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SOURCE CODE OP NO BAN AIM ESP NORECOIL MORE
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SOURCE CODE OP NO BAN AIM ESP NORECOIL MORE.lua · 3,116 lines
Players = :()
RunService = :()
UserInputService = :()
Workspace = :()
Lighting = :()
Stats = :()
LocalPlayer = Players.LocalPlayer
Mouse = LocalPlayer:()
Config = {
ESP_Enabled = ,
ESP_Box = ,
ESP_BoxStyle = ,
ESP_BoxFill = ,
ESP_Name = ,
ESP_Distance = ,
ESP_Tracer = ,
ESP_TracerOrigin = ,
ESP_Snapline = ,
ESP_LookDirection = ,
ESP_Velocity = ,
ESP_Offscreen = ,
ESP_DeadCheck = ,
ESP_MaxDist = ,
ESP_Chams = ,
ESP_ChamsStyle = ,
ESP_Heatmap = ,
ESP_TeamCheck = ,
ESP_Rainbow = ,
ESP_CustomColor = .(, , ),
RADAR_Enabled = ,
RADAR_Size = ,
RADAR_Range = ,
RADAR_Edit = ,
AIM_Enabled = ,
AIM_Key = .UserInputType.MouseButton2,
AIM_FOV = ,
AIM_Smooth = ,
AIM_ShowFOV = ,
AIM_TargetPart = ,
AIM_TeamCheck = ,
AIM_ProximityPriority = ,
AIM_StickyFactor = ,
MISC_NoRecoil = ,
MISC_NoSway = ,
MISC_NoSpread = ,
MISC_NoCamShake = ,
MISC_Noclip = ,
MISC_MenuColor = .(, , ),
MISC_FullBright = ,
MENU_Open = ,
MENU_Tab = ,
KEY_Menu = .KeyCode.Insert,
KEY_Panic = .KeyCode.Home
}
Tuning = {
CacheRate = ,
BoxRatio = ,
NameOffset = ,
DistOffset = ,
CornerLen = ,
OffscreenEdge = ,
OffscreenSize = ,
RadarDotSize = ,
RadarArrowSize = ,
HeatmapNear = ,
HeatmapFar = ,
PreviewBoxW = ,
PreviewBoxH =
}
Palette = {
Enemy = .(, , ),
Dead = .(, , ),
Friendly = .(, , ),
Tracer = .(, , ),
Snapline = .(, , ),
LookDirection = .(, , ),
Velocity = .(, , ),
Offscreen = .(, , ),
HeatNear = .(, , ),
HeatFar = .(, , ),
RadarBg = .(, , ),
RadarBorder = .(, , ),
RadarGrid = .(, , ),
RadarYou = .(, , ),
MenuBg = .(, , ),
MenuPanel = .(, , ),
MenuBorder = .(, , ),
MenuAccent = .(, , ),
MenuAccentDim = .(, , ),
MenuText = .(, , ),
MenuTextDim = .(, , ),
MenuOn = .(, , ),
MenuOff = .(, , ),
MenuTab = .(, , ),
MenuTabActive = .(, , ),
MenuScrollbar = .(, , ),
PreviewBg = .(, , ),
PreviewBorder = .(, , )
}
State = {
Unloaded = ,
LastCache = ,
Aiming = ,
AimTarget = ,
RainbowHue = ,
ColorPickerOpen = ,
RadarPos = ,
RadarDragging = ,
RadarDragOffset = .zero
}
Cache = {
Soldiers = {},
Chams = {}
}
DeathTracker = {
}
WeaponPatterns = {
, , , ,
, , , , , ,
, , , , , , , , ,
}
(obj)
obj:() ,
obj.Name == ,
obj.Name:() ,
weaponPos =
isWeapon =
objNameLower = obj.Name:()
_, pattern (WeaponPatterns)
objNameLower:(pattern, , )
isWeapon =
isWeapon
_, child (obj:())
childNameLower = child.Name:()
_, pattern (WeaponPatterns)
childNameLower:(pattern, , )
isWeapon =
child:()
weaponPos = child.Position
child:()
part = child:(, )
part weaponPos = part.Position
isWeapon
isWeapon weaponPos
obj.PrimaryPart
weaponPos = obj.PrimaryPart.Position
part = obj:(, )
part weaponPos = part.Position
isWeapon, weaponPos
(position, radius)
weapons = {}
_, obj (Workspace:())
isWeapon, weaponPos = (obj)
isWeapon weaponPos
dist = (weaponPos - position).Magnitude
dist < radius
weapons[obj] =
weapons
(position, knownWeapons, radius)
_, obj (Workspace:())
isWeapon, weaponPos = (obj)
isWeapon weaponPos
dist = (weaponPos - position).Magnitude
dist < radius knownWeapons[obj]
(model)
root = model:()
root
pos = root.Position
now = ()
DeathTracker[model]
DeathTracker[model] = {
lastPos = pos,
lastMoveTime = now,
wasActive = ,
isDead = ,
frozenTime = ,
knownWeapons = (pos, ),
lastWeaponCheck = now
}
data = DeathTracker[model]
delta = (pos - data.lastPos)
horizontalDelta = .(delta.X, , delta.Z).Magnitude
verticalDelta = .(delta.Y)
isMoving = horizontalDelta > verticalDelta >
isMoving
data.lastMoveTime = now
data.wasActive =
data.frozenTime =
data.knownWeapons = (pos, )
data.lastWeaponCheck = now
data.isDead
data.isDead =
data.frozenTime = now - data.lastMoveTime
data.isDead data.wasActive
data.frozenTime > data.frozenTime <
now - data.lastWeaponCheck >
data.lastWeaponCheck = now
(pos, data.knownWeapons, )
data.isDead =
data.lastPos = pos
data.isDead
()
model, _ (DeathTracker)
model model.Parent
DeathTracker[model] =
OriginalLighting = {
Brightness = Lighting.Brightness,
Ambient = Lighting.Ambient,
FogEnd = Lighting.FogEnd
}
Connections = {}
(model)
model:() ~=
(model)
myChar = LocalPlayer.Character
myChar
model == myChar
myRoot = myChar:()
modelRoot = model:()
myRoot modelRoot
dist = (myRoot.Position - modelRoot.Position).Magnitude
dist <
(model)
model:()
model.Name ~=
(model)
Config.ESP_TeamCheck (model)
(model)
model:()
(model)
model:() model:()
(pos)
char = LocalPlayer.Character
char .huge
root = char:()
root .huge
(pos - root.Position).Magnitude
(pos)
cam = Workspace.CurrentCamera
cam .zero, ,
vp, onScreen = cam:(pos)
.(vp.X, vp.Y), onScreen vp.Z > , vp.Z
(a, b, t)
.(
a.R + (b.R - a.R) * t,
a.G + (b.G - a.G) * t,
a.B + (b.B - a.B) * t
)
(dist)
t = .((dist - Tuning.HeatmapNear) / (Tuning.HeatmapFar - Tuning.HeatmapNear), , )
(Palette.HeatNear, Palette.HeatFar, t)
(h, s, v)
r, g, b
i = .(h * )
f = h * - i
p = v * ( - s)
q = v * ( - f * s)
t = v * ( - ( - f) * s)
i = i %
i == r, g, b = v, t, p
i == r, g, b = q, v, p
i == r, g, b = p, v, t
i == r, g, b = p, q, v
i == r, g, b = t, p, v
i == r, g, b = v, p, q
.(r, g, b)
(color)
r, g, b = color.R, color.G, color.B
max, min = .(r, g, b), .(r, g, b)
h, s, v = , , max
d = max - min
s = max == d / max
max ~= min
max == r h = (g - b) / d + (g < b )
max == g h = (b - r) / d +
max == b h = (r - g) / d +
h = h /
h, s, v
()
Config.ESP_Rainbow
(State.RainbowHue, , )
Config.ESP_CustomColor
ESP = {
cache = {},
lastCleanup = ,
posCache = {},
lastPosUpdate = ,
velocityData = {}
}
ESP.()
box = {}
i = ,
box[i] = .()
box[i].Thickness =
box[i].Visible =
corners = {}
i = ,
corners[i] = .()
corners[i].Thickness =
corners[i].Visible =
deadX = {}
i = ,
deadX[i] = .()
deadX[i].Thickness =
deadX[i].Color = .(, , )
deadX[i].Visible =
boxFill = .()
boxFill.Filled =
boxFill.Visible =
boxFill.Transparency =
snapline = .()
snapline.Thickness =
snapline.Visible =
lookLine = .()
lookLine.Thickness =
lookLine.Visible =
{
Box = box,
BoxFill = boxFill,
Corners = corners,
Name = .(),
Dist = .(),
Tracer = .(),
Snapline = snapline,
LookLine = lookLine,
Offscreen = .(),
DeadX = deadX,
VelLine = .(),
VelArrow = .()
}
ESP.(esp)
esp.Name.Size =
esp.Name.Font = .Fonts.Monospace
esp.Name.Center =
esp.Name.Outline =
esp.Name.Visible =
esp.Dist.Size =
esp.Dist.Font = .Fonts.Monospace
esp.Dist.Center =
esp.Dist.Outline =
esp.Dist.Color = .(, , )
esp.Dist.Visible =
esp.Tracer.Thickness =
esp.Tracer.Visible =
esp.BoxFill.Filled =
esp.BoxFill.Transparency =
esp.BoxFill.Visible =
esp.Snapline.Thickness =
esp.Snapline.Color = Palette.Snapline
esp.Snapline.Transparency =
esp.Snapline.Visible =
esp.LookLine.Thickness =
esp.LookLine.Color = Palette.LookDirection
esp.LookLine.Visible =
esp.Offscreen.Filled =
esp.Offscreen.Visible =
esp.VelLine.Thickness =
esp.VelLine.Color = Palette.Velocity
esp.VelLine.Visible =
esp.VelArrow.Filled =
esp.VelArrow.Color = Palette.Velocity
esp.VelArrow.Visible =
ESP.(esp)
esp
_, l (esp.Box) l.Visible =
esp.BoxFill esp.BoxFill.Visible =
_, l (esp.Corners) l.Visible =
esp.Name.Visible =
esp.Dist.Visible =
esp.Tracer.Visible =
esp.Snapline esp.Snapline.Visible =
esp.LookLine esp.LookLine.Visible =
esp.Offscreen.Visible =
esp.DeadX
_, l (esp.DeadX) l.Visible =
esp.VelLine esp.VelLine.Visible =
esp.VelArrow esp.VelArrow.Visible =
ESP.(esp)
esp
(()
_, l (esp.Box) l:()
esp.BoxFill esp.BoxFill:()
_, l (esp.Corners) l:()
esp.Name:()
esp.Dist:()
esp.Tracer:()
esp.Snapline esp.Snapline:()
esp.LookLine esp.LookLine:()
esp.Offscreen:()
esp.DeadX
_, l (esp.DeadX) l:()
esp.VelLine esp.VelLine:()
esp.VelArrow esp.VelArrow:()
)
ESP.(esp, model, cam, screenSize, screenCenter)
esp model
cam
root = model:()
root root.Parent
ESP.(esp)
isDead = Config.ESP_DeadCheck (model)
rootPos = root.Position
myChar = LocalPlayer.Character
myRoot = myChar myChar:()
dist = myRoot (rootPos - myRoot.Position).Magnitude
dist > Config.ESP_MaxDist
ESP.(esp)
rs = cam:(rootPos)
esp.DeadX
_, l (esp.DeadX) l.Visible =
rs.Z <=
ESP.(esp)
Config.ESP_Offscreen isDead
dx = rs.X - screenCenter.X
dy = rs.Y - screenCenter.Y
angle = .(dy, dx)
edge = Tuning.OffscreenEdge
cosA, sinA = .(angle), .(angle)
ax = .(screenCenter.X + cosA * (screenSize.X/ - edge), edge, screenSize.X - edge)
