 * (math.exp(math_helpers:clamp(distance, 0.0, 5.0) - 5.0)) - 2.0)
else
self.in_run = true
self.cmd_number = 1
end
end
end,
on_createmove = function(self, cmd)
if(self.in_run == true) then
cmd.buttons = self.closest_spot[self.cmd_number].bb
cmd.forwardmove = self.closest_spot[self.cmd_number].fwd
cmd.sidemove = self.closest_spot[self.cmd_number].sd
cmd.viewangles.pitch = self.closest_spot[self.cmd_number].pitch
cmd.viewangles.yaw = self.closest_spot[self.cmd_number].yaw
cmd.weaponselect = self.closest_spot[self.cmd_number].wpnslt
self.cmd_number = self.cmd_number + 1
if(self.cmd_number > #self.closest_spot) then
self.in_run = false
end
end
end,
}
local grenade_helper =
{
maps = loadstring("return {" .. Http.Get("https://pastebin.com/raw/BcY3RTma") .. "}")(),
custom_maps = {},
nade_type =
{
["44"] = "HeGrenade",
["46"] = "Molotov",
["45"] = "Smoke",
["43"] = "FlashBang",
},
menu_nades =
{
["44"] = 1,
["46"] = 2,
["45"] = 3,
["43"] = 4,
},
theme_colors =
{
[0] = --dark blue
{
head_r = 0.03,
head_g = 0.03,
head_b = 0.05,
body_r = 0.05,
body_g = 0.07,
body_b = 0.12,
target_r = 0.03,
target_g = 0.03,
target_b = 0.05,
gradient_line_r = 0.027,
gradient_line_g = 0.2,
gradient_line_b = 0.3,
text_color_r = 1,
text_color_g = 1,
text_color_b = 1,
},
[1] = --light
{
head_r = 1,
head_g = 1,
head_b = 1,
body_r = 0.8,
body_g = 0.8,
body_b = 0.8,
target_r = 1,
target_g = 1,
target_b = 1,
gradient_line_r = 0.34,
gradient_line_g = 0.32,
gradient_line_b = 0.3,
text_color_r = 0,
text_color_g = 0,
text_color_b = 0,
},
[2] = --dark
{
head_r = 0.03,
head_g = 0.03,
head_b = 0.03,
body_r = 0.06,
body_g = 0.06,
body_b = 0.06,
target_r = 0.03,
target_g = 0.03,
target_b = 0.03,
gradient_line_r = 0.24,
gradient_line_g = 0.23,
gradient_line_b = 0.23,
text_color_r = 1,
text_color_g = 1,
text_color_b = 1,
},
},
config_names =
{
"Alpha",
"Bravo",
"Charlie",
"Delta",
"Echo",
"Foxtrot",
"Golf",
"Hotel",
"India",
"Juliet",
},
movedirections =
{
[0] = 0,
[1] = 180,
[2] = 90,
[3] = -90,
},
closest_nade = nil,
closest_nade_position = Vector.new(0, 0, 0),
render_stuff = {},
should_throw = false,
run_tick = 0,
jump_tick = 0,
old_autostrafe_smooth = 0,
old_autostrafe = false,
doubletap_call = true,
old_doubletap = false,
create_nade_map = "",
create_nade_weaponid = "",
init_ang = QAngle.new(0, 0, 0),
init_pos = Vector.new(0, 0, 0),
load_time = utils.UnixTime(),
strafe_backup_direction = 0,
strafe_backup_button = 0,
strafe_backup_tick = 0,
strafe_backup_duration = 0,
force_forward = false,
force_forward_yaw_direction = 0.0,
extend_forward = function(self, cmd)
if(self.force_forward == true) then
local localplayer = g_EntityList:GetClientEntity(g_EngineClient:GetLocalPlayer())
if(localplayer == nil) then return end
localplayer = localplayer:GetPlayer()
local weapon = localplayer:GetActiveWeapon()
if(weapon == nil) then return end
if(weapon:IsGrenade() == false) then return end
local throwtime = weapon:GetProp("DT_BaseCSGrenade", "m_fThrowTime")
local curtime = localplayer:GetProp("DT_BasePlayer", "m_nTickBase") * g_GlobalVars.interval_per_tick
local direction = 0
if(self.closest_nade.movedirection == 2) then
direction = -45
elseif(self.closest_nade.movedirection == 3) then
direction = 45
end
local movedirection = cmd.viewangles.yaw - (self.closest_nade.ang.yaw + direction)
local move = cheat.AngleToForward(QAngle.new(0, movedirection, 0))
cmd.forwardmove = move.x * 450.0
cmd.sidemove = move.y * 450.0
end
end,
on_backupstrafe = function(self)
if(lua_elements.backup_direction:GetInt() > 0) then
lua_elements.backup_strafe_duration:SetVisible(true)
else
lua_elements.backup_strafe_duration:SetVisible(false)
end
end,
on_properties = function(self)
if(lua_elements.properties:GetBool(1) == true) then
lua_elements.run_duration:SetVisible(true)
lua_elements.run_velocity:SetVisible(true)
lua_elements.run_direction:SetVisible(true)
lua_elements.backup_direction:SetVisible(true)
else
lua_elements.run_duration:SetVisible(false)
lua_elements.run_velocity:SetVisible(false)
lua_elements.run_direction:SetVisible(false)
lua_elements.backup_direction:SetVisible(false)
lua_elements.backup_strafe_duration:SetVisible(false)
lua_elements.run_duration:SetInt(0)
lua_elements.run_velocity:SetFloat(0)
lua_elements.run_direction:SetInt(0)
lua_elements.backup_direction:SetInt(0)
lua_elements.backup_strafe_duration:SetInt(0)
end
if(lua_elements.properties:GetBool(2) == true) then
lua_elements.jump_duration:SetVisible(true)
lua_elements.jump_thresthold:SetVisible(true)
else
lua_elements.jump_duration:SetVisible(false)
lua_elements.jump_thresthold:SetVisible(false)
lua_elements.jump_duration:SetInt(0)
lua_elements.jump_thresthold:SetInt(0)
end
end,
backup_strafe = function(self, cmd)
if(cmd.tick_count - self.strafe_backup_tick <= self.strafe_backup_duration and cmd.tick_count - self.strafe_backup_tick >= 0) then
local movedirection = self.strafe_backup_direction
local move = cheat.AngleToForward(QAngle.new(0, cmd.viewangles.yaw - movedirection, 0))
cmd.forwardmove = move.x * 450.0
cmd.sidemove = move.y * 450.0
if(cmd.tick_count - self.strafe_backup_tick == self.strafe_backup_duration) then
menu_elements.autostrafe_smooth:SetInt(self.old_autostrafe_smooth)
end
end
end,
setup_backup_strafe = function(self, cmd)
if(self.closest_nade.backupdirection ~= 0) then
self.old_autostrafe_smooth = menu_elements.autostrafe_smooth:GetInt()
menu_elements.autostrafe_smooth:SetInt(0)
self.strafe_backup_tick = cmd.tick_count
self.strafe_backup_duration = self.closest_nade.backupduration
self.strafe_backup_direction = (self.closest_nade.ang.yaw + self.movedirections[self.closest_nade.backupdirection - 1])
end
end,
on_nade_update = function(self)
local localplayer = g_EntityList:GetClientEntity(g_EngineClient:GetLocalPlayer())
if(localplayer == nil) then return end
localplayer = localplayer:GetPlayer()
local origin = localplayer:GetProp("DT_BaseEntity", "m_vecOrigin")
local viewangles = g_EngineClient:GetViewAngles()
self.init_pos = Vector.new(origin.x, origin.y, origin.z)
lua_elements.pitch_slider:SetFloat(viewangles.pitch)
lua_elements.yaw_slider:SetFloat(viewangles.yaw)
end,
update_configs = function(self)
if(utils.UnixTime() - self.load_time >= 2000 ) then
self.load_time = utils.UnixTime()
for i = 1, 10 do
if(lua_elements.nade_helper_types:GetBool(i) == false) then goto continue end
local pfile = ffi.cast("void*", ffi.C.CreateFileA("nl\\GHelper\\" .. self.config_names[i] .. ".txt", 0xC0000000, 0x3, 0, 0x4, 0x80, nil))
local size = ffi.C.GetFileSize(pfile, nil)
local buff = ffi.new("char[" ..(size + 1).. "]")
ffi.C.ReadFile(pfile, buff, size, nil, 0)
ffi.C.CloseHandle(pfile)
buff = ffi.string(buff)
buff = "{"..buff.."}"
self.custom_maps[i] = loadstring("return " .. buff)()
::continue::
end
end
end,
on_save_nade = function(self)
local nade = self.maps[self.create_nade_map][self.create_nade_weaponid][1][lua_elements.nade_name:GetString()]
local result = string.format("[\"%s\"] =\n{\n\tpos = Vector.new(%s, %s, %s),\n\tmap = \"%s\",\n\ttype = \"%s\",\n\t[\"%s\"] = \n\t{\n\t\tang = QAngle.new(%s, %s, 0.0),\n\t\trunduration = %s,\n\t\tjumpduration = %s,\n\t\tspeed = %s,\n\t\tduck = %s,\n\t\tjump = %s,\n\t\tstrength = %s,\n\t\tjumpthresthold = %s,\n\t\tdescription = \"%s\",\n\t\tmovedirection = %s,\n\t\tbackupdirection = %s,\n\t\tbackupduration = %s,\n\t\textendforward = %s,\n\t},\n},\n", utils.UnixTime(), self.init_pos.x, self.init_pos.y, self.init_pos.z, self.create_nade_map, self.create_nade_weaponid, lua_elements.nade_name:GetString(), nade.ang.pitch, nade.ang.yaw, nade.runduration, nade.jumpduration, nade.speed, nade.duck, nade.jump, nade.strength, nade.jumpthresthold, nade.description, nade.movedirection, nade.backupdirection, nade.backupduration, nade.extendforward)
local pfile = ffi.cast("void*", ffi.C.CreateFileA("nl\\GHelper\\" .. self.config_names[lua_elements.save_nade_cfg:GetInt() + 1] .. ".txt", 0xC0000000, 0x00000003, 0, 0x4, 0x80, nil))
local overlapped = ffi.new("OVERLAPPED")
overlapped.DUMMYUNIONNAME.DUMMYSTRUCTNAME.Offset = 0xFFFFFFFF
overlapped.DUMMYUNIONNAME.DUMMYSTRUCTNAME.OffsetHigh = 0xFFFFFFFF