ay = .(screenCenter.Y + sinA * (screenSize.Y/ - edge), edge, screenSize.Y - edge)
pos = .(ax, ay)
sz = Tuning.OffscreenSize
esp.Offscreen.PointA = pos + .(cosA * sz, sinA * sz)
esp.Offscreen.PointB = pos + .(-cosA * sz/ + sinA * sz/, -sinA * sz/ - cosA * sz/)
esp.Offscreen.PointC = pos + .(-cosA * sz/ - sinA * sz/, -sinA * sz/ + cosA * sz/)
esp.Offscreen.Color = Palette.Offscreen
esp.Offscreen.Visible =
onScreen = rs.X > - rs.X < screenSize.X + rs.Y > - rs.Y < screenSize.Y +
onScreen
ESP.(esp)
baseSize = / .(rs.Z, )
boxHeight = .(baseSize, , screenSize.Y * )
boxWidth = boxHeight * Tuning.BoxRatio
boxWidth = .(boxWidth, , screenSize.X * )
cx = rs.X
cy = rs.Y
boxTop = cy - boxHeight *
boxBottom = cy + boxHeight *
baseCol = isDead Palette.Dead (Config.ESP_Heatmap (dist) ())
esp.Offscreen.Visible =
isDead
_, l (esp.Box) l.Visible =
_, l (esp.Corners) l.Visible =
esp.DeadX
xSize = .(boxWidth, boxHeight) *
xcx, xcy = cx, cy
esp.DeadX[].From = .(xcx - xSize, xcy - xSize)
esp.DeadX[].To = .(xcx + xSize, xcy + xSize)
esp.DeadX[].Color = Palette.Dead
esp.DeadX[].Visible =
esp.DeadX[].From = .(xcx + xSize, xcy - xSize)
esp.DeadX[].To = .(xcx - xSize, xcy + xSize)
esp.DeadX[].Color = Palette.Dead
esp.DeadX[].Visible =
esp.Name.Text =
esp.Name.Position = .(cx, cy - boxHeight * - )
esp.Name.Color = Palette.Dead
esp.Name.Visible =
esp.Dist.Visible =
esp.Tracer.Visible =
Config.ESP_Box
Config.ESP_BoxStyle ==
_, l (esp.Corners) l.Visible =
esp.Box[].From = .(cx - boxWidth/, boxTop)
esp.Box[].To = .(cx + boxWidth/, boxTop)
esp.Box[].From = .(cx + boxWidth/, boxTop)
esp.Box[].To = .(cx + boxWidth/, boxBottom)
esp.Box[].From = .(cx + boxWidth/, boxBottom)
esp.Box[].To = .(cx - boxWidth/, boxBottom)
esp.Box[].From = .(cx - boxWidth/, boxBottom)
esp.Box[].To = .(cx - boxWidth/, boxTop)
_, l (esp.Box)
l.Color = baseCol
l.Visible =
_, l (esp.Box) l.Visible =
x1, y1 = cx - boxWidth/, boxTop
x2, y2 = cx + boxWidth/, boxBottom
cl = Tuning.CornerLen
esp.Corners[].From = .(x1, y1)
esp.Corners[].To = .(x1 + cl, y1)
esp.Corners[].From = .(x1, y1)
esp.Corners[].To = .(x1, y1 + cl)
esp.Corners[].From = .(x2, y1)
esp.Corners[].To = .(x2 - cl, y1)
esp.Corners[].From = .(x2, y1)
esp.Corners[].To = .(x2, y1 + cl)
esp.Corners[].From = .(x1, y2)
esp.Corners[].To = .(x1 + cl, y2)
esp.Corners[].From = .(x1, y2)
esp.Corners[].To = .(x1, y2 - cl)
esp.Corners[].From = .(x2, y2)
esp.Corners[].To = .(x2 - cl, y2)
esp.Corners[].From = .(x2, y2)
esp.Corners[].To = .(x2, y2 - cl)
_, l (esp.Corners)
l.Color = baseCol
l.Visible =
_, l (esp.Box) l.Visible =
_, l (esp.Corners) l.Visible =
Config.ESP_Name
esp.Name.Text =
esp.Name.Position = .(cx, boxTop - Tuning.NameOffset)
esp.Name.Color = baseCol
esp.Name.Visible =
esp.Name.Visible =
Config.ESP_Distance
esp.Dist.Text = .(dist) ..
esp.Dist.Position = .(cx, boxBottom + Tuning.DistOffset)
esp.Dist.Visible =
esp.Dist.Visible =
Config.ESP_Tracer
origin
Config.ESP_TracerOrigin ==
origin = .(screenCenter.X, screenSize.Y)
Config.ESP_TracerOrigin ==
origin = .(screenCenter.X, )
origin = screenCenter
esp.Tracer.From = origin
esp.Tracer.To = .(cx, boxBottom)
esp.Tracer.Color = Palette.Tracer
esp.Tracer.Visible =
esp.Tracer.Visible =
Config.ESP_Snapline esp.Snapline
esp.Snapline.From = .(screenCenter.X, screenSize.Y)
esp.Snapline.To = .(cx, boxBottom)
esp.Snapline.Color = Palette.Snapline
esp.Snapline.Transparency =
esp.Snapline.Visible =
esp.Snapline esp.Snapline.Visible =
Config.ESP_LookDirection esp.LookLine
torso = model:()
torso
lookDir = torso.CFrame.LookVector
lookEndPos = rootPos + lookDir *
lookScreen, lookOn = cam:(lookEndPos)
lookOn lookScreen.Z >
esp.LookLine.From = .(cx, cy)
esp.LookLine.To = .(lookScreen.X, lookScreen.Y)
esp.LookLine.Color = Palette.LookDirection
esp.LookLine.Visible =
esp.LookLine.Visible =
esp.LookLine.Visible =
esp.LookLine esp.LookLine.Visible =
Config.ESP_BoxFill esp.BoxFill
esp.BoxFill.Position = .(cx - boxWidth/, boxTop)
esp.BoxFill.Size = .(boxWidth, boxBottom - boxTop)
esp.BoxFill.Color = baseCol
esp.BoxFill.Transparency =
esp.BoxFill.Visible =
esp.BoxFill esp.BoxFill.Visible =
vd = ESP.velocityData[model]
vd
vd = {pos = rootPos, vel = .zero, time = ()}
ESP.velocityData[model] = vd
now = ()
dt = now - vd.time
dt >
rawVel = (rootPos - vd.pos) / dt
vd.vel = vd.vel * + rawVel *
vd.pos = rootPos
vd.time = now
Config.ESP_Velocity esp.VelLine esp.VelArrow
velFlat = .(vd.vel.X, , vd.vel.Z)
velMag = velFlat.Magnitude
velMag >
futurePos = rootPos + velFlat.Unit * .(velMag * , , )
futureScreen, futureOn = cam:(futurePos)
futureOn futureScreen.Z >
esp.VelLine.From = .(rs.X, rs.Y)
esp.VelLine.To = .(futureScreen.X, futureScreen.Y)
esp.VelLine.Visible =
dx, dy = futureScreen.X - rs.X, futureScreen.Y - rs.Y
len = .(dx*dx + dy*dy)
len >
fx, fy = dx/len, dy/len
esp.VelArrow.PointA = .(futureScreen.X, futureScreen.Y)
esp.VelArrow.PointB = .(futureScreen.X - fx* + fy*, futureScreen.Y - fy* - fx*)
esp.VelArrow.PointC = .(futureScreen.X - fx* - fy*, futureScreen.Y - fy* + fx*)
esp.VelArrow.Visible =
esp.VelArrow.Visible =
esp.VelLine.Visible =
esp.VelArrow.Visible =
esp.VelLine.Visible =
esp.VelArrow.Visible =
esp.VelLine esp.VelLine.Visible =
esp.VelArrow esp.VelArrow.Visible =
ESP.()
toRemove = {}
model, esp (ESP.cache)
model model.Parent model:()
ESP.(esp)
ESP.(esp)
toRemove[#toRemove + ] = model
_, model (toRemove)
ESP.cache[model] =
ESP.posCache[model] =
ESP.velocityData[model] =
DeathTracker[model] =
()
ESP.()
_, esp (ESP.cache)
ESP.(esp)
ESP.()
myChar = LocalPlayer.Character
myRoot = myChar myChar:()
myPos = myRoot myRoot.Position .zero
ESP.posCache = {}
models = Workspace:()
i = , #models
model = models[i]
model model:() model.Name ==
(model)
root = model:()
root
pos = root.Position
dist = (pos - myPos).Magnitude
ESP.posCache[model] = {
pos = pos,
dist = dist
}
ESP.(cam, screenSize, screenCenter)
State.Unloaded
Config.ESP_Enabled
ESP.()
now = ()
now - ESP.lastCleanup >
ESP.lastCleanup = now
ESP.()
now - ESP.lastPosUpdate >
ESP.lastPosUpdate = now
ESP.()
validModels = {}
model, posData (ESP.posCache)
model model.Parent
root = model:()
root
Config.ESP_TeamCheck model:()
ESP.cache[model]
ESP.(ESP.cache[model])
validModels[model] =
ESP.cache[model]
ESP.cache[model] = ESP.()
ESP.(ESP.cache[model])
ESP.(ESP.cache[model], model, cam, screenSize, screenCenter)
model, esp (ESP.cache)
validModels[model]
ESP.(esp)
Chams = {
objects = {}
}
Chams.(model)
Chams.objects[model]
highlight = .()
highlight.Name =
highlight.Adornee = model
highlight.DepthMode = .HighlightDepthMode.AlwaysOnTop
highlight.Parent = model
Chams.objects[model] = highlight
Chams.(model, dist)
highlight = Chams.objects[model]
highlight
isDead = Config.ESP_DeadCheck (model)
isDead
highlight.FillColor = Palette.Dead
highlight.OutlineColor = Palette.Dead
highlight.FillTransparency =
highlight.OutlineTransparency =
Config.ESP_ChamsStyle ==
highlight.FillColor = ()
highlight.OutlineColor = ()
highlight.FillTransparency =
highlight.OutlineTransparency =
Config.ESP_ChamsStyle == Config.ESP_Heatmap
col = (dist)
highlight.FillColor = col
highlight.OutlineColor = col
highlight.FillTransparency =
highlight.OutlineTransparency =
highlight.FillColor = ()
highlight.OutlineColor = .(, , )
highlight.FillTransparency =
highlight.OutlineTransparency =
highlight.Enabled =
Chams.(model)
highlight = Chams.objects[model]
highlight
highlight:()
Chams.objects[model] =
existing = model:()
existing existing:()
Chams.()
model, _ (Chams.objects)
Chams.(model)
Chams.objects = {}
Chams.()
State.Unloaded Config.ESP_Enabled Config.ESP_Chams
Chams.()
validModels = {}
model, posData (ESP.posCache)
model model.Parent
Config.ESP_TeamCheck model:()
Chams.objects[model]
Chams.(model)
validModels[model] =
Chams.objects[model]
Chams.(model)
Chams.(model, posData.dist)
model, _ (Chams.objects)
validModels[model]
Chams.(model)
Radar = {
bg = .(),
border = .(),
cross1 = .(),
cross2 = .(),
center = .(),
dots = {},
deadDots = {}
}
Radar.bg.Filled =
Radar.bg.Color = Palette.RadarBg
Radar.bg.Transparency =
Radar.border.Filled =
Radar.border.Color = Palette.RadarBorder
Radar.border.Thickness =
Radar.cross1.Color = Palette.RadarGrid
Radar.cross1.Thickness =
Radar.cross2.Color = Palette.RadarGrid
Radar.cross2.Thickness =
Radar.center.Filled =
Radar.center.Color = Palette.RadarYou