ffi.C.WriteFile(pfile, ffi.cast("char*", result), string.len(result), nil, ffi.cast("void*", overlapped))
ffi.C.CloseHandle(pfile)
lua_elements.pitch_slider:SetVisible(false)
lua_elements.yaw_slider:SetVisible(false)
lua_elements.run_duration:SetVisible(false)
lua_elements.run_velocity:SetVisible(false)
lua_elements.jump_duration:SetVisible(false)
lua_elements.jump_thresthold:SetVisible(false)
lua_elements.properties:SetVisible(false)
lua_elements.throw_strengh:SetVisible(false)
lua_elements.nade_name:SetVisible(false)
lua_elements.nade_description:SetVisible(false)
lua_elements.remove_nade:SetVisible(false)
lua_elements.save_nade_cfg:SetVisible(false)
lua_elements.save_nade:SetVisible(false)
lua_elements.create_nade:SetVisible(true)
lua_elements.nade_teleport:SetVisible(false)
lua_elements.nade_update_pos_ang:SetVisible(false)
lua_elements.run_direction:SetVisible(false)
lua_elements.backup_direction:SetVisible(false)
lua_elements.backup_strafe_duration:SetVisible(false)
lua_elements.extend_forward_strenght:SetVisible(false)
table.remove(self.maps[self.create_nade_map][self.create_nade_weaponid], 1)
end,
on_create_nade = function(self)
local localplayer = g_EntityList:GetClientEntity(g_EngineClient:GetLocalPlayer())
if(localplayer == nil) then return end
localplayer = localplayer:GetPlayer()
local weapon = localplayer:GetActiveWeapon()
if(weapon == nil) then return end
if(weapon:IsGrenade() == false) then return end
local weapon_id = weapon:GetWeaponID()
if(weapon_id == 48) then weapon_id = 46 end
local origin = localplayer:GetProp("DT_BaseEntity", "m_vecOrigin")
local viewangles = g_EngineClient:GetViewAngles()
self.create_nade_map = g_EngineClient:GetLevelNameShort()
self.create_nade_weaponid = tostring(weapon_id)
self.init_ang = QAngle.new(viewangles.pitch, viewangles.yaw, 0.0)
self.init_pos = Vector.new(origin.x, origin.y, origin.z)
lua_elements.pitch_slider:SetVisible(true)
lua_elements.yaw_slider:SetVisible(true)
lua_elements.properties:SetVisible(true)
lua_elements.throw_strengh:SetVisible(true)
lua_elements.nade_name:SetVisible(true)
lua_elements.nade_description:SetVisible(true)
lua_elements.create_nade:SetVisible(false)
lua_elements.save_nade_cfg:SetVisible(true)
lua_elements.save_nade:SetVisible(true)
lua_elements.remove_nade:SetVisible(true)
lua_elements.nade_teleport:SetVisible(true)
lua_elements.nade_update_pos_ang:SetVisible(true)
lua_elements.pitch_slider:SetFloat(viewangles.pitch)
lua_elements.yaw_slider:SetFloat(viewangles.yaw)
lua_elements.run_duration:SetInt(0)
lua_elements.run_velocity:SetFloat(450)
lua_elements.jump_duration:SetInt(0)
lua_elements.jump_thresthold:SetInt(0)
for i = 1, 3 do
lua_elements.properties:SetBool(i, false)
end
lua_elements.throw_strengh:SetFloat(100)
lua_elements.nade_name:SetString("")
lua_elements.nade_description:SetString("")
lua_elements.run_direction:SetInt(0)
lua_elements.backup_direction:SetInt(0)
lua_elements.backup_strafe_duration:SetInt(1)
lua_elements.extend_forward_strenght:SetBool(false)
if(self.maps[self.create_nade_map] == nil) then
self.maps[self.create_nade_map] = {}
end
if(self.maps[self.create_nade_map][self.create_nade_weaponid] == nil) then
self.maps[self.create_nade_map][self.create_nade_weaponid] = {}
end
table.insert(self.maps[self.create_nade_map][self.create_nade_weaponid], {pos = self.init_pos, [""] = {ang = self.init_ang, runduration = 0, jumpduration = 0, speed = 0, duck = false, jump = false, strength = 1, description = "", movedirection = 0, backupdirection = 0,}})
end,
on_remove_nade = function(self)
lua_elements.pitch_slider:SetVisible(false)
lua_elements.yaw_slider:SetVisible(false)
lua_elements.run_duration:SetVisible(false)
lua_elements.run_velocity:SetVisible(false)
lua_elements.jump_duration:SetVisible(false)
lua_elements.jump_thresthold:SetVisible(false)
lua_elements.properties:SetVisible(false)
lua_elements.throw_strengh:SetVisible(false)
lua_elements.nade_name:SetVisible(false)
lua_elements.nade_description:SetVisible(false)
lua_elements.remove_nade:SetVisible(false)
lua_elements.save_nade_cfg:SetVisible(false)
lua_elements.save_nade:SetVisible(false)
lua_elements.create_nade:SetVisible(true)
lua_elements.nade_teleport:SetVisible(false)
lua_elements.nade_update_pos_ang:SetVisible(false)
lua_elements.run_direction:SetVisible(false)
lua_elements.backup_direction:SetVisible(false)
lua_elements.backup_strafe_duration:SetVisible(false)
lua_elements.extend_forward_strenght:SetVisible(false)
table.remove(self.maps[self.create_nade_map][self.create_nade_weaponid], 1)
end,
on_teleport_nade = function(self)
g_EngineClient:ClientCmd("setpos " .. self.init_pos.x .. " " .. self.init_pos.y .. " " .. self.init_pos.z)
g_EngineClient:ClientCmd("setang " .. self.init_ang.pitch .. " " .. self.init_ang.yaw .. " 0.0")
end,
on_draw = function(self)
if(self.maps[self.create_nade_map] and self.maps[self.create_nade_map][self.create_nade_weaponid] and self.maps[self.create_nade_map][self.create_nade_weaponid][1]) then
self.init_ang.pitch = lua_elements.pitch_slider:GetFloat()
self.init_ang.yaw = lua_elements.yaw_slider:GetFloat()
self.maps[self.create_nade_map][self.create_nade_weaponid][1] = {pos = self.init_pos, [lua_elements.nade_name:GetString()] = {ang = self.init_ang, runduration = lua_elements.run_duration:GetInt(), speed = lua_elements.run_velocity:GetFloat(), jumpduration = lua_elements.jump_duration:GetInt(), jumpthresthold = lua_elements.jump_thresthold:GetInt(), strength = lua_elements.throw_strengh:GetFloat() / 100.0, duck = lua_elements.properties:GetBool(3), jump = lua_elements.properties:GetBool(2), description = lua_elements.nade_description:GetString(), movedirection = lua_elements.run_direction:GetInt(), backupdirection = lua_elements.backup_direction:GetInt(), backupduration = lua_elements.backup_strafe_duration:GetInt(), extendforward = lua_elements.extend_forward_strenght:GetBool(),}}
end
local localplayer = g_EntityList:GetClientEntity(g_EngineClient:GetLocalPlayer())
if(localplayer == nil) then return end
local map = g_EngineClient:GetLevelNameShort()
self.closest_nade_position = nil
if(self.should_throw == false) then self.closest_nade = nil end
localplayer = localplayer:GetPlayer()
local vecOrigin = localplayer:GetProp("DT_BaseEntity", "m_vecOrigin")
local vecEyePosition = localplayer:GetEyePosition()
local angViewAngles = g_EngineClient:GetViewAngles()
local weapon = localplayer:GetActiveWeapon()
local screencenter = Vector2.new(lua_elements.screensize.x / 2, lua_elements.screensize.y / 2)
if(weapon == nil) then return end
local weapon_id = weapon:GetWeaponID()
if(weapon_id == 48) then weapon_id = 46 end
if(weapon_id == 47) then return end
local map_list = self.maps[map]
local nade_list = nil
if(map_list) then nade_list = map_list[tostring(weapon_id)] end
--for i=1, #self.maps do
--end
if(weapon:IsGrenade() == false) then
if(self.should_throw == true) then
menu_elements.autostrafe:SetBool(self.old_autostrafe)
menu_elements.autostrafe_smooth:SetInt(self.old_autostrafe_smooth)
end
self.closest_nade = nil
self.closest_nade_position = nil
self.should_throw = false
self.has_strength = false
self.has_duck = true
self.run_tick = 0
self.jump_tick = 0
if(map_list) then
for nade_type, list in pairs(map_list) do
for startname, startspot in pairs(list) do
if(self.render_stuff[startname]) then
self.render_stuff[startname].global_alpha = 0.0
self.render_stuff[startname].text_alpha = 0.0
self.render_stuff[startname].icon_alpha = 0.0
self.render_stuff[startname].box_length = 16.0
self.render_stuff[startname].box_height = 16.0
self.render_stuff[startname].box_additions_alpha = 0.0
end
for endname, endspot in pairs(startspot) do
if(type(endspot) == "table") then
if(self.render_stuff[startname] and self.render_stuff[startname][endname]) then
self.render_stuff[startname][endname].global_alpha = 0.0
self.render_stuff[startname][endname].text_alpha = 0.0
self.render_stuff[startname][endname].box_length = 10.0
self.render_stuff[startname][endname].description_box_height = 0.0
self.render_stuff[startname][endname].description_text_alpha = 0.0
end
end
end
end
end
end
for i = 1, 10 do
if(self.custom_maps[i] and lua_elements.nade_helper_types:GetBool(i) == true ) then