i = ,
d = .()
d.Filled =
d.Visible =
Radar.dots[i] = d
i = ,
c = .()
c.Filled =
c.Color = Palette.Dead
c.Radius =
c.Visible =
Radar.deadDots[i] = c
Radar.()
Radar.bg.Visible =
Radar.border.Visible =
Radar.cross1.Visible =
Radar.cross2.Visible =
Radar.center.Visible =
_, d (Radar.dots) d.Visible =
_, c (Radar.deadDots) c.Visible =
Radar.(cam)
State.Unloaded Config.RADAR_Enabled
Radar.()
size = Config.RADAR_Size
State.RadarPos
State.RadarPos = .(cam.ViewportSize.X - size - , )
Config.RADAR_Edit
UserInputService:(.UserInputType.MouseButton1)
mouse = UserInputService:()
State.RadarDragging
mouse.X >= State.RadarPos.X mouse.X <= State.RadarPos.X + size
mouse.Y >= State.RadarPos.Y mouse.Y <= State.RadarPos.Y + size
State.RadarDragging =
State.RadarDragOffset = mouse - State.RadarPos
State.RadarPos = mouse - State.RadarDragOffset
State.RadarDragging =
Radar.border.Color = .(, , )
Radar.border.Color = Palette.RadarBorder
pos = State.RadarPos
center = pos + .(size/, size/)
Radar.bg.Position = pos
Radar.bg.Size = .(size, size)
Radar.bg.Visible =
Radar.border.Position = pos
Radar.border.Size = .(size, size)
Radar.border.Visible =
Radar.cross1.From = .(center.X, pos.Y + )
Radar.cross1.To = .(center.X, pos.Y + size - )
Radar.cross1.Visible =
Radar.cross2.From = .(pos.X + , center.Y)
Radar.cross2.To = .(pos.X + size - , center.Y)
Radar.cross2.Visible =
myChar = LocalPlayer.Character
myRoot = myChar myChar:()
myLook = cam.CFrame.LookVector
myRoot
Radar.center.Visible =
_, d (Radar.dots) d.Visible =
_, c (Radar.deadDots) c.Visible =
myAngle = .(-myLook.X, -myLook.Z)
cosA, sinA = .(myAngle), .(myAngle)
scale = (size/ - ) / Config.RADAR_Range
aliveIdx =
deadIdx =
_, model (Workspace:())
(model)
root = (model)
root
rx = root.Position.X - myRoot.Position.X
rz = root.Position.Z - myRoot.Position.Z
dist2D = .(rx^ + rz^)
dist2D < Config.RADAR_Range
rotX = rx * cosA - rz * sinA
rotZ = rx * sinA + rz * cosA
radarX, radarY = rotX * scale, rotZ * scale
maxD = size/ -
rDist = .(radarX^ + radarY^)
rDist > maxD
radarX, radarY = radarX/rDist * maxD, radarY/rDist * maxD
dotPos = center + .(radarX, radarY)
isDead = Config.ESP_DeadCheck (model)
isDead
deadIdx <= #Radar.deadDots
deadDot = Radar.deadDots[deadIdx]
deadDot.Position = dotPos
deadDot.Radius =
deadDot.Color = Palette.Dead
deadDot.Visible =
deadIdx = deadIdx +
aliveIdx <= #Radar.dots
dot = Radar.dots[aliveIdx]
head = (model)
eAngle =
head
eAngle = .(-head.CFrame.LookVector.X, -head.CFrame.LookVector.Z) - myAngle
eFwd = .(-.(eAngle), -.(eAngle))
eRight = .(-eFwd.Y, eFwd.X)
ds = Tuning.RadarDotSize
dot.PointA = dotPos + eFwd * ds
dot.PointB = dotPos - eFwd * ds/ + eRight * ds/
dot.PointC = dotPos - eFwd * ds/ - eRight * ds/
dot.Color = ()
dot.Visible =
aliveIdx = aliveIdx +
i = aliveIdx, #Radar.dots Radar.dots[i].Visible =
i = deadIdx, #Radar.deadDots Radar.deadDots[i].Visible =
as = Tuning.RadarArrowSize
Radar.center.PointA = center + .(, -as)
Radar.center.PointB = center + .(-as/, as/)
Radar.center.PointC = center + .(as/, as/)
Radar.center.Visible =
Aimbot = {
fov = .()
}
Aimbot.fov.Thickness =
Aimbot.fov.NumSides =
Aimbot.fov.Filled =
Aimbot.fov.Transparency =
Aimbot.currentTargetModel =
Aimbot.lastTargetTime =
Aimbot.lastTargetDist =
Aimbot.(cam)
bestTarget =
bestScore = .huge
bestModel =
bestDist =
mousePos = .(Mouse.X, Mouse.Y)
myChar = LocalPlayer.Character
myRoot = myChar myChar:()
myPos = myRoot myRoot.Position cam.CFrame.Position
models = Workspace:()
i = , #models
model = models[i]
model:() model.Name ==
(model)
Config.AIM_TeamCheck model:()
Config.ESP_DeadCheck (model)
hrp = model:()
hrp
worldDist = (hrp.Position - myPos).Magnitude
partsToCheck = {}
distanceOffset = .(, , )
Config.AIM_TargetPart ==
partsToCheck = {
{part = model:(), offset = .(, , )},
{part = model:(), offset = .(, , )},
{part = model:(), offset = .(, , )},
{part = model:(), offset = .(, , )},
{part = model:(), offset = .(, , )}
}
Config.AIM_TargetPart ==
worldDist <
distanceOffset = .(, -, )
worldDist <
distanceOffset = .(, -, )
worldDist <
distanceOffset = .(, -, )
worldDist <
distanceOffset = .(, -, )
worldDist <
distanceOffset = .(, -, )
worldDist <
distanceOffset = .(, -, )
distanceOffset = .(, , )
partsToCheck = {
{part = model:(), offset = distanceOffset},
{part = model:(), offset = distanceOffset},
{part = model:(), offset = distanceOffset}
}
Config.AIM_TargetPart ==
worldDist <
distanceOffset = .(, -, )
worldDist <
distanceOffset = .(, -, )
worldDist <
distanceOffset = .(, -, )
partsToCheck = {
{part = model:(), offset = distanceOffset},
{part = model:(), offset = distanceOffset},
{part = model:(), offset = distanceOffset}
}
worldDist <
distanceOffset = .(, , )
distanceOffset = .(, , )
partsToCheck = {
{part = model:(), offset = distanceOffset}
}
_, info (partsToCheck)
part = info.part
part
offset = info.offset .zero
targetPos = part.Position + offset
screenPos, onScreen = cam:(targetPos)
onScreen screenPos.Z >
screenDist = (.(screenPos.X, screenPos.Y) - mousePos).Magnitude
screenDist <= Config.AIM_FOV
score
Config.AIM_TargetPart ==
normalizedScreen = screenDist / Config.AIM_FOV
normalizedWorld = .(worldDist / , , )
proxWeight = Config.AIM_ProximityPriority *
score = ( - proxWeight) * normalizedScreen + proxWeight * normalizedWorld
model == Aimbot.currentTargetModel
stickyBonus = (Config.AIM_StickyFactor - ) * +
score = score / stickyBonus
normalizedScreen = screenDist / Config.AIM_FOV
normalizedWorld = .(worldDist / , , )
proxWeight = Config.AIM_ProximityPriority
score = ( - proxWeight) * normalizedScreen + proxWeight * normalizedWorld
model == Aimbot.currentTargetModel
score = score / Config.AIM_StickyFactor
score < bestScore
bestScore = score
bestTarget = targetPos
bestModel = model
bestDist = worldDist
Config.AIM_TargetPart ~=
bestModel
Aimbot.currentTargetModel = bestModel
Aimbot.lastTargetTime = ()
Aimbot.lastTargetDist = bestDist
() - Aimbot.lastTargetTime >
Aimbot.currentTargetModel =
Aimbot.lastTargetDist =
bestTarget
Aimbot.(cam, screenCenter)
State.Unloaded
Aimbot.fov Aimbot.fov.Visible =
mousePos = .(Mouse.X, Mouse.Y)
isAiming = State.Aiming
Config.AIM_Key == .UserInputType.MouseButton2
(()
isAiming = isAiming UserInputService:(.UserInputType.MouseButton2)
)
Config.AIM_Key == .UserInputType.MouseButton1
(()
isAiming = isAiming UserInputService:(.UserInputType.MouseButton1)
)
Config.AIM_Key == .UserInputType.MouseButton3
(()
isAiming = isAiming UserInputService:(.UserInputType.MouseButton3)
)
Config.AIM_Enabled Config.AIM_ShowFOV
Aimbot.fov.Position = screenCenter
Aimbot.fov.Radius = Config.AIM_FOV
Aimbot.fov.Color = isAiming Palette.MenuOn .(, , )
Aimbot.fov.Visible =
Aimbot.fov.Visible =
Config.AIM_Enabled isAiming
targetPos = Aimbot.(cam)
targetPos
screenPos = cam:(targetPos)
delta = .(screenPos.X - mousePos.X, screenPos.Y - mousePos.Y)
deltaMag = delta.Magnitude
Config.AIM_TargetPart ==
deltaMag <
(()
mousemoverel
(delta.X * Config.AIM_Smooth, delta.Y * Config.AIM_Smooth)
)
deadzone =
Aimbot.lastTargetDist <
deadzone =
Aimbot.lastTargetDist <
deadzone =
deltaMag < deadzone
smooth = Config.AIM_Smooth
Aimbot.lastTargetDist <
smooth = smooth *
Aimbot.lastTargetDist <
smooth = smooth *
Aimbot.lastTargetDist <
smooth = smooth *
smooth = .(smooth, , )
adjustedDelta = deltaMag - deadzone
adjustedDelta >
normalizedDelta = delta / deltaMag
moveX = normalizedDelta.X * adjustedDelta * smooth
moveY = normalizedDelta.Y * adjustedDelta * smooth
Aimbot.lastTargetDist <
moveX = .(moveX, -, )
moveY = .(moveY, -, )
(()
mousemoverel
(moveX, moveY)
)
Tabs = {
{name = },
{name = },
{name = }
}
MenuItems = {
{tab = , name = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = , options = {, }},
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = , options = {, , }},
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = , min = , max = , step = },
{tab = , name = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = , options = {, , }},
{tab = , name = , key = , = },
{tab = , name = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = , min = , max = , step = },
{tab = , name = , key = , = , min = , max = , step = },
{tab = , name = , key = , = },
{tab = , name = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = , min = , max = , step = },
{tab = , name = , key = , = , min = , max = , step = },
{tab = , name = , key = , = , options = {, , , }},
{tab = , name = , key = , = },
{tab = , name = , = },
{tab = , name = , key = , = , min = , max = , step = },
{tab = , name = , key = , = , min = , max = , step = },
{tab = , name = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , = },
{tab = , name = , key = , = },
{tab = , name = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = },
{tab = , name = , = },
{tab = , name = , key = , = },
{tab = , name = , key = , = }
}
GUI = {
Drawings = {},
Visible = ,
Position = ,
Dragging = ,
DragOffset = .zero,
TabHover = {},
ItemHover = {},
SelectedItem = ,
ScrollOffset = ,
MaxScroll = ,
ScrollbarDragging = ,
EditingKeybind = ,
AnimProgress = ,
ContentBounds = {},
ScrollbarBounds = {},
ItemPositions = {},
ColorPickerHue = ,
ColorPickerSat = ,
ColorPickerVal = ,
ColorPickerDragging = ,
ColorPickerPos = ,
ColorPickerDragOffset = .zero,
EditingColorKey = ,
Preview = {
Box = {},
Corners = {},
Name = ,
Dist = ,
Tracer = ,
Figure = {}
}
}
KeyNames = {
[.KeyCode.Q] = , [.KeyCode.W] = , [.KeyCode.E] = , [.KeyCode.R] = ,
[.KeyCode.T] = , [.KeyCode.Y] = , [.KeyCode.U] = , [.KeyCode.I] = ,
[.KeyCode.O] = , [.KeyCode.P] = , [.KeyCode.A] = , [.KeyCode.S] = ,
[.KeyCode.D] = , [.KeyCode.F] = , [.KeyCode.G] = , [.KeyCode.H] = ,
[.KeyCode.J] = , [.KeyCode.K] = , [.KeyCode.L] = , [.KeyCode.Z] = ,
[.KeyCode.X] = , [.KeyCode.C] = , [.KeyCode.V] = , [.KeyCode.B] = ,
[.KeyCode.N] = , [.KeyCode.M] = ,
[.KeyCode.Insert] = , [.KeyCode.Home] = , [.KeyCode.End] = ,
[.KeyCode.Delete] = , [.KeyCode.F1] = , [.KeyCode.F2] = ,
[.KeyCode.F3] = , [.KeyCode.F4] = , [.KeyCode.F5] =
}
(keyCode)
KeyNames[keyCode] (keyCode):(, )
GUI.()
GUI.Drawings.Bg = .()
GUI.Drawings.Bg.Filled =
GUI.Drawings.Bg.Color = Palette.MenuBg
GUI.Drawings.Border = .()
GUI.Drawings.Border.Filled =
GUI.Drawings.Border.Color = Palette.MenuBorder
GUI.Drawings.Border.Thickness =
GUI.Drawings.TitleBar = .()
GUI.Drawings.TitleBar.Filled =
GUI.Drawings.TitleBar.Color = Palette.MenuTab
GUI.Drawings.Title = .()
GUI.Drawings.Title.Size =
GUI.Drawings.Title.Font = .Fonts.Monospace
GUI.Drawings.Title.Color = Palette.MenuAccent
GUI.Drawings.Title.Outline =
GUI.Drawings.Title.Text =
GUI.Drawings.Subtitle = .()
GUI.Drawings.Subtitle.Size =
GUI.Drawings.Subtitle.Font = .Fonts.UI
GUI.Drawings.Subtitle.Color = Palette.MenuTextDim
GUI.Drawings.Subtitle.Outline =
GUI.Drawings.Tabs = {}
i = , #Tabs
GUI.Drawings.Tabs[i] = {
Bg = .(),
Label = .(),
Indicator = .()
}
GUI.Drawings.Tabs[i].Bg.Filled =
GUI.Drawings.Tabs[i].Label.Size =
GUI.Drawings.Tabs[i].Label.Font = .Fonts.UI
GUI.Drawings.Tabs[i].Label.Center =
GUI.Drawings.Tabs[i].Label.Outline =
GUI.Drawings.Tabs[i].Indicator.Filled =
GUI.Drawings.Tabs[i].Indicator.Color = Palette.MenuAccent
GUI.Drawings.Items = {}
i = ,
GUI.Drawings.Items[i] = {
Bg = .(),
Label = .(),
Value = .(),
Toggle = .(),
ToggleKnob = .(),
SliderBg = .(),
SliderFill = .()
}
item = GUI.Drawings.Items[i]
item.Bg.Filled =
item.Label.Size =
item.Label.Font = .Fonts.UI
item.Label.Outline =
item.Value.Size =
item.Value.Font = .Fonts.UI
item.Value.Outline =
item.Toggle.Filled =
item.ToggleKnob.Filled =
item.ToggleKnob.Color = .(, , )
item.SliderBg.Filled =
item.SliderBg.Color = Palette.MenuOff
item.SliderFill.Filled =
item.SliderFill.Color = Palette.MenuAccent
GUI.Drawings.ScrollbarBg = .()
GUI.Drawings.ScrollbarBg.Filled =
GUI.Drawings.ScrollbarBg.Color = .(, , )
GUI.Drawings.ScrollbarThumb = .()
GUI.Drawings.ScrollbarThumb.Filled =
GUI.Drawings.ScrollbarThumb.Color = Palette.MenuScrollbar
GUI.Drawings.PreviewBg = .()
GUI.Drawings.PreviewBg.Filled =
GUI.Drawings.PreviewBg.Color = Palette.PreviewBg
GUI.Drawings.PreviewBorder = .()
GUI.Drawings.PreviewBorder.Filled =
GUI.Drawings.PreviewBorder.Color = Palette.PreviewBorder
GUI.Drawings.PreviewBorder.Thickness =
GUI.Drawings.PreviewTitle = .()
GUI.Drawings.PreviewTitle.Size =
GUI.Drawings.PreviewTitle.Font = .Fonts.UI
GUI.Drawings.PreviewTitle.Color = Palette.MenuTextDim
GUI.Drawings.PreviewTitle.Center =
GUI.Drawings.PreviewTitle.Outline =
GUI.Drawings.PreviewTitle.Text =
i = ,
GUI.Preview.Box[i] = .()
GUI.Preview.Box[i].Thickness =
i = ,
GUI.Preview.Corners[i] = .()
GUI.Preview.Corners[i].Thickness =
GUI.Preview.Name = .()
GUI.Preview.Name.Size =
GUI.Preview.Name.Font = .Fonts.Monospace
GUI.Preview.Name.Center =
GUI.Preview.Name.Outline =
GUI.Preview.Name.Text =
GUI.Preview.Dist = .()
GUI.Preview.Dist.Size =
GUI.Preview.Dist.Font = .Fonts.Monospace
GUI.Preview.Dist.Center =
GUI.Preview.Dist.Outline =
GUI.Preview.Dist.Color = .(, , )
GUI.Preview.Dist.Text =
GUI.Preview.Tracer = .()
GUI.Preview.Tracer.Thickness =
GUI.Preview.Tracer.Color = Palette.Tracer
GUI.Preview.Snapline = .()
GUI.Preview.Snapline.Thickness =
GUI.Preview.Snapline.Color = Palette.Snapline
GUI.Preview.Snapline.Transparency =
GUI.Preview.LookLine = .()
GUI.Preview.LookLine.Thickness =
GUI.Preview.LookLine.Color = Palette.LookDirection
GUI.Preview.BoxFill = .()
GUI.Preview.BoxFill.Filled =
GUI.Preview.BoxFill.Transparency =
GUI.Preview.VelLine = .()
GUI.Preview.VelLine.Thickness =
GUI.Preview.VelLine.Color = Palette.Velocity
GUI.Preview.VelArrow = .()
GUI.Preview.VelArrow.Filled =
GUI.Preview.VelArrow.Color = Palette.Velocity
GUI.Preview.Figure = {}
GUI.Preview.Figure.Head = .()
GUI.Preview.Figure.Head.Filled =
GUI.Preview.Figure.Head.Color = .(, , )
GUI.Preview.Figure.Head.NumSides =
GUI.Preview.Figure.Torso = .()
GUI.Preview.Figure.Torso.Filled =
GUI.Preview.Figure.Torso.Color = Color3.fromRGB(50, 50, 55)
GUI.Preview.Figure.ArmL = Drawing.new("Square")
GUI.Preview.Figure.ArmL.Filled = true
GUI.Preview.Figure.ArmL.Color = Color3.fromRGB(50, 50, 55)
GUI.Preview.Figure.ArmR = Drawing.new("Square")
GUI.Preview.Figure.ArmR.Filled = true
GUI.Preview.Figure.ArmR.Color = Color3.fromRGB(50, 50, 55)
GUI.Preview.Figure.LegL = Drawing.new("Square")
GUI.Preview.Figure.LegL.Filled = true
GUI.Preview.Figure.LegL.Color = Color3.fromRGB(45, 45, 50)
GUI.Preview.Figure.LegR = Drawing.new("Square")
GUI.Preview.Figure.LegR.Filled = true
GUI.Preview.Figure.LegR.Color = Color3.fromRGB(45, 45, 50)
GUI.Drawings.Footer = Drawing.new("Text")
GUI.Drawings.Footer.Size = 13
GUI.Drawings.Footer.Font = Drawing.Fonts.UI
GUI.Drawings.Footer.Color = Palette.MenuTextDim
GUI.Drawings.Footer.Outline = true
GUI.Drawings.Credit = Drawing.new("Text")
GUI.Drawings.Credit.Size = 12
GUI.Drawings.Credit.Font = Drawing.Fonts.UI
GUI.Drawings.Credit.Color = Color3.fromRGB(120, 120, 130)
GUI.Drawings.Credit.Outline = true
GUI.Drawings.Credit.Text = "made by leet"
GUI.Drawings.ColorPicker = {
Bg = Drawing.new("Square"),
Border = Drawing.new("Square"),
TitleBar = Drawing.new("Square"),
Title = Drawing.new("Text"),
HueBar = Drawing.new("Square"),
HueSelector = Drawing.new("Square"),
SatValBox = Drawing.new("Square"),
Selector = Drawing.new("Circle"),
Preview = Drawing.new("Square"),
PreviewBorder = Drawing.new("Square"),
CloseBtn = Drawing.new("Square"),
CloseTxt = Drawing.new("Text")
}
local cp = GUI.Drawings.ColorPicker
cp.Bg.Filled = true
cp.Bg.Color = Palette.MenuBg
cp.Border.Filled = false
cp.Border.Color = Palette.MenuAccent
cp.Border.Thickness = 1
cp.TitleBar.Filled = true
cp.TitleBar.Color = Palette.MenuTab
cp.Title.Size = 12
cp.Title.Font = Drawing.Fonts.UI
cp.Title.Color = Palette.MenuText
cp.Title.Center = true
cp.Title.Outline = true
cp.Title.Text = "SELECT COLOR"
cp.HueBar.Filled = true
cp.HueSelector.Filled = true
cp.HueSelector.Color = Color3.new(1, 1, 1)
cp.SatValBox.Filled = true
cp.Selector.Filled = true
cp.Selector.Color = Color3.new(1, 1, 1)
cp.Selector.NumSides = 16
cp.Selector.Radius = 5
cp.Preview.Filled = true
cp.PreviewBorder.Filled = false
cp.PreviewBorder.Color = Palette.MenuBorder
cp.PreviewBorder.Thickness = 1
cp.CloseBtn.Filled = true
cp.CloseBtn.Color = Palette.MenuAccent
cp.CloseTxt.Size = 11
cp.CloseTxt.Font = Drawing.Fonts.UI
cp.CloseTxt.Color = Color3.new(1, 1, 1)
cp.CloseTxt.Center = true
cp.CloseTxt.Text = "DONE"
end
function GUI.Hide()
for name, drawing in pairs(GUI.Drawings) do
if type(drawing) == "table" then
for _, subDrawing in pairs(drawing) do
if type(subDrawing) == "table" then
for _, d in pairs(subDrawing) do
if d.Visible ~= nil then d.Visible = false end