for startname, startspot in pairs(self.custom_maps[i]) do
if(map == startspot.map) then
if(self.render_stuff[startname]) then
self.render_stuff[startname].global_alpha = 0.0
self.render_stuff[startname].text_alpha = 0.0
self.render_stuff[startname].icon_alpha = 0.0
self.render_stuff[startname].box_length = 16.0
self.render_stuff[startname].box_height = 16.0
self.render_stuff[startname].box_additions_alpha = 0.0
end
for endname, endspot in pairs(startspot) do
if(type(endspot) == "table") then
if(self.render_stuff[startname] and self.render_stuff[startname][endname]) then
self.render_stuff[startname][endname].global_alpha = 0.0
self.render_stuff[startname][endname].text_alpha = 0.0
self.render_stuff[startname][endname].box_length = 10.0
self.render_stuff[startname][endname].description_box_height = 0.0
self.render_stuff[startname][endname].description_text_alpha = 0.0
end
end
end
end
end
end
end
return
end
local color_set = self.theme_colors[lua_elements.nade_helper_theme:GetInt()]
local bestdistance = 100.0
local temp_nade = nil
if(nade_list) then
for startname, startspot in pairs(nade_list) do
if((lua_elements.nade_helper_types:GetBool(2) == false or lua_elements.nade_helper_nades:GetBool(self.menu_nades[tostring(weapon_id)]) == false) and startname ~= 1) then goto continue end
local distance = vecOrigin:DistTo(startspot.pos)
if(distance < 100.0 and distance < bestdistance) then
if(self.should_throw == false) then self.closest_nade_position = startspot.pos end
bestdistance = distance
temp_nade = startspot
end
::continue::
end
end
for i = 1, 10 do
if(self.custom_maps[i] and lua_elements.nade_helper_types:GetBool(i) == true) then
for createtime, startspot in pairs(self.custom_maps[i]) do
if(map == startspot.map) then
if(tostring(weapon_id) == startspot.type and lua_elements.nade_helper_nades:GetBool(self.menu_nades[startspot.type]) == true) then
local distance = vecOrigin:DistTo(startspot.pos)
if(distance < 100.0 and distance < bestdistance) then
if(self.should_throw == false) then self.closest_nade_position = startspot.pos end
bestdistance = distance
temp_nade = startspot
end
end
end
end
end
end
if(nade_list) then
for startname, startspot in pairs(nade_list) do
if((lua_elements.nade_helper_types:GetBool(2) == false or lua_elements.nade_helper_nades:GetBool(self.menu_nades[tostring(weapon_id)]) == false) and startname ~= 1) then goto continue end
if(self.render_stuff[startname] == nil) then self.render_stuff[startname] = {} end
if(self.render_stuff[startname].global_alpha == nil) then self.render_stuff[startname].global_alpha = 0.0 end
if(self.render_stuff[startname].box_length == nil) then self.render_stuff[startname].box_length = 30.0 end
if(self.render_stuff[startname].box_height == nil) then self.render_stuff[startname].box_height = 30.0 end
if(self.render_stuff[startname].text_alpha == nil) then self.render_stuff[startname].text_alpha = 0.0 end
if(self.render_stuff[startname].icon_alpha == nil) then self.render_stuff[startname].icon_alpha = 0.0 end
if(self.render_stuff[startname].box_additions_alpha == nil) then self.render_stuff[startname].box_additions_alpha = 0.0 end
local distance = vecOrigin:DistTo(startspot.pos)
if(distance > 1750.0) then
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 0.0, g_GlobalVars.frametime * 20.0)
else
local trace = EngineTrace.TraceRay(vecEyePosition, startspot.pos, localplayer, 0x200400B)
if(trace.fraction > 0.98) then
if(distance > 1250.0) then
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 0.4, g_GlobalVars.frametime * 20.0)
elseif(distance < 5.0) then
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 1.0, g_GlobalVars.frametime * 20.0)
else
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 0.8, g_GlobalVars.frametime * 20.0)
end
else
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 0.0, g_GlobalVars.frametime * 20.0)
end
end
if(self.render_stuff[startname].global_alpha < 0.01) then goto continue end
local screenpos = g_Render:ScreenPosition(Vector.new(startspot.pos.x, startspot.pos.y, startspot.pos.z + 10.0))
local nade_type_size = g_Render:CalcTextSize(self.nade_type[tostring(weapon_id)], 14)
local bestlength = 0
local num_spots = 0
local temp_fov_nade = nil
local temp_fov_name = nil
local bestfov = lua_elements.nade_helper_fov:GetInt()
for endname, endspot in pairs(startspot) do
if(type(endspot) == "table") then
local name_size = g_Render:CalcTextSize(endname, 14)
if(name_size.x > bestlength) then bestlength = name_size.x end
if(self.render_stuff[startname][endname] == nil) then self.render_stuff[startname][endname] = {} end
if(self.render_stuff[startname][endname].global_alpha == nil) then self.render_stuff[startname][endname].global_alpha = 0.0 end
if(self.render_stuff[startname][endname].box_length == nil) then self.render_stuff[startname][endname].box_length = 10.0 end
if(self.render_stuff[startname][endname].text_alpha == nil) then self.render_stuff[startname][endname].text_alpha = 0.0 end
if(self.render_stuff[startname][endname].circle_color == nil) then self.render_stuff[startname][endname].circle_color = Color.new(0.15, 0.15, 0.15, 0.0) end
if(self.render_stuff[startname][endname].description_box_height == nil) then self.render_stuff[startname][endname].description_box_height = 0.0 end
if(self.render_stuff[startname][endname].description_text_alpha == nil) then self.render_stuff[startname][endname].description_text_alpha = 0.0 end
if(endspot.endposition == nil) then
local vecStart = Vector.new(startspot.pos.x, startspot.pos.y, startspot.pos.z + 64.0)
local forward = cheat.AngleToForward(endspot.ang)
local vecEnd = Vector.new(vecStart.x + 800.0 * forward.x, vecStart.y + 800.0 * forward.y, vecStart.z + 800.0 * forward.z)
local trace = EngineTrace.TraceRay(vecStart, vecEnd, localplayer, 0x46004003)
endspot.endposition = Vector.new(trace.endpos.x, trace.endpos.y, trace.endpos.z)
end
if(endspot.jumpthresthold == nil) then
endspot.jumpthresthold = 0
end
if(endspot.movedirection == nil) then
endspot.movedirection = 0
end
if(endspot.backupdirection == nil) then
endspot.backupdirection = 0
end
if(endspot.backupduration == nil) then
endspot.backupduration = 1
end
if(endspot.extendforward == nil) then
endspot.extendforward = false
end
local angles = math_helpers:normalizeangles(math_helpers:calcangle(vecEyePosition, endspot.endposition))
local fov = math.sqrt((angles.pitch - angViewAngles.pitch) ^ 2 + (angles.yaw - angViewAngles.yaw) ^ 2)
fov = math_helpers:normalizefloat(fov)
fov = math.abs(fov)
if(fov < bestfov and distance <= 50.0 and startspot == temp_nade) then
bestfov = fov
temp_fov_nade = endspot
temp_fov_name = endname
if(self.should_throw == false) then self.closest_nade = endspot end
end
num_spots = num_spots + 1
end
end
for endname, endspot in pairs(startspot) do
if(type(endspot) ~= "table" or endspot == temp_fov_nade) then goto continue end
local screenpos = g_Render:ScreenPosition(endspot.endposition)
local name_size = g_Render:CalcTextSize(endname, 14)
local r = math_helpers:lerp(self.render_stuff[startname][endname].circle_color.r, 0.3, g_GlobalVars.frametime * 15.0)
local g = math_helpers:lerp(self.render_stuff[startname][endname].circle_color.g, 0.3, g_GlobalVars.frametime * 15.0)
local b = math_helpers:lerp(self.render_stuff[startname][endname].circle_color.b, 0.3, g_GlobalVars.frametime * 15.0)
local desired_box_length = name_size.x + 20
if(endspot.description and string.len(endspot.description) > 0) then
local desc_size = g_Render:CalcTextSize(endspot.description, 11)
desired_box_height = 16
if(self.render_stuff[startname][endname].description_text_alpha > 0.01) then desired_box_length = math.max(desired_box_length, desc_size.x) end
end
self.render_stuff[startname][endname].description_text_alpha = math_helpers:lerp(self.render_stuff[startname][endname].description_text_alpha, 0.0, g_GlobalVars.frametime * 60.0)
if(distance > 50.0 or startspot ~= temp_nade) then
self.render_stuff[startname][endname].text_alpha = math_helpers:lerp(self.render_stuff[startname][endname].text_alpha, 0.0, g_GlobalVars.frametime * 60.0)
if(self.render_stuff[startname][endname].text_alpha < 0.01) then
self.render_stuff[startname][endname].box_length = math_helpers:lerp(self.render_stuff[startname][endname].box_length, 10.0, g_GlobalVars.frametime * 30.0)
self.render_stuff[startname][endname].description_box_height = math_helpers:lerp(self.render_stuff[startname][endname].description_box_height, 0.0, g_GlobalVars.frametime * 30.0)
if(self.render_stuff[startname][endname].box_length - 10.0 < 0.1 and self.render_stuff[startname][endname].description_box_height < 0.1) then
self.render_stuff[startname][endname].global_alpha = math_helpers:lerp(self.render_stuff[startname][endname].global_alpha, 0.0, g_GlobalVars.frametime * 60.0)
end
end
else
if(screenpos.x + self.render_stuff[startname][endname].box_length + 2 > lua_elements.screensize.x or screenpos.x < 12 or screenpos.y + 10 > lua_elements.screensize.y or screenpos.y < 10) then
self.render_stuff[startname][endname].global_alpha = math_helpers:lerp(self.render_stuff[startname][endname].global_alpha, 1.0, g_GlobalVars.frametime * 60.0)
else
self.render_stuff[startname][endname].global_alpha = math_helpers:lerp(self.render_stuff[startname][endname].global_alpha, 0.6, g_GlobalVars.frametime * 60.0)
end
if(self.render_stuff[startname][endname].global_alpha > 0.58) then
self.render_stuff[startname][endname].box_length = math_helpers:lerp(self.render_stuff[startname][endname].box_length, desired_box_length, g_GlobalVars.frametime * 30.0)
if(desired_box_length - self.render_stuff[startname][endname].box_length < 0.1) then
self.render_stuff[startname][endname].text_alpha = math_helpers:lerp(self.render_stuff[startname][endname].text_alpha, self.render_stuff[startname][endname].global_alpha, g_GlobalVars.frametime * 60.0)
if(self.render_stuff[startname][endname].description_text_alpha < 0.01) then
self.render_stuff[startname][endname].description_box_height = math_helpers:lerp(self.render_stuff[startname][endname].description_box_height, 0.0, g_GlobalVars.frametime * 60.0)
end
end
end
end
self.render_stuff[startname][endname].circle_color = Color.new(r, g, b, self.render_stuff[startname][endname].global_alpha)
if(self.render_stuff[startname][endname].global_alpha < 0.01) then goto continue end
if(screenpos.x + self.render_stuff[startname][endname].box_length + 2 > lua_elements.screensize.x or screenpos.x < 12 or screenpos.y + 10 > lua_elements.screensize.y or screenpos.y < 10) then
local vecdelta = Vector2.new(screenpos.x - screencenter.x, screenpos.y - screencenter.y)
local length = #vecdelta
local cos = vecdelta.x / length
local sin = vecdelta.y / length
local max_legnth = #screencenter
local newpos = Vector2.new(screencenter.x + max_legnth * cos, screencenter.y + max_legnth * sin)
if(newpos.x + self.render_stuff[startname][endname].box_length > lua_elements.screensize.x) then newpos.x = lua_elements.screensize.x - self.render_stuff[startname][endname].box_length - 18
elseif(newpos.x < 16) then newpos.x = 28 end
if(newpos.y + 16 > lua_elements.screensize.y) then newpos.y = lua_elements.screensize.y - 28
elseif(newpos.y < 16) then newpos.y = 28 end
screenpos = newpos
end
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y - 8), Vector2.new(screenpos.x + self.render_stuff[startname][endname].box_length, screenpos.y + 8), Color.new(color_set.target_r, color_set.target_g, color_set.target_b, self.render_stuff[startname][endname].global_alpha))
g_Render:Text(endname, Vector2.new(screenpos.x + 10, screenpos.y - name_size.y / 2), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname][endname].text_alpha), 14)
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y + 8), Vector2.new(screenpos.x + self.render_stuff[startname][endname].box_length, screenpos.y + 8 + self.render_stuff[startname][endname].description_box_height), Color.new(color_set.body_r, color_set.body_g, color_set.body_b, self.render_stuff[startname][endname].global_alpha))
g_Render:CircleFilled(screenpos, 5, 15, self.render_stuff[startname][endname].circle_color)
g_Render:Circle(screenpos, 5, 15, Color.new(0.1, 0.1, 0.1, self.render_stuff[startname][endname].global_alpha))
::continue::
end
if(temp_fov_nade) then
local screenpos = g_Render:ScreenPosition(temp_fov_nade.endposition)
local name_size = g_Render:CalcTextSize(temp_fov_name, 14)
local r = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].circle_color.r, 0.01, g_GlobalVars.frametime * 15.0)
local g = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].circle_color.g, 0.65, g_GlobalVars.frametime * 15.0)
local b = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].circle_color.b, 0.96, g_GlobalVars.frametime * 15.0)
self.render_stuff[startname][temp_fov_name].global_alpha = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].global_alpha, 0.9, g_GlobalVars.frametime * 30.0)
self.render_stuff[startname][temp_fov_name].circle_color = Color.new(r, g, b, self.render_stuff[startname][temp_fov_name].global_alpha)
local desired_box_length = name_size.x + 20
local desired_box_height = 0
if(temp_fov_nade.description and string.len(temp_fov_nade.description) > 0) then
local desc_size = g_Render:CalcTextSize(temp_fov_nade.description, 11)
desired_box_height = 16
if(desc_size.x > desired_box_length) then desired_box_length = math.max(desired_box_length, desc_size.x) end
end
if(self.render_stuff[startname][temp_fov_name].global_alpha > 0.88) then
self.render_stuff[startname][temp_fov_name].box_length = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].box_length, desired_box_length, g_GlobalVars.frametime * 30.0)
self.render_stuff[startname][temp_fov_name].description_box_height = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].description_box_height, desired_box_height, g_GlobalVars.frametime * 30.0)
if(desired_box_length - self.render_stuff[startname][temp_fov_name].box_length < 0.1 and desired_box_height - self.render_stuff[startname][temp_fov_name].description_box_height < 0.1) then
self.render_stuff[startname][temp_fov_name].text_alpha = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].text_alpha, 1.0, g_GlobalVars.frametime * 30.0)
self.render_stuff[startname][temp_fov_name].description_text_alpha = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].description_text_alpha, 1.0, g_GlobalVars.frametime * 30.0)
end
end
if(screenpos.x + self.render_stuff[startname][temp_fov_name].box_length + 2 > lua_elements.screensize.x or screenpos.x < 12 or screenpos.y + 10 > lua_elements.screensize.y or screenpos.y < 10) then
local vecdelta = Vector2.new(screenpos.x - screencenter.x, screenpos.y - screencenter.y)
local length = #vecdelta
local cos = vecdelta.x / length
local sin = vecdelta.y / length
local max_legnth = #screencenter
local newpos = Vector2.new(screencenter.x + max_legnth * cos, screencenter.y + max_legnth * sin)
if(newpos.x + self.render_stuff[startname][temp_fov_name].box_length > lua_elements.screensize.x) then newpos.x = lua_elements.screensize.x - self.render_stuff[startname][temp_fov_name].box_length - 18
elseif(newpos.x < 16) then newpos.x = 28 end
if(newpos.y + 16 > lua_elements.screensize.y) then newpos.y = lua_elements.screensize.y - 28
elseif(newpos.y < 16) then newpos.y = 28 end
screenpos = newpos
end
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y - 8), Vector2.new(screenpos.x + self.render_stuff[startname][temp_fov_name].box_length, screenpos.y + 8), Color.new(color_set.target_r, color_set.target_g, color_set.target_b, self.render_stuff[startname][temp_fov_name].global_alpha))
g_Render:Text(temp_fov_name, Vector2.new(screenpos.x + 10, screenpos.y - name_size.y / 2), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname][temp_fov_name].text_alpha), 14)
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y + 8), Vector2.new(screenpos.x + self.render_stuff[startname][temp_fov_name].box_length, screenpos.y + 8 + self.render_stuff[startname][temp_fov_name].description_box_height), Color.new(color_set.body_r, color_set.body_g, color_set.body_b, self.render_stuff[startname][temp_fov_name].global_alpha))
if(temp_fov_nade.description and string.len(temp_fov_nade.description) > 0) then
local desc_size = g_Render:CalcTextSize(temp_fov_nade.description, 11)