end
elseif subDrawing.Visible ~= nil then
subDrawing.Visible = false
end
end
elseif drawing.Visible ~= nil then
drawing.Visible = false
end
end
for _, l in ipairs(GUI.Preview.Box) do l.Visible = false end
for _, l in ipairs(GUI.Preview.Corners) do l.Visible = false end
if GUI.Preview.BoxFill then GUI.Preview.BoxFill.Visible = false end
if GUI.Preview.Name then GUI.Preview.Name.Visible = false end
if GUI.Preview.Dist then GUI.Preview.Dist.Visible = false end
if GUI.Preview.Tracer then GUI.Preview.Tracer.Visible = false end
if GUI.Preview.Snapline then GUI.Preview.Snapline.Visible = false end
if GUI.Preview.LookLine then GUI.Preview.LookLine.Visible = false end
if GUI.Preview.VelLine then GUI.Preview.VelLine.Visible = false end
if GUI.Preview.VelArrow then GUI.Preview.VelArrow.Visible = false end
if GUI.Preview.Figure then
for _, part in pairs(GUI.Preview.Figure) do
if part and part.Visible ~= nil then part.Visible = false end
end
end
end
function GUI.RenderPreview(x, y, w, h)
local pw, ph = Tuning.PreviewBoxW, Tuning.PreviewBoxH
local cx = x + w/2
local cy = y + h/2 + 10
local boxTop = cy - ph/2
local boxBottom = cy + ph/2
local boxLeft = cx - pw/2
local boxRight = cx + pw/2
local animCycle = tick() % 3
local animDist
if animCycle < 1.5 then
animDist = 20 + (animCycle / 1.5) * 80
else
animDist = 100 - ((animCycle - 1.5) / 1.5) * 80
end
animDist = math.floor(animDist)
local espColor, figFillColor, figOutlineColor
local useHeatmap = Config.ESP_Heatmap or (Config.ESP_Chams and Config.ESP_ChamsStyle == "Heatmap")
local useOutline = Config.ESP_Chams and Config.ESP_ChamsStyle == "Outline"
if useHeatmap then
espColor = GetHeatmapColor(animDist)
figFillColor = espColor
figOutlineColor = Color3.fromRGB(
math.min(255, espColor.R * 255 + 40),
math.min(255, espColor.G * 255 + 40),
math.min(255, espColor.B * 255 + 40)
)
elseif useOutline then
espColor = GetEspColor()
figFillColor = Color3.fromRGB(60, 60, 65)
figOutlineColor = GetEspColor()
elseif Config.ESP_Chams then
espColor = GetEspColor()
figFillColor = GetEspColor()
figOutlineColor = Color3.fromRGB(255, 120, 120)
else
espColor = GetEspColor()
figFillColor = Color3.fromRGB(60, 60, 65)
figOutlineColor = Color3.fromRGB(80, 80, 85)
end
local fig = GUI.Preview.Figure
local headRadius = 10
local headY = cy - ph * 0.32
fig.Head.Position = Vector2.new(cx, headY)
fig.Head.Radius = headRadius
fig.Head.Color = Config.ESP_Chams and (useOutline and figOutlineColor or figFillColor) or Color3.fromRGB(60, 60, 65)
fig.Head.Filled = not useOutline
fig.Head.Thickness = useOutline and 2 or 1
fig.Head.Visible = true
local torsoW, torsoH = 24, 40
local torsoTop = headY + headRadius + 2
fig.Torso.Position = Vector2.new(cx - torsoW/2, torsoTop)
fig.Torso.Size = Vector2.new(torsoW, torsoH)
fig.Torso.Color = Config.ESP_Chams and (useOutline and figOutlineColor or figFillColor) or Color3.fromRGB(50, 50, 55)
fig.Torso.Filled = not useOutline
fig.Torso.Thickness = useOutline and 2 or 1
fig.Torso.Visible = true
local armW, armH = 8, 38
fig.ArmL.Position = Vector2.new(cx - torsoW/2 - armW - 2, torsoTop + 2)
fig.ArmL.Size = Vector2.new(armW, armH)
fig.ArmL.Color = Config.ESP_Chams and (useOutline and figOutlineColor or figFillColor) or Color3.fromRGB(50, 50, 55)
fig.ArmL.Filled = not useOutline
fig.ArmL.Thickness = useOutline and 2 or 1
fig.ArmL.Visible = true
fig.ArmR.Position = Vector2.new(cx + torsoW/2 + 2, torsoTop + 2)
fig.ArmR.Size = Vector2.new(armW, armH)
fig.ArmR.Color = Config.ESP_Chams and (useOutline and figOutlineColor or figFillColor) or Color3.fromRGB(50, 50, 55)
fig.ArmR.Filled = not useOutline
fig.ArmR.Thickness = useOutline and 2 or 1
fig.ArmR.Visible = true
local legW, legH = 10, 45
local legTop = torsoTop + torsoH + 2
fig.LegL.Position = Vector2.new(cx - legW - 2, legTop)
fig.LegL.Size = Vector2.new(legW, legH)
fig.LegL.Color = Config.ESP_Chams and (useOutline and figOutlineColor or figFillColor) or Color3.fromRGB(45, 45, 50)
fig.LegL.Filled = not useOutline
fig.LegL.Thickness = useOutline and 2 or 1
fig.LegL.Visible = true
fig.LegR.Position = Vector2.new(cx + 2, legTop)
fig.LegR.Size = Vector2.new(legW, legH)
fig.LegR.Color = Config.ESP_Chams and (useOutline and figOutlineColor or figFillColor) or Color3.fromRGB(45, 45, 50)
fig.LegR.Filled = not useOutline
fig.LegR.Thickness = useOutline and 2 or 1
fig.LegR.Visible = true
if Config.ESP_Box then
if Config.ESP_BoxStyle == "Full" then
for _, l in ipairs(GUI.Preview.Corners) do l.Visible = false end
GUI.Preview.Box[1].From = Vector2.new(boxLeft, boxTop)
GUI.Preview.Box[1].To = Vector2.new(boxRight, boxTop)
GUI.Preview.Box[2].From = Vector2.new(boxRight, boxTop)
GUI.Preview.Box[2].To = Vector2.new(boxRight, boxBottom)
GUI.Preview.Box[3].From = Vector2.new(boxRight, boxBottom)
GUI.Preview.Box[3].To = Vector2.new(boxLeft, boxBottom)
GUI.Preview.Box[4].From = Vector2.new(boxLeft, boxBottom)
GUI.Preview.Box[4].To = Vector2.new(boxLeft, boxTop)
for _, l in ipairs(GUI.Preview.Box) do
l.Color = espColor
l.Visible = true
end
else
for _, l in ipairs(GUI.Preview.Box) do l.Visible = false end
local cl = 12
GUI.Preview.Corners[1].From = Vector2.new(boxLeft, boxTop)
GUI.Preview.Corners[1].To = Vector2.new(boxLeft + cl, boxTop)
GUI.Preview.Corners[2].From = Vector2.new(boxLeft, boxTop)
GUI.Preview.Corners[2].To = Vector2.new(boxLeft, boxTop + cl)
GUI.Preview.Corners[3].From = Vector2.new(boxRight, boxTop)
GUI.Preview.Corners[3].To = Vector2.new(boxRight - cl, boxTop)
GUI.Preview.Corners[4].From = Vector2.new(boxRight, boxTop)
GUI.Preview.Corners[4].To = Vector2.new(boxRight, boxTop + cl)
GUI.Preview.Corners[5].From = Vector2.new(boxLeft, boxBottom)
GUI.Preview.Corners[5].To = Vector2.new(boxLeft + cl, boxBottom)
GUI.Preview.Corners[6].From = Vector2.new(boxLeft, boxBottom)
GUI.Preview.Corners[6].To = Vector2.new(boxLeft, boxBottom - cl)
GUI.Preview.Corners[7].From = Vector2.new(boxRight, boxBottom)
GUI.Preview.Corners[7].To = Vector2.new(boxRight - cl, boxBottom)
GUI.Preview.Corners[8].From = Vector2.new(boxRight, boxBottom)
GUI.Preview.Corners[8].To = Vector2.new(boxRight, boxBottom - cl)
for _, l in ipairs(GUI.Preview.Corners) do
l.Color = espColor
l.Visible = true
end
end
else
for _, l in ipairs(GUI.Preview.Box) do l.Visible = false end
for _, l in ipairs(GUI.Preview.Corners) do l.Visible = false end
end
if Config.ESP_BoxFill and GUI.Preview.BoxFill then
GUI.Preview.BoxFill.Position = Vector2.new(boxLeft, boxTop)
GUI.Preview.BoxFill.Size = Vector2.new(pw, ph)
GUI.Preview.BoxFill.Color = espColor
GUI.Preview.BoxFill.Transparency = 0.15
GUI.Preview.BoxFill.Visible = true
else
if GUI.Preview.BoxFill then GUI.Preview.BoxFill.Visible = false end
end
if Config.ESP_Name then
GUI.Preview.Name.Position = Vector2.new(cx, boxTop - 16)
GUI.Preview.Name.Color = espColor
GUI.Preview.Name.Visible = true
else
GUI.Preview.Name.Visible = false
end
if Config.ESP_Distance then
GUI.Preview.Dist.Position = Vector2.new(cx, boxBottom + 4)
GUI.Preview.Dist.Text = animDist .. "m"
GUI.Preview.Dist.Visible = true
else
GUI.Preview.Dist.Visible = false
end
if Config.ESP_Tracer then
local fromY, toY
toY = boxBottom
if Config.ESP_TracerOrigin == "Bottom" then
fromY = y + h - 5
elseif Config.ESP_TracerOrigin == "Top" then
fromY = y + 5
else
fromY = y + h/2
end
GUI.Preview.Tracer.From = Vector2.new(cx, fromY)
GUI.Preview.Tracer.To = Vector2.new(cx, toY)
GUI.Preview.Tracer.Color = Palette.Tracer
GUI.Preview.Tracer.Visible = true
else
GUI.Preview.Tracer.Visible = false
end
if Config.ESP_Snapline and GUI.Preview.Snapline then
GUI.Preview.Snapline.From = Vector2.new(cx, y + h - 5)
GUI.Preview.Snapline.To = Vector2.new(cx, boxBottom)
GUI.Preview.Snapline.Color = Palette.Snapline
GUI.Preview.Snapline.Transparency = 0.5
GUI.Preview.Snapline.Visible = true
else
if GUI.Preview.Snapline then GUI.Preview.Snapline.Visible = false end
end
if Config.ESP_LookDirection and GUI.Preview.LookLine then
local lookEndX = cx + 35
local lookEndY = cy - 5
GUI.Preview.LookLine.From = Vector2.new(cx, cy)
GUI.Preview.LookLine.To = Vector2.new(lookEndX, lookEndY)
GUI.Preview.LookLine.Color = Palette.LookDirection
GUI.Preview.LookLine.Visible = true
else
if GUI.Preview.LookLine then GUI.Preview.LookLine.Visible = false end
end
if Config.ESP_Velocity and GUI.Preview.VelLine and GUI.Preview.VelArrow then