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y + 8), Vector2.new(screenpos.x + self.render_stuff[startname][temp_fov_name].box_length, screenpos.y + 9), Color.new(color_set.gradient_line_r, color_set.gradient_line_g, color_set.gradient_line_b, self.render_stuff[startname][temp_fov_name].global_alpha))
g_Render:Text(temp_fov_nade.description, Vector2.new(screenpos.x - 5, screenpos.y + 8 + self.render_stuff[startname][temp_fov_name].description_box_height / 2 - desc_size.y / 2), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname][temp_fov_name].description_text_alpha), 11)
end
g_Render:CircleFilled(screenpos, 5, 15, self.render_stuff[startname][temp_fov_name].circle_color)
g_Render:Circle(screenpos, 5, 15, Color.new(0.1, 0.1, 0.1, self.render_stuff[startname][temp_fov_name].global_alpha))
end
if(bestlength < nade_type_size.x) then bestlength = nade_type_size.x end
if(distance < 400.0 and (temp_nade and temp_nade == startspot or temp_nade == nil or lua_elements.nade_helper:GetBool() == false)) then
self.render_stuff[startname].box_length = math_helpers:lerp(self.render_stuff[startname].box_length, bestlength, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].box_height = math_helpers:lerp(self.render_stuff[startname].box_height, num_spots * 16 + 12, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].icon_alpha = math_helpers:lerp(self.render_stuff[startname].icon_alpha, 0.0, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].box_additions_alpha = math_helpers:lerp(self.render_stuff[startname].box_additions_alpha, self.render_stuff[startname].global_alpha, g_GlobalVars.frametime * 20.0)
if(bestlength - self.render_stuff[startname].box_length < 0.1) then
self.render_stuff[startname].box_additions_alpha = math_helpers:lerp(self.render_stuff[startname].box_additions_alpha, self.render_stuff[startname].global_alpha, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].text_alpha = math_helpers:lerp(self.render_stuff[startname].text_alpha, self.render_stuff[startname].global_alpha, g_GlobalVars.frametime * 20.0)
end
elseif(distance > 400 or (temp_nade and temp_nade ~= startspot)) then
self.render_stuff[startname].text_alpha = math_helpers:lerp(self.render_stuff[startname].text_alpha, 0.0, g_GlobalVars.frametime * 20.0)
if(self.render_stuff[startname].text_alpha < 0.01) then
self.render_stuff[startname].box_additions_alpha = math_helpers:lerp(self.render_stuff[startname].box_additions_alpha, 0.0, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].icon_alpha = math_helpers:lerp(self.render_stuff[startname].icon_alpha, self.render_stuff[startname].global_alpha, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].box_length = math_helpers:lerp(self.render_stuff[startname].box_length, 16, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].box_height = math_helpers:lerp(self.render_stuff[startname].box_height, 16, g_GlobalVars.frametime * 20.0)
end
end
g_Render:BoxFilled(Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 - 3, screenpos.y + 1), Vector2.new(screenpos.x + self.render_stuff[startname].box_length / 2 + 3, screenpos.y - self.render_stuff[startname].box_height - 3), Color.new(color_set.body_r, color_set.body_g, color_set.body_b, 0.95 * self.render_stuff[startname].global_alpha)) -- тело
g_Render:BoxFilled(Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 - 3, screenpos.y - self.render_stuff[startname].box_height + 12), Vector2.new(screenpos.x + self.render_stuff[startname].box_length / 2 + 3, screenpos.y - self.render_stuff[startname].box_height - 4), Color.new(color_set.head_r, color_set.head_g, color_set.head_b, self.render_stuff[startname].box_additions_alpha)) -- рамка
g_Render:Text(self.nade_type[tostring(weapon_id)], Vector2.new(screenpos.x - nade_type_size.x / 2, screenpos.y - self.render_stuff[startname].box_height + 12 - nade_type_size.y), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname].text_alpha), 14)
g_Render:BoxFilled(Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 - 3, screenpos.y - self.render_stuff[startname].box_height + 12), Vector2.new(screenpos.x + self.render_stuff[startname].box_length / 2 + 3, screenpos.y - self.render_stuff[startname].box_height + 13), Color.new(color_set.gradient_line_r, color_set.gradient_line_g, color_set.gradient_line_b, self.render_stuff[startname].box_additions_alpha)) -- градиент
g_Render:Box(Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 - 3, screenpos.y + 1), Vector2.new(screenpos.x + self.render_stuff[startname].box_length / 2 + 3, screenpos.y - self.render_stuff[startname].box_height - 3), Color.new(0.1, 0.15, 0.2, self.render_stuff[startname].global_alpha))
local icon_size = g_Render:CalcWeaponIconSize(weapon_id, 20)
g_Render:WeaponIcon(weapon_id, Vector2.new(screenpos.x - icon_size.x / 2, screenpos.y - icon_size.y - 1), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname].icon_alpha), 20)
num_spots = 0
for endname, endspot in pairs(startspot) do
if(type(endspot) == "table") then
local name_size = g_Render:CalcTextSize(endname, 14)
g_Render:Text(endname, Vector2.new(screenpos.x - name_size.x / 2, screenpos.y - (15 * num_spots) - name_size.y), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname].text_alpha), 14)
num_spots = num_spots + 1
end
end
::continue::
end
end
for i = 1, 10 do
if(self.custom_maps[i] and lua_elements.nade_helper_types:GetBool(i) == true) then
for startname, startspot in pairs(self.custom_maps[i]) do
if(lua_elements.nade_helper_types:GetBool(i) == false or lua_elements.nade_helper_nades:GetBool(self.menu_nades[tostring(weapon_id)]) == false or startspot.map ~= map or tostring(weapon_id) ~= startspot.type) then goto continue end
if(self.render_stuff[startname] == nil) then self.render_stuff[startname] = {} end
if(self.render_stuff[startname].global_alpha == nil) then self.render_stuff[startname].global_alpha = 0.0 end
if(self.render_stuff[startname].box_length == nil) then self.render_stuff[startname].box_length = 30.0 end
if(self.render_stuff[startname].box_height == nil) then self.render_stuff[startname].box_height = 30.0 end
if(self.render_stuff[startname].text_alpha == nil) then self.render_stuff[startname].text_alpha = 0.0 end
if(self.render_stuff[startname].icon_alpha == nil) then self.render_stuff[startname].icon_alpha = 0.0 end
if(self.render_stuff[startname].box_additions_alpha == nil) then self.render_stuff[startname].box_additions_alpha = 0.0 end
local distance = vecOrigin:DistTo(startspot.pos)
if(distance > 1750.0) then
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 0.0, g_GlobalVars.frametime * 20.0)
else
local trace = EngineTrace.TraceRay(vecEyePosition, startspot.pos, localplayer, 0x200400B)
if(trace.fraction > 0.98) then
if(distance > 1250.0) then
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 0.4, g_GlobalVars.frametime * 20.0)
elseif(distance < 5.0) then
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 1.0, g_GlobalVars.frametime * 20.0)
else
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 0.8, g_GlobalVars.frametime * 20.0)
end
else
self.render_stuff[startname].global_alpha = math_helpers:lerp(self.render_stuff[startname].global_alpha, 0.0, g_GlobalVars.frametime * 20.0)
end
end
if(self.render_stuff[startname].global_alpha < 0.01) then goto continue end
local screenpos = g_Render:ScreenPosition(Vector.new(startspot.pos.x, startspot.pos.y, startspot.pos.z + 10.0))
local nade_type_size = g_Render:CalcTextSize(self.nade_type[tostring(weapon_id)], 14)
local bestlength = 0
local num_spots = 0
local temp_fov_nade = nil
local temp_fov_name = nil
local bestfov = lua_elements.nade_helper_fov:GetInt()
for endname, endspot in pairs(startspot) do
if(type(endspot) == "table") then
local name_size = g_Render:CalcTextSize(endname, 14)
if(name_size.x > bestlength) then bestlength = name_size.x end
if(self.render_stuff[startname][endname] == nil) then self.render_stuff[startname][endname] = {} end
if(self.render_stuff[startname][endname].global_alpha == nil) then self.render_stuff[startname][endname].global_alpha = 0.0 end
if(self.render_stuff[startname][endname].box_length == nil) then self.render_stuff[startname][endname].box_length = 10.0 end
if(self.render_stuff[startname][endname].text_alpha == nil) then self.render_stuff[startname][endname].text_alpha = 0.0 end
if(self.render_stuff[startname][endname].circle_color == nil) then self.render_stuff[startname][endname].circle_color = Color.new(0.15, 0.15, 0.15, 0.0) end
if(self.render_stuff[startname][endname].description_box_height == nil) then self.render_stuff[startname][endname].description_box_height = 0.0 end
if(self.render_stuff[startname][endname].description_text_alpha == nil) then self.render_stuff[startname][endname].description_text_alpha = 0.0 end
if(endspot.endposition == nil) then
local vecStart = Vector.new(startspot.pos.x, startspot.pos.y, startspot.pos.z + 64.0)
local forward = cheat.AngleToForward(endspot.ang)
local vecEnd = Vector.new(vecStart.x + 800.0 * forward.x, vecStart.y + 800.0 * forward.y, vecStart.z + 800.0 * forward.z)
local trace = EngineTrace.TraceRay(vecStart, vecEnd, localplayer, 0x46004003)
endspot.endposition = Vector.new(trace.endpos.x, trace.endpos.y, trace.endpos.z)
end
if(endspot.jumpthresthold == nil) then
endspot.jumpthresthold = 0
end
if(endspot.movedirection == nil) then
endspot.movedirection = 0
end
if(endspot.backupdirection == nil) then
endspot.backupdirection = 0
end
if(endspot.backupduration == nil) then
endspot.backupduration = 1
end
if(endspot.extendforward == nil) then
endspot.extendforward = false
end
local angles = math_helpers:normalizeangles(math_helpers:calcangle(vecEyePosition, endspot.endposition))
local fov = math.sqrt((angles.pitch - angViewAngles.pitch) ^ 2 + (angles.yaw - angViewAngles.yaw) ^ 2)
fov = math_helpers:normalizefloat(fov)
fov = math.abs(fov)
if(fov < bestfov and distance <= 50.0 and startspot == temp_nade) then
bestfov = fov
temp_fov_nade = endspot
temp_fov_name = endname
if(self.should_throw == false) then self.closest_nade = endspot end
end
num_spots = num_spots + 1
end
end
for endname, endspot in pairs(startspot) do
if(type(endspot) ~= "table" or endspot == temp_fov_nade) then goto continue end
local screenpos = g_Render:ScreenPosition(endspot.endposition)
local name_size = g_Render:CalcTextSize(endname, 14)
local r = math_helpers:lerp(self.render_stuff[startname][endname].circle_color.r, 0.3, g_GlobalVars.frametime * 15.0)
local g = math_helpers:lerp(self.render_stuff[startname][endname].circle_color.g, 0.3, g_GlobalVars.frametime * 15.0)
local b = math_helpers:lerp(self.render_stuff[startname][endname].circle_color.b, 0.3, g_GlobalVars.frametime * 15.0)
local desired_box_length = name_size.x + 20
if(endspot.description and string.len(endspot.description) > 0) then
local desc_size = g_Render:CalcTextSize(endspot.description, 11)
desired_box_height = 16
if(self.render_stuff[startname][endname].description_text_alpha > 0.01) then desired_box_length = math.max(desired_box_length, desc_size.x) end
end
self.render_stuff[startname][endname].description_text_alpha = math_helpers:lerp(self.render_stuff[startname][endname].description_text_alpha, 0.0, g_GlobalVars.frametime * 60.0)
if(distance > 50.0 or startspot ~= temp_nade) then
self.render_stuff[startname][endname].text_alpha = math_helpers:lerp(self.render_stuff[startname][endname].text_alpha, 0.0, g_GlobalVars.frametime * 60.0)
if(self.render_stuff[startname][endname].text_alpha < 0.01) then
self.render_stuff[startname][endname].box_length = math_helpers:lerp(self.render_stuff[startname][endname].box_length, 10.0, g_GlobalVars.frametime * 30.0)
self.render_stuff[startname][endname].description_box_height = math_helpers:lerp(self.render_stuff[startname][endname].description_box_height, 0.0, g_GlobalVars.frametime * 30.0)
if(self.render_stuff[startname][endname].box_length - 10.0 < 0.1 and self.render_stuff[startname][endname].description_box_height < 0.1) then
self.render_stuff[startname][endname].global_alpha = math_helpers:lerp(self.render_stuff[startname][endname].global_alpha, 0.0, g_GlobalVars.frametime * 60.0)
end
end
else
if(screenpos.x + self.render_stuff[startname][endname].box_length + 2 > lua_elements.screensize.x or screenpos.x < 12 or screenpos.y + 10 > lua_elements.screensize.y or screenpos.y < 10) then
self.render_stuff[startname][endname].global_alpha = math_helpers:lerp(self.render_stuff[startname][endname].global_alpha, 1.0, g_GlobalVars.frametime * 60.0)
else
self.render_stuff[startname][endname].global_alpha = math_helpers:lerp(self.render_stuff[startname][endname].global_alpha, 0.6, g_GlobalVars.frametime * 60.0)
end
if(self.render_stuff[startname][endname].global_alpha > 0.58) then
self.render_stuff[startname][endname].box_length = math_helpers:lerp(self.render_stuff[startname][endname].box_length, desired_box_length, g_GlobalVars.frametime * 30.0)
if(desired_box_length - self.render_stuff[startname][endname].box_length < 0.1) then
self.render_stuff[startname][endname].text_alpha = math_helpers:lerp(self.render_stuff[startname][endname].text_alpha, self.render_stuff[startname][endname].global_alpha, g_GlobalVars.frametime * 60.0)
if(self.render_stuff[startname][endname].description_text_alpha < 0.01) then
self.render_stuff[startname][endname].description_box_height = math_helpers:lerp(self.render_stuff[startname][endname].description_box_height, 0.0, g_GlobalVars.frametime * 60.0)
end
end
end
end
self.render_stuff[startname][endname].circle_color = Color.new(r, g, b, self.render_stuff[startname][endname].global_alpha)
if(self.render_stuff[startname][endname].global_alpha < 0.01) then goto continue end
if(screenpos.x + self.render_stuff[startname][endname].box_length + 2 > lua_elements.screensize.x or screenpos.x < 12 or screenpos.y + 10 > lua_elements.screensize.y or screenpos.y < 10) then
local vecdelta = Vector2.new(screenpos.x - screencenter.x, screenpos.y - screencenter.y)
local length = #vecdelta
local cos = vecdelta.x / length
local sin = vecdelta.y / length
local max_legnth = #screencenter
local newpos = Vector2.new(screencenter.x + max_legnth * cos, screencenter.y + max_legnth * sin)
if(newpos.x + self.render_stuff[startname][endname].box_length > lua_elements.screensize.x) then newpos.x = lua_elements.screensize.x - self.render_stuff[startname][endname].box_length - 18
elseif(newpos.x < 16) then newpos.x = 28 end
if(newpos.y + 16 > lua_elements.screensize.y) then newpos.y = lua_elements.screensize.y - 28
elseif(newpos.y < 16) then newpos.y = 28 end
screenpos = newpos
end
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y - 8), Vector2.new(screenpos.x + self.render_stuff[startname][endname].box_length, screenpos.y + 8), Color.new(color_set.target_r, color_set.target_g, color_set.target_b, self.render_stuff[startname][endname].global_alpha))
g_Render:Text(endname, Vector2.new(screenpos.x + 10, screenpos.y - name_size.y / 2), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname][endname].text_alpha), 14)
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y + 8), Vector2.new(screenpos.x + self.render_stuff[startname][endname].box_length, screenpos.y + 8 + self.render_stuff[startname][endname].description_box_height), Color.new(color_set.body_r, color_set.body_g, color_set.body_b, self.render_stuff[startname][endname].global_alpha))
g_Render:CircleFilled(screenpos, 5, 15, self.render_stuff[startname][endname].circle_color)
g_Render:Circle(screenpos, 5, 15, Color.new(0.1, 0.1, 0.1, self.render_stuff[startname][endname].global_alpha))
::continue::
end
if(temp_fov_nade) then
local screenpos = g_Render:ScreenPosition(temp_fov_nade.endposition)
local name_size = g_Render:CalcTextSize(temp_fov_name, 14)
local r = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].circle_color.r, 0.01, g_GlobalVars.frametime * 15.0)
local g = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].circle_color.g, 0.65, g_GlobalVars.frametime * 15.0)
local b = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].circle_color.b, 0.96, g_GlobalVars.frametime * 15.0)
self.render_stuff[startname][temp_fov_name].global_alpha = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].global_alpha, 0.9, g_GlobalVars.frametime * 30.0)