local velStartX = cx + pw/2 - 15
local velStartY = cy
local velEndX = velStartX + 28
local velEndY = cy - 10
GUI.Preview.VelLine.From = Vector2.new(velStartX, velStartY)
GUI.Preview.VelLine.To = Vector2.new(velEndX, velEndY)
GUI.Preview.VelLine.Color = Palette.Velocity
GUI.Preview.VelLine.Thickness = 2
GUI.Preview.VelLine.Visible = true
local dx, dy = velEndX - velStartX, velEndY - velStartY
local len = math.sqrt(dx*dx + dy*dy)
local fx, fy = dx/len, dy/len
local arrowSize = 12
GUI.Preview.VelArrow.PointA = Vector2.new(velEndX + fx*2, velEndY + fy*2)
GUI.Preview.VelArrow.PointB = Vector2.new(velEndX - fx*arrowSize + fy*arrowSize/2, velEndY - fy*arrowSize - fx*arrowSize/2)
GUI.Preview.VelArrow.PointC = Vector2.new(velEndX - fx*arrowSize - fy*arrowSize/2, velEndY - fy*arrowSize + fx*arrowSize/2)
GUI.Preview.VelArrow.Color = Palette.Velocity
GUI.Preview.VelArrow.Visible = true
else
if GUI.Preview.VelLine then GUI.Preview.VelLine.Visible = false end
if GUI.Preview.VelArrow then GUI.Preview.VelArrow.Visible = false end
end
if Config.ESP_Offscreen then
local arrowX = boxRight + 15
local arrowY = cy
local arrowSize = 8
end
end
function GUI.Render()
if State.Unloaded or not Config.MENU_Open then
GUI.Hide()
return
end
local cam = Workspace.CurrentCamera
if not cam then return end
local screenSize = cam.ViewportSize
local menuW, menuH = 320, 400
local previewW, previewH = 160, 240
local titleH = 24
local tabH = 28
local footerH = 24
local scrollbarW = 5
if not GUI.Position then
GUI.Position = Vector2.new(20, screenSize.Y/2 - menuH/2)
end
if GUI.Dragging then
local mouse = UserInputService:GetMouseLocation()
GUI.Position = mouse - GUI.DragOffset
GUI.Position = Vector2.new(
math.clamp(GUI.Position.X, 0, screenSize.X - menuW),
math.clamp(GUI.Position.Y, 0, screenSize.Y - menuH)
)
end
local x, y = GUI.Position.X, GUI.Position.Y
GUI.Drawings.Bg.Position = Vector2.new(x, y)
GUI.Drawings.Bg.Size = Vector2.new(menuW, menuH)
GUI.Drawings.Bg.Transparency = 0.96
GUI.Drawings.Bg.Visible = true
GUI.Drawings.Border.Position = Vector2.new(x, y)
GUI.Drawings.Border.Size = Vector2.new(menuW, menuH)
GUI.Drawings.Border.Visible = true
GUI.Drawings.TitleBar.Position = Vector2.new(x, y)
GUI.Drawings.TitleBar.Size = Vector2.new(menuW, titleH)
GUI.Drawings.TitleBar.Visible = true
GUI.Drawings.Title.Position = Vector2.new(x + 10, y + 5)
GUI.Drawings.Title.Color = Palette.MenuAccent
GUI.Drawings.Title.Visible = true
local menuKey = GetKeyName(Config.KEY_Menu)
local panicKey = GetKeyName(Config.KEY_Panic)
GUI.Drawings.Subtitle.Text = "[" .. menuKey .. "] menu [" .. panicKey .. "] panic"
GUI.Drawings.Subtitle.Position = Vector2.new(x + 105, y + 6)
GUI.Drawings.Subtitle.Visible = true
local tabY = y + titleH
local tabWidth = menuW / #Tabs
for i, tab in ipairs(Tabs) do
local tabX = x + (i - 1) * tabWidth
local isSelected = (i == Config.MENU_Tab)
GUI.Drawings.Tabs[i].Bg.Position = Vector2.new(tabX, tabY)
GUI.Drawings.Tabs[i].Bg.Size = Vector2.new(tabWidth, tabH)
GUI.Drawings.Tabs[i].Bg.Color = isSelected and Palette.MenuTabActive or Palette.MenuTab
GUI.Drawings.Tabs[i].Bg.Transparency = isSelected and 0.3 or 0.7
GUI.Drawings.Tabs[i].Bg.Visible = true
GUI.Drawings.Tabs[i].Label.Position = Vector2.new(tabX + tabWidth/2, tabY + 8)
GUI.Drawings.Tabs[i].Label.Text = tab.name
GUI.Drawings.Tabs[i].Label.Color = isSelected and Color3.new(1, 1, 1) or Palette.MenuTextDim
GUI.Drawings.Tabs[i].Label.Visible = true
if isSelected then
GUI.Drawings.Tabs[i].Indicator.Position = Vector2.new(tabX, tabY + tabH - 2)
GUI.Drawings.Tabs[i].Indicator.Size = Vector2.new(tabWidth, 2)
GUI.Drawings.Tabs[i].Indicator.Visible = true
else
GUI.Drawings.Tabs[i].Indicator.Visible = false
end
end
local contentY = y + titleH + tabH + 6
local contentH = menuH - titleH - tabH - footerH - 12
local itemH = 26
local itemSpacing = 2
GUI.ContentBounds = {x = x + 8, y = contentY, w = menuW - 16 - scrollbarW - 4, h = contentH}
local tabItemCount = 0
for _, item in ipairs(MenuItems) do
if item.tab == Config.MENU_Tab then tabItemCount = tabItemCount + 1 end
end
local totalContentH = tabItemCount * (itemH + itemSpacing)
GUI.MaxScroll = math.max(0, totalContentH - contentH)
GUI.ScrollOffset = math.clamp(GUI.ScrollOffset, 0, GUI.MaxScroll)
local scrollbarX = x + menuW - scrollbarW - 6
local scrollbarY = contentY
local scrollbarH = contentH
GUI.Drawings.ScrollbarBg.Position = Vector2.new(scrollbarX, scrollbarY)
GUI.Drawings.ScrollbarBg.Size = Vector2.new(scrollbarW, scrollbarH)
GUI.Drawings.ScrollbarBg.Transparency = 0.7
GUI.Drawings.ScrollbarBg.Visible = true
GUI.ScrollbarBounds = {x = scrollbarX, y = scrollbarY, w = scrollbarW, h = scrollbarH}
if GUI.MaxScroll > 0 then
local thumbH = math.max(25, scrollbarH * (contentH / totalContentH))
local thumbY = scrollbarY + (GUI.ScrollOffset / GUI.MaxScroll) * (scrollbarH - thumbH)
GUI.Drawings.ScrollbarThumb.Position = Vector2.new(scrollbarX, thumbY)
GUI.Drawings.ScrollbarThumb.Size = Vector2.new(scrollbarW, thumbH)
GUI.Drawings.ScrollbarThumb.Color = Palette.MenuScrollbar
GUI.Drawings.ScrollbarThumb.Visible = true
GUI.ScrollbarBounds.thumbH = thumbH
else
GUI.Drawings.ScrollbarThumb.Visible = false
GUI.ScrollbarBounds.thumbH = 0
end
GUI.ItemPositions = {}
local itemIdx = 0
local currentTabItemIdx = 0
for _, menuItem in ipairs(MenuItems) do
if menuItem.tab == Config.MENU_Tab then
currentTabItemIdx = currentTabItemIdx + 1
local rawY = contentY + (currentTabItemIdx - 1) * (itemH + itemSpacing) - GUI.ScrollOffset
local isVisible = rawY >= contentY - 2 and rawY <= contentY + contentH - itemH + 5
if isVisible then
itemIdx = itemIdx + 1
if itemIdx > 20 then break end
local itemY = rawY
local item = GUI.Drawings.Items[itemIdx]
GUI.ItemPositions[itemIdx] = {x = x + 8, y = itemY, w = menuW - 16 - scrollbarW - 4, h = itemH, idx = currentTabItemIdx}
item.Bg.Position = Vector2.new(x + 8, itemY)
item.Bg.Size = Vector2.new(menuW - 16 - scrollbarW - 4, itemH - 2)
item.Bg.Color = Palette.MenuPanel
item.Bg.Transparency = 0.9
item.Bg.Visible = true
item.Label.Position = Vector2.new(x + 14, itemY + 5)
item.Label.Text = menuItem.name
item.Label.Visible = true
if menuItem.type == "label" then
item.Label.Color = Palette.MenuAccent
item.Bg.Color = Palette.MenuBg
item.Value.Visible = false
item.Toggle.Visible = false
item.ToggleKnob.Visible = false
item.SliderBg.Visible = false
item.SliderFill.Visible = false
elseif menuItem.type == "toggle" then
item.Label.Color = Palette.MenuText
local isOn = Config[menuItem.key]
local toggleX = x + menuW - 50 - scrollbarW - 4
local toggleY = itemY + 5
item.Toggle.Position = Vector2.new(toggleX, toggleY)
item.Toggle.Size = Vector2.new(28, 14)
item.Toggle.Color = isOn and Palette.MenuOn or Palette.MenuOff
item.Toggle.Filled = true
item.Toggle.Visible = true
local knobX = isOn and (toggleX + 28 - 12) or (toggleX + 2)
item.ToggleKnob.Position = Vector2.new(knobX, toggleY + 2)
item.ToggleKnob.Size = Vector2.new(10, 10)
item.ToggleKnob.Color = Color3.new(1, 1, 1)
item.ToggleKnob.Filled = true
item.ToggleKnob.Visible = true
item.Value.Visible = false
item.SliderBg.Visible = false
item.SliderFill.Visible = false
elseif menuItem.type == "slider" then
item.Label.Color = Palette.MenuText
local val = Config[menuItem.key]
local pct = (val - menuItem.min) / (menuItem.max - menuItem.min)
local valText = menuItem.step < 1 and string.format("%.2f", val) or tostring(math.floor(val))
item.Value.Position = Vector2.new(x + menuW - 50 - scrollbarW, itemY + 5)
item.Value.Text = valText
item.Value.Color = Palette.MenuTextDim
item.Value.Visible = true
local sliderW = menuW - 75 - scrollbarW
item.SliderBg.Position = Vector2.new(x + 14, itemY + itemH - 6)
item.SliderBg.Size = Vector2.new(sliderW, 3)
item.SliderBg.Color = Palette.MenuOff
item.SliderBg.Filled = true
item.SliderBg.Visible = true
item.SliderFill.Position = Vector2.new(x + 14, itemY + itemH - 6)
item.SliderFill.Size = Vector2.new(sliderW * pct, 3)
item.SliderFill.Color = Palette.MenuAccent
item.SliderFill.Filled = true
item.SliderFill.Visible = true
item.Toggle.Visible = false
item.ToggleKnob.Visible = false
elseif menuItem.type == "dropdown" then
item.Label.Color = Palette.MenuText
local currentVal = Config[menuItem.key]