self.render_stuff[startname][temp_fov_name].circle_color = Color.new(r, g, b, self.render_stuff[startname][temp_fov_name].global_alpha)
local desired_box_length = name_size.x + 20
local desired_box_height = 0
if(temp_fov_nade.description and string.len(temp_fov_nade.description) > 0) then
local desc_size = g_Render:CalcTextSize(temp_fov_nade.description, 11)
desired_box_height = 16
if(desc_size.x > desired_box_length) then desired_box_length = math.max(desired_box_length, desc_size.x) end
end
if(self.render_stuff[startname][temp_fov_name].global_alpha > 0.88) then
self.render_stuff[startname][temp_fov_name].box_length = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].box_length, desired_box_length, g_GlobalVars.frametime * 30.0)
self.render_stuff[startname][temp_fov_name].description_box_height = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].description_box_height, desired_box_height, g_GlobalVars.frametime * 30.0)
if(desired_box_length - self.render_stuff[startname][temp_fov_name].box_length < 0.1 and desired_box_height - self.render_stuff[startname][temp_fov_name].description_box_height < 0.1) then
self.render_stuff[startname][temp_fov_name].text_alpha = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].text_alpha, 1.0, g_GlobalVars.frametime * 30.0)
self.render_stuff[startname][temp_fov_name].description_text_alpha = math_helpers:lerp(self.render_stuff[startname][temp_fov_name].description_text_alpha, 1.0, g_GlobalVars.frametime * 30.0)
end
end
if(screenpos.x + self.render_stuff[startname][temp_fov_name].box_length + 2 > lua_elements.screensize.x or screenpos.x < 12 or screenpos.y + 10 > lua_elements.screensize.y or screenpos.y < 10) then
local vecdelta = Vector2.new(screenpos.x - screencenter.x, screenpos.y - screencenter.y)
local length = #vecdelta
local cos = vecdelta.x / length
local sin = vecdelta.y / length
local max_legnth = #screencenter
local newpos = Vector2.new(screencenter.x + max_legnth * cos, screencenter.y + max_legnth * sin)
if(newpos.x + self.render_stuff[startname][temp_fov_name].box_length > lua_elements.screensize.x) then newpos.x = lua_elements.screensize.x - self.render_stuff[startname][temp_fov_name].box_length - 18
elseif(newpos.x < 16) then newpos.x = 28 end
if(newpos.y + 16 > lua_elements.screensize.y) then newpos.y = lua_elements.screensize.y - 28
elseif(newpos.y < 16) then newpos.y = 28 end
screenpos = newpos
end
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y - 8), Vector2.new(screenpos.x + self.render_stuff[startname][temp_fov_name].box_length, screenpos.y + 8), Color.new(color_set.target_r, color_set.target_g, color_set.target_b, self.render_stuff[startname][temp_fov_name].global_alpha))
g_Render:Text(temp_fov_name, Vector2.new(screenpos.x + 10, screenpos.y - name_size.y / 2), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname][temp_fov_name].text_alpha), 14)
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y + 8), Vector2.new(screenpos.x + self.render_stuff[startname][temp_fov_name].box_length, screenpos.y + 8 + self.render_stuff[startname][temp_fov_name].description_box_height), Color.new(color_set.body_r, color_set.body_g, color_set.body_b, self.render_stuff[startname][temp_fov_name].global_alpha))
if(temp_fov_nade.description and string.len(temp_fov_nade.description) > 0) then
local desc_size = g_Render:CalcTextSize(temp_fov_nade.description, 11)
g_Render:BoxFilled(Vector2.new(screenpos.x - 10, screenpos.y + 8), Vector2.new(screenpos.x + self.render_stuff[startname][temp_fov_name].box_length, screenpos.y + 9), Color.new(color_set.gradient_line_r, color_set.gradient_line_g, color_set.gradient_line_b, self.render_stuff[startname][temp_fov_name].global_alpha))
g_Render:Text(temp_fov_nade.description, Vector2.new(screenpos.x - 5, screenpos.y + 8 + self.render_stuff[startname][temp_fov_name].description_box_height / 2 - desc_size.y / 2), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname][temp_fov_name].description_text_alpha), 11)
end
g_Render:CircleFilled(screenpos, 5, 15, self.render_stuff[startname][temp_fov_name].circle_color)
g_Render:Circle(screenpos, 5, 15, Color.new(0.1, 0.1, 0.1, self.render_stuff[startname][temp_fov_name].global_alpha))
end
if(bestlength < nade_type_size.x) then bestlength = nade_type_size.x end
if(distance < 400.0 and (temp_nade and temp_nade == startspot or temp_nade == nil or lua_elements.nade_helper:GetBool() == false)) then
self.render_stuff[startname].box_length = math_helpers:lerp(self.render_stuff[startname].box_length, bestlength, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].box_height = math_helpers:lerp(self.render_stuff[startname].box_height, num_spots * 16 + 12, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].icon_alpha = math_helpers:lerp(self.render_stuff[startname].icon_alpha, 0.0, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].box_additions_alpha = math_helpers:lerp(self.render_stuff[startname].box_additions_alpha, self.render_stuff[startname].global_alpha, g_GlobalVars.frametime * 20.0)
if(bestlength - self.render_stuff[startname].box_length < 0.1) then
self.render_stuff[startname].box_additions_alpha = math_helpers:lerp(self.render_stuff[startname].box_additions_alpha, self.render_stuff[startname].global_alpha, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].text_alpha = math_helpers:lerp(self.render_stuff[startname].text_alpha, self.render_stuff[startname].global_alpha, g_GlobalVars.frametime * 20.0)
end
elseif(distance > 400 or (temp_nade and temp_nade ~= startspot)) then
self.render_stuff[startname].text_alpha = math_helpers:lerp(self.render_stuff[startname].text_alpha, 0.0, g_GlobalVars.frametime * 20.0)
if(self.render_stuff[startname].text_alpha < 0.01) then
self.render_stuff[startname].box_additions_alpha = math_helpers:lerp(self.render_stuff[startname].box_additions_alpha, 0.0, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].icon_alpha = math_helpers:lerp(self.render_stuff[startname].icon_alpha, self.render_stuff[startname].global_alpha, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].box_length = math_helpers:lerp(self.render_stuff[startname].box_length, 16, g_GlobalVars.frametime * 20.0)
self.render_stuff[startname].box_height = math_helpers:lerp(self.render_stuff[startname].box_height, 16, g_GlobalVars.frametime * 20.0)
end
end
g_Render:BoxFilled(Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 - 3, screenpos.y + 1), Vector2.new(screenpos.x + self.render_stuff[startname].box_length / 2 + 3, screenpos.y - self.render_stuff[startname].box_height - 3), Color.new(color_set.body_r, color_set.body_g, color_set.body_b, 0.95 * self.render_stuff[startname].global_alpha)) -- тело
g_Render:BoxFilled(Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 - 3, screenpos.y - self.render_stuff[startname].box_height + 12), Vector2.new(screenpos.x + self.render_stuff[startname].box_length / 2 + 3, screenpos.y - self.render_stuff[startname].box_height - 4), Color.new(color_set.head_r, color_set.head_g, color_set.head_b, self.render_stuff[startname].box_additions_alpha)) -- рамка
g_Render:Text(self.nade_type[tostring(weapon_id)], Vector2.new(screenpos.x - nade_type_size.x / 2, screenpos.y - self.render_stuff[startname].box_height + 12 - nade_type_size.y), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname].text_alpha), 14)
g_Render:BoxFilled(Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 - 3, screenpos.y - self.render_stuff[startname].box_height + 12), Vector2.new(screenpos.x + self.render_stuff[startname].box_length / 2 + 3, screenpos.y - self.render_stuff[startname].box_height + 13), Color.new(color_set.gradient_line_r, color_set.gradient_line_g, color_set.gradient_line_b, self.render_stuff[startname].box_additions_alpha)) -- градиент
g_Render:Box(Vector2.new(screenpos.x - self.render_stuff[startname].box_length / 2 - 3, screenpos.y + 1), Vector2.new(screenpos.x + self.render_stuff[startname].box_length / 2 + 3, screenpos.y - self.render_stuff[startname].box_height - 3), Color.new(0.1, 0.15, 0.2, self.render_stuff[startname].global_alpha))
local icon_size = g_Render:CalcWeaponIconSize(weapon_id, 20)