item.Value.Position = Vector2.new(x + menuW - 75 - scrollbarW, itemY + 5)
item.Value.Text = "[" .. tostring(currentVal) .. "]"
item.Value.Color = Palette.MenuAccent
item.Value.Visible = true
item.Toggle.Visible = false
item.ToggleKnob.Visible = false
item.SliderBg.Visible = false
item.SliderFill.Visible = false
elseif menuItem.type == "keybind" then
item.Label.Color = Palette.MenuText
local keyCode = Config[menuItem.key]
local keyText = GUI.EditingKeybind == menuItem.key and "[...]" or ("[" .. GetKeyName(keyCode) .. "]")
item.Value.Position = Vector2.new(x + menuW - 60 - scrollbarW, itemY + 5)
item.Value.Text = keyText
item.Value.Color = GUI.EditingKeybind == menuItem.key and Palette.MenuAccent or Palette.MenuText
item.Value.Visible = true
item.Toggle.Visible = false
item.ToggleKnob.Visible = false
item.SliderBg.Visible = false
item.SliderFill.Visible = false
elseif menuItem.type == "color" then
item.Label.Color = Palette.MenuText
local col = Config[menuItem.key] or Color3.fromRGB(220, 60, 60)
local swatchX = x + menuW - 50 - scrollbarW - 4
local swatchY = itemY + 4
item.SliderBg.Position = Vector2.new(swatchX - 1, swatchY - 1)
item.SliderBg.Size = Vector2.new(34, 18)
item.SliderBg.Color = State.ColorPickerOpen and Palette.MenuAccent or Palette.MenuBorder
item.SliderBg.Filled = true
item.SliderBg.Visible = true
item.SliderFill.Position = Vector2.new(swatchX, swatchY)
item.SliderFill.Size = Vector2.new(32, 16)
item.SliderFill.Color = col
item.SliderFill.Filled = true
item.SliderFill.Visible = true
item.Value.Visible = false
item.Toggle.Visible = false
item.ToggleKnob.Visible = false
end
end
end
end
for i = itemIdx + 1, 20 do
local item = GUI.Drawings.Items[i]
item.Bg.Visible = false
item.Label.Visible = false
item.Value.Visible = false
item.Toggle.Visible = false
item.ToggleKnob.Visible = false
item.SliderBg.Visible = false
item.SliderFill.Visible = false
end
if Config.MENU_Tab == 1 then
local previewX = x + menuW + 10
local previewY = y
GUI.Drawings.PreviewBg.Position = Vector2.new(previewX, previewY)
GUI.Drawings.PreviewBg.Size = Vector2.new(previewW, previewH)
GUI.Drawings.PreviewBg.Transparency = 0.96
GUI.Drawings.PreviewBg.Visible = true
GUI.Drawings.PreviewBorder.Position = Vector2.new(previewX, previewY)
GUI.Drawings.PreviewBorder.Size = Vector2.new(previewW, previewH)
GUI.Drawings.PreviewBorder.Color = Palette.PreviewBorder
GUI.Drawings.PreviewBorder.Visible = true
GUI.Drawings.PreviewTitle.Position = Vector2.new(previewX + previewW/2, previewY + 8)
GUI.Drawings.PreviewTitle.Visible = true
GUI.RenderPreview(previewX, previewY + 20, previewW, previewH - 20)
else
GUI.Drawings.PreviewBg.Visible = false
GUI.Drawings.PreviewBorder.Visible = false
GUI.Drawings.PreviewTitle.Visible = false
for _, l in ipairs(GUI.Preview.Box) do l.Visible = false end
for _, l in ipairs(GUI.Preview.Corners) do l.Visible = false end
if GUI.Preview.BoxFill then GUI.Preview.BoxFill.Visible = false end
GUI.Preview.Name.Visible = false
GUI.Preview.Dist.Visible = false
GUI.Preview.Tracer.Visible = false
if GUI.Preview.Snapline then GUI.Preview.Snapline.Visible = false end
if GUI.Preview.LookLine then GUI.Preview.LookLine.Visible = false end
if GUI.Preview.VelLine then GUI.Preview.VelLine.Visible = false end
if GUI.Preview.VelArrow then GUI.Preview.VelArrow.Visible = false end
for _, part in pairs(GUI.Preview.Figure) do
if part and part.Visible ~= nil then part.Visible = false end
end
end
local ping = 0
pcall(function()
ping = math.floor(Stats.Network.ServerStatsItem["Data Ping"]:GetValue())
end)
GUI.Drawings.Footer.Text = "Ping: " .. ping .. "ms"
GUI.Drawings.Footer.Position = Vector2.new(x + 10, y + menuH - footerH + 5)
GUI.Drawings.Footer.Visible = true
GUI.Drawings.Credit.Position = Vector2.new(x + menuW - 85, y + menuH - footerH + 6)
GUI.Drawings.Credit.Visible = true
if State.ColorPickerOpen and GUI.Drawings.ColorPicker then
local cp = GUI.Drawings.ColorPicker
local cpW, cpH = 180, 220
local titleH = 24
if not GUI.ColorPickerPos then
GUI.ColorPickerPos = Vector2.new(x + menuW + 10, y + menuH/2 - cpH/2)
end
local cpX, cpY = GUI.ColorPickerPos.X, GUI.ColorPickerPos.Y
cp.Bg.Position = Vector2.new(cpX, cpY)
cp.Bg.Size = Vector2.new(cpW, cpH)
cp.Bg.Visible = true
cp.Border.Position = Vector2.new(cpX, cpY)
cp.Border.Size = Vector2.new(cpW, cpH)
cp.Border.Visible = true
cp.TitleBar.Position = Vector2.new(cpX, cpY)
cp.TitleBar.Size = Vector2.new(cpW, titleH)
cp.TitleBar.Visible = true
cp.Title.Position = Vector2.new(cpX + cpW/2, cpY + 6)
cp.Title.Visible = true
local satValX, satValY = cpX + 10, cpY + titleH + 8
local satValW, satValH = cpW - 40, 100
cp.SatValBox.Position = Vector2.new(satValX, satValY)
cp.SatValBox.Size = Vector2.new(satValW, satValH)
cp.SatValBox.Color = HSVtoRGB(GUI.ColorPickerHue, 1, 1)
cp.SatValBox.Visible = true
local selX = satValX + GUI.ColorPickerSat * satValW
local selY = satValY + (1 - GUI.ColorPickerVal) * satValH
cp.Selector.Position = Vector2.new(selX, selY)
cp.Selector.Visible = true
local hueX, hueY = cpX + cpW - 25, cpY + titleH + 8
local hueW, hueH = 15, 100
cp.HueBar.Position = Vector2.new(hueX, hueY)
cp.HueBar.Size = Vector2.new(hueW, hueH)
cp.HueBar.Color = HSVtoRGB(GUI.ColorPickerHue, 1, 1)
cp.HueBar.Visible = true
local hueSelectorY = hueY + GUI.ColorPickerHue * hueH
cp.HueSelector.Position = Vector2.new(hueX - 2, hueSelectorY - 2)
cp.HueSelector.Size = Vector2.new(hueW + 4, 4)
cp.HueSelector.Visible = true
local previewY = cpY + titleH + satValH + 18
local currentColor = HSVtoRGB(GUI.ColorPickerHue, GUI.ColorPickerSat, GUI.ColorPickerVal)
cp.Preview.Position = Vector2.new(cpX + 10, previewY)
cp.Preview.Size = Vector2.new(cpW - 20, 25)
cp.Preview.Color = currentColor
cp.Preview.Visible = true
cp.PreviewBorder.Position = Vector2.new(cpX + 10, previewY)
cp.PreviewBorder.Size = Vector2.new(cpW - 20, 25)
cp.PreviewBorder.Visible = true
local btnY = cpY + cpH - 28
cp.CloseBtn.Position = Vector2.new(cpX + 10, btnY)
cp.CloseBtn.Size = Vector2.new(cpW - 20, 20)
cp.CloseBtn.Visible = true
cp.CloseTxt.Position = Vector2.new(cpX + cpW/2, btnY + 4)
cp.CloseTxt.Visible = true
GUI.ColorPickerBounds = {
x = cpX, y = cpY, w = cpW, h = cpH,
titleBar = {x = cpX, y = cpY, w = cpW, h = titleH},
satVal = {x = satValX, y = satValY, w = satValW, h = satValH},
hue = {x = hueX, y = hueY, w = hueW, h = hueH},
closeBtn = {x = cpX + 10, y = btnY, w = cpW - 20, h = 20}
}
else
if GUI.Drawings.ColorPicker then
local cp = GUI.Drawings.ColorPicker
cp.Bg.Visible = false
cp.Border.Visible = false
cp.TitleBar.Visible = false
cp.Title.Visible = false
cp.SatValBox.Visible = false
cp.Selector.Visible = false
cp.HueBar.Visible = false
cp.HueSelector.Visible = false
cp.Preview.Visible = false
cp.PreviewBorder.Visible = false
cp.CloseBtn.Visible = false
cp.CloseTxt.Visible = false
end
end
end
local Unload
local function HandleInput(input, gameProcessed)
if State.Unloaded then return end
if input.UserInputType == Enum.UserInputType.Keyboard then
if input.KeyCode == Config.KEY_Panic then
if Unload then
Unload()
end
return
end
end
if GUI.EditingKeybind and input.UserInputType == Enum.UserInputType.Keyboard then
if input.KeyCode ~= Enum.KeyCode.Escape then
Config[GUI.EditingKeybind] = input.KeyCode
end
GUI.EditingKeybind = nil
return
end
if input.UserInputType == Enum.UserInputType.Keyboard then
if input.KeyCode == Config.KEY_Menu and not gameProcessed then
Config.MENU_Open = not Config.MENU_Open
GUI.ScrollOffset = 0
return
end
end
if input.UserInputType == Config.AIM_Key then
State.Aiming = true
end
if input.UserInputType == Enum.UserInputType.MouseButton1 and Config.MENU_Open then
local mouse = UserInputService:GetMouseLocation()
local menuW, menuH = 320, 400
local titleH = 24
local tabH = 28
local footerH = 24
local scrollbarW = 5
local x, y = GUI.Position.X, GUI.Position.Y
if State.ColorPickerOpen and GUI.ColorPickerBounds then
local cpb = GUI.ColorPickerBounds
local inPicker = mouse.X >= cpb.x and mouse.X <= cpb.x + cpb.w and
mouse.Y >= cpb.y and mouse.Y <= cpb.y + cpb.h
if inPicker then
local tb = cpb.titleBar
if tb and mouse.X >= tb.x and mouse.X <= tb.x + tb.w and
mouse.Y >= tb.y and mouse.Y <= tb.y + tb.h then
GUI.ColorPickerDragging = "move"
GUI.ColorPickerDragOffset = mouse - GUI.ColorPickerPos
return
end
local btn = cpb.closeBtn