g_Render:WeaponIcon(weapon_id, Vector2.new(screenpos.x - icon_size.x / 2, screenpos.y - icon_size.y - 1), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname].icon_alpha), 20)
num_spots = 0
for endname, endspot in pairs(startspot) do
if(type(endspot) == "table") then
local name_size = g_Render:CalcTextSize(endname, 14)
g_Render:Text(endname, Vector2.new(screenpos.x - name_size.x / 2, screenpos.y - (15 * num_spots) - name_size.y), Color.new(color_set.text_color_r, color_set.text_color_g, color_set.text_color_b, self.render_stuff[startname].text_alpha), 14)
num_spots = num_spots + 1
end
end
::continue::
end
end
end
end,
on_pre_prediction = function(self, cmd)
self:backup_strafe(cmd)
self:extend_forward(cmd)
if(self.should_throw == true) then
if(self.closest_nade.duck == true) then cmd.buttons = bit.bor(cmd.buttons, 4)
else cmd.buttons = bit.band(cmd.buttons, bit.bnot(4)) end
end
end,
on_prediction = function(self, cmd)
self:update_configs()
local localplayer = g_EntityList:GetClientEntity(g_EngineClient:GetLocalPlayer())
if(localplayer == nil) then return end
localplayer = localplayer:GetPlayer()
local velocity = Vector.new(localplayer:GetProp("DT_BasePlayer", "m_vecVelocity[0]"), localplayer:GetProp("DT_BasePlayer", "m_vecVelocity[1]"), localplayer:GetProp("DT_BasePlayer", "m_vecVelocity[2]"))
local weapon = localplayer:GetActiveWeapon()
if(weapon == nil) then return end
local throwtime = weapon:GetProp("DT_BaseCSGrenade", "m_fThrowTime")
local duckamount = localplayer:GetProp("DT_BasePlayer", "m_flDuckAmount")
local throwstrengh = weapon:GetProp("DT_BaseCSGrenade", "m_flThrowStrength")
if(self.should_throw == true) then
cmd.buttons = bit.bor(cmd.buttons, 1)
if(self.closest_nade.duck == true and duckamount ~= 1.0) then return end
if(self.closest_nade.duck == false and duckamount ~= 0.0) then return end
if(self.closest_nade.strength ~= 1.0 and throwstrengh > self.closest_nade.strength) then cmd.buttons = bit.bor(cmd.buttons, 2048); cmd.buttons = bit.band(cmd.buttons, bit.bnot(1)); return end
if(throwstrengh < self.closest_nade.strength) then cmd.buttons = bit.bor(cmd.buttons, 1) end
if(self.run_tick == 0) then self.run_tick = cmd.tick_count end
if(self.closest_nade.runduration > 0 and self.force_forward == false) then
local speedfactor = 1.0
if(self.closest_nade.duck) then speedfactor = 2.93 end
local movedirection = cmd.viewangles.yaw - (self.closest_nade.ang.yaw + self.movedirections[self.closest_nade.movedirection])
local move = cheat.AngleToForward(QAngle.new(0, movedirection, 0))
cmd.forwardmove = (move.x) * (self.closest_nade.speed * speedfactor)
cmd.sidemove = (move.y) * (self.closest_nade.speed * speedfactor)
end
if(cmd.tick_count - self.run_tick >= self.closest_nade.runduration) then
if(self.jump_tick == 0) then self.jump_tick = cmd.tick_count end
if(self.closest_nade.jump and self.closest_nade.jumpthresthold <= 0) then
cmd.buttons = bit.bor(cmd.buttons, 2)
end
if(cmd.tick_count - self.jump_tick >= self.closest_nade.jumpduration or self.closest_nade.jumpthresthold > 0) then
cmd.buttons = bit.band(cmd.buttons, bit.bnot(1))
cmd.buttons = bit.band(cmd.buttons, bit.bnot(2048))
cmd.viewangles = self.closest_nade.ang
self.force_forward = self.closest_nade.extendforward
end
if(self.closest_nade.jumpthresthold > 0 and cmd.tick_count - self.jump_tick >= self.closest_nade.jumpthresthold) then
cmd.buttons = bit.bor(cmd.buttons, 2)
end
end
if(throwtime > 0.0 and throwtime < g_GlobalVars.curtime) then
self:setup_backup_strafe(cmd)
self.closest_nade = nil
self.closest_nade_position = nil
self.should_throw = false
self.run_tick = 0
self.jump_tick = 0
self.force_forward = false
menu_elements.autostrafe:SetBool(self.old_autostrafe)
fakelag:ForceSend()
end
elseif(self.closest_nade_position and lua_elements.nade_helper:GetBool() == true) then
cmd.buttons = bit.band(cmd.buttons, bit.bnot(2048))
local origin = localplayer:GetProp("DT_BaseEntity", "m_vecOrigin")
local onground = (bit.band(localplayer:GetProp("DT_BasePlayer", "m_fFlags"), 1) == 1)
local delta = (self.closest_nade_position - origin)
local length = #delta
if(onground == true and length < 100.0) then
local viewangles = g_EngineClient:GetViewAngles()
local direction = cheat.VectorToAngle(delta)
direction.yaw = viewangles.yaw - direction.yaw
local move = cheat.AngleToForward(direction)
local v1 = bit.band(cmd.buttons, 8) == 8
local v2 = bit.band(cmd.buttons, 16) == 16
local v3 = bit.band(cmd.buttons, 512) == 512
local v4 = bit.band(cmd.buttons, 1024) == 1024
local in_duck = bit.band(cmd.buttons, 4) == 4
local in_move = (v1 or v2 or v3 or v4)
if(in_move == false and length > 0.1) then
cmd.forwardmove = move.x * (450.0 * (math.exp(math_helpers:clamp(length, 0.0, 5.0) - 5.0)) + 1.0)
cmd.sidemove = move.y * (450.0 * (math.exp(math_helpers:clamp(length, 0.0, 5.0) - 5.0)) + 1.0)
if(in_duck == true) then
cmd.forwardmove = cmd.forwardmove * 2.93
cmd.sidemove = cmd.sidemove * 2.93
end
elseif(weapon:GetProp("DT_BaseCSGrenade", "m_bPinPulled") and self.closest_nade and velocity:Length2D() < 10.0) then
self.should_throw = true
self.old_autostrafe = menu_elements.autostrafe:GetBool()
menu_elements.autostrafe:SetBool(false)
end
end
end
end,
}
local function on_firebullet(shot)
end
local function on_ragebotshot(shot)
end
local function on_event(event)
end
local function on_pre_prediction(cmd)
grenade_helper:on_pre_prediction(cmd)
end
local function on_overrideview(setup)
end
local function on_draw()
lua_elements.screensize = g_EngineClient:GetScreenSize()
grenade_helper:on_draw()
--movement_helper:on_draw()
end
local function on_createmove(cmd)
--movement_helper:on_createmove(cmd)
end
local function on_prediction(cmd)
grenade_helper:on_prediction(cmd)
--movement_helper:on_prediction(cmd)
end
local function on_registered_shot(shot)
end
local function on_destroy()
end
local function on_create_button()
grenade_helper:on_create_nade()
end
local function on_remove_button()
grenade_helper:on_remove_nade()
end
local function on_save_button()
grenade_helper:on_save_nade()
end
local function on_teleport_button()
grenade_helper:on_teleport_nade()
end
local function on_nade_update_button()
grenade_helper:on_nade_update()
end
local function on_properties_combo()
grenade_helper:on_properties()
end
local function on_backupdirection_combo()
grenade_helper:on_backupstrafe()
end
local function on_run_direction_combo()
if(lua_elements.run_direction:GetInt() > 0) then
lua_elements.extend_forward_strenght:SetVisible(true)
else
lua_elements.extend_forward_strenght:SetVisible(false)
end
end
local function check_sub()
for name, element in pairs(lua_elements) do
if(name == "user_name" or name == "screensize") then goto continue end
element:SetVisible(false)
::continue::
end
return 0
end
local sub_state = check_sub()
if(sub_state == 0) then
for name, element in pairs(lua_elements) do
if(string.find(name, "nade_helper") ~= nil or name == "create_nade") then
element:SetVisible(true)
end
end
cheat.RegisterCallback("createmove", on_createmove)
cheat.RegisterCallback("draw", on_draw)
cheat.RegisterCallback("override_view", on_overrideview)
cheat.RegisterCallback("fire_bullet", on_firebullet)
cheat.RegisterCallback("ragebot_shot", on_ragebotshot)
cheat.RegisterCallback("events", on_event)
cheat.RegisterCallback("pre_prediction", on_pre_prediction)
cheat.RegisterCallback("prediction", on_prediction)
cheat.RegisterCallback("registered_shot", on_registered_shot)
cheat.RegisterCallback("destroy", on_destroy)
lua_elements.create_nade:RegisterCallback(on_create_button)
lua_elements.remove_nade:RegisterCallback(on_remove_button)
lua_elements.save_nade:RegisterCallback(on_save_button)
lua_elements.nade_teleport:RegisterCallback(on_teleport_button)
lua_elements.nade_update_pos_ang:RegisterCallback(on_nade_update_button)
lua_elements.properties:RegisterCallback(on_properties_combo)
lua_elements.backup_direction:RegisterCallback(on_backupdirection_combo)
lua_elements.run_direction:RegisterCallback(on_run_direction_combo)
endПользователь
Крч там в multi combo до апдейта счет пунктов был с 0, после обновы с 1.
Просто поменял все что с этим связано
Новичок
Как можно с тобой связаться? Помощь нужна
Пользователь
я отправил