if mouse.X >= btn.x and mouse.X <= btn.x + btn.w and
mouse.Y >= btn.y and mouse.Y <= btn.y + btn.h then
local col = HSVtoRGB(GUI.ColorPickerHue, GUI.ColorPickerSat, GUI.ColorPickerVal)
if GUI.EditingColorKey then
Config[GUI.EditingColorKey] = col
if GUI.EditingColorKey == "MISC_MenuColor" then
Palette.MenuAccent = col
Palette.RadarBorder = col
Palette.PreviewBorder = col
Palette.MenuScrollbar = col
Palette.MenuTabActive = col
end
end
State.ColorPickerOpen = false
GUI.ColorPickerDragging = nil
GUI.ColorPickerPos = nil
GUI.EditingColorKey = nil
return
end
local sv = cpb.satVal
if mouse.X >= sv.x and mouse.X <= sv.x + sv.w and
mouse.Y >= sv.y and mouse.Y <= sv.y + sv.h then
GUI.ColorPickerDragging = "satval"
GUI.ColorPickerSat = math.clamp((mouse.X - sv.x) / sv.w, 0, 1)
GUI.ColorPickerVal = math.clamp(1 - (mouse.Y - sv.y) / sv.h, 0, 1)
local col = HSVtoRGB(GUI.ColorPickerHue, GUI.ColorPickerSat, GUI.ColorPickerVal)
if GUI.EditingColorKey then
Config[GUI.EditingColorKey] = col
if GUI.EditingColorKey == "MISC_MenuColor" then
Palette.MenuAccent = col
Palette.RadarBorder = col
Palette.PreviewBorder = col
Palette.MenuScrollbar = col
Palette.MenuTabActive = col
end
end
return
end
local hb = cpb.hue
if mouse.X >= hb.x and mouse.X <= hb.x + hb.w and
mouse.Y >= hb.y and mouse.Y <= hb.y + hb.h then
GUI.ColorPickerDragging = "hue"
GUI.ColorPickerHue = math.clamp((mouse.Y - hb.y) / hb.h, 0, 1)
Config.ESP_CustomColor = HSVtoRGB(GUI.ColorPickerHue, GUI.ColorPickerSat, GUI.ColorPickerVal)
return
end
return
else
Config.ESP_CustomColor = HSVtoRGB(GUI.ColorPickerHue, GUI.ColorPickerSat, GUI.ColorPickerVal)
State.ColorPickerOpen = false
GUI.ColorPickerDragging = nil
GUI.ColorPickerPos = nil
end
end
if mouse.X >= x and mouse.X <= x + menuW and mouse.Y >= y and mouse.Y <= y + titleH then
GUI.Dragging = true
GUI.DragOffset = mouse - GUI.Position
return
end
local sb = GUI.ScrollbarBounds
if sb and sb.x and sb.thumbH and sb.thumbH > 0 and
mouse.X >= sb.x and mouse.X <= sb.x + sb.w + 4 and
mouse.Y >= sb.y and mouse.Y <= sb.y + sb.h then
GUI.ScrollbarDragging = true
local scrollbarTrack = sb.h - sb.thumbH
if scrollbarTrack > 0 then
local relY = math.clamp(mouse.Y - sb.y - sb.thumbH/2, 0, scrollbarTrack)
GUI.ScrollOffset = (relY / scrollbarTrack) * GUI.MaxScroll
end
return
end
local tabWidth = menuW / #Tabs
for i = 1, #Tabs do
local tabX = x + (i - 1) * tabWidth
if mouse.X >= tabX and mouse.X <= tabX + tabWidth and
mouse.Y >= y + titleH and mouse.Y <= y + titleH + tabH then
Config.MENU_Tab = i
GUI.ScrollOffset = 0
return
end
end
local contentY = y + titleH + tabH + 6
local contentH = menuH - titleH - tabH - footerH - 12
local itemH = 26
local itemSpacing = 2
local currentTabItemIdx = 0
for _, menuItem in ipairs(MenuItems) do
if menuItem.tab == Config.MENU_Tab then
currentTabItemIdx = currentTabItemIdx + 1
local rawY = contentY + (currentTabItemIdx - 1) * (itemH + itemSpacing) - GUI.ScrollOffset
if rawY >= contentY - 2 and rawY <= contentY + contentH - itemH + 5 then
if mouse.X >= x + 8 and mouse.X <= x + menuW - scrollbarW - 12 and
mouse.Y >= rawY and mouse.Y <= rawY + itemH then
if menuItem.type == "toggle" then
Config[menuItem.key] = not Config[menuItem.key]
if menuItem.key == "MISC_NoRecoil" or menuItem.key == "MISC_NoSway" or
menuItem.key == "MISC_NoSpread" or menuItem.key == "MISC_NoCamShake" then
ToggleGunMods()
end
elseif menuItem.type == "color" then
State.ColorPickerOpen = true
GUI.EditingColorKey = menuItem.key
local h, s, v = RGBtoHSV(Config[menuItem.key])
GUI.ColorPickerHue = h
GUI.ColorPickerSat = s
GUI.ColorPickerVal = v
return
elseif menuItem.type == "dropdown" then
local opts = menuItem.options
local current = Config[menuItem.key]
local idx = 1
for i, opt in ipairs(opts) do
if opt == current then idx = i break end
end
idx = idx + 1
if idx > #opts then idx = 1 end
Config[menuItem.key] = opts[idx]
elseif menuItem.type == "slider" then
local sliderX = x + 14
local sliderW = menuW - 75 - scrollbarW
local pct = math.clamp((mouse.X - sliderX) / sliderW, 0, 1)
local val = menuItem.min + pct * (menuItem.max - menuItem.min)
val = math.floor(val / menuItem.step + 0.5) * menuItem.step
Config[menuItem.key] = math.clamp(val, menuItem.min, menuItem.max)
elseif menuItem.type == "keybind" then
GUI.EditingKeybind = menuItem.key
end
return
end
end
end
end
end
end
local function HandleInputEnd(input)
if State.Unloaded then return end
if input.UserInputType == Enum.UserInputType.MouseButton1 then
GUI.Dragging = false
GUI.ScrollbarDragging = false
GUI.ColorPickerDragging = nil
end
if input.UserInputType == Config.AIM_Key then
State.Aiming = false
end
end
local function HandleInputChanged(input)
if State.Unloaded then return end
if input.UserInputType == Enum.UserInputType.MouseWheel and Config.MENU_Open then
local mouse = UserInputService:GetMouseLocation()
local x, y = GUI.Position.X, GUI.Position.Y
local w, h = 320, 400
if mouse.X >= x and mouse.X <= x + w and mouse.Y >= y and mouse.Y <= y + h then
local scrollAmount = -input.Position.Z * 40
GUI.ScrollOffset = math.clamp(GUI.ScrollOffset + scrollAmount, 0, GUI.MaxScroll)
end
end
if input.UserInputType == Enum.UserInputType.MouseMovement then
local mouse = UserInputService:GetMouseLocation()
if GUI.ScrollbarDragging then
local sb = GUI.ScrollbarBounds
if sb and sb.thumbH and sb.thumbH > 0 then
local scrollbarTrack = sb.h - sb.thumbH
if scrollbarTrack > 0 then
local relY = math.clamp(mouse.Y - sb.y - sb.thumbH/2, 0, scrollbarTrack)
GUI.ScrollOffset = (relY / scrollbarTrack) * GUI.MaxScroll
end
end
end
if GUI.ColorPickerDragging and GUI.ColorPickerBounds then
local cpb = GUI.ColorPickerBounds
if GUI.ColorPickerDragging == "move" then
if GUI.ColorPickerDragOffset then
GUI.ColorPickerPos = mouse - GUI.ColorPickerDragOffset
end
elseif GUI.ColorPickerDragging == "satval" then
local sv = cpb.satVal
GUI.ColorPickerSat = math.clamp((mouse.X - sv.x) / sv.w, 0, 1)
GUI.ColorPickerVal = math.clamp(1 - (mouse.Y - sv.y) / sv.h, 0, 1)
local col = HSVtoRGB(GUI.ColorPickerHue, GUI.ColorPickerSat, GUI.ColorPickerVal)
if GUI.EditingColorKey then
Config[GUI.EditingColorKey] = col
if GUI.EditingColorKey == "MISC_MenuColor" then
Palette.MenuAccent = col
Palette.RadarBorder = col
Palette.PreviewBorder = col
end
end
elseif GUI.ColorPickerDragging == "hue" then
local hb = cpb.hue
GUI.ColorPickerHue = math.clamp((mouse.Y - hb.y) / hb.h, 0, 1)
local col = HSVtoRGB(GUI.ColorPickerHue, GUI.ColorPickerSat, GUI.ColorPickerVal)
if GUI.EditingColorKey then
Config[GUI.EditingColorKey] = col
if GUI.EditingColorKey == "MISC_MenuColor" then
Palette.MenuAccent = col
Palette.RadarBorder = col
Palette.PreviewBorder = col
end
end
end
end
end
end
local GunModConnection = nil
local function ApplyGunModsFrame()
if Config.MISC_NoRecoil or Config.MISC_NoSway or Config.MISC_NoSpread or Config.MISC_NoCamShake then
for _, v in pairs(getgc(true)) do
if type(v) == "table" then
if Config.MISC_NoRecoil and rawget(v, "recoil") then v.recoil = 0 end
if Config.MISC_NoSway and rawget(v, "sway") then v.sway = 0 end
if Config.MISC_NoSpread and rawget(v, "spread") then v.spread = 0 end
if Config.MISC_NoCamShake and rawget(v, "shake") then v.shake = 0 end
end
end
end
end
local function ToggleGunMods()
local anyEnabled = Config.MISC_NoRecoil or Config.MISC_NoSway or Config.MISC_NoSpread or Config.MISC_NoCamShake
if anyEnabled then
if not GunModConnection then
GunModConnection = RunService.RenderStepped:Connect(ApplyGunModsFrame)
end
else
if GunModConnection then
GunModConnection:Disconnect()
GunModConnection = nil
end
end
end
local Noclip = {
Initialized = false,
SpawnConnection = nil
}
-- Noclip code credited to /u/transdimensional on scriptblox.com
function Noclip.DisableCollision(model)
for _, part in pairs(model:GetDescendants()) do
if part:IsA("BasePart") then
part.CanCollide = false
end
end
end
function Noclip.Init()
if Noclip.Initialized then return end
Noclip.Initialized = true
for _, obj in pairs(Workspace:GetDescendants()) do
if obj.Name:find("soldier") then
Noclip.DisableCollision(obj)
end
end
Noclip.SpawnConnection = Workspace.DescendantAdded:Connect(function(obj)
if not Config.MISC_Noclip then return end
task.wait(0.3)
if obj.Name:find("soldier") then
repeat task.wait() until obj:FindFirstChild("HumanoidRootPart")
Noclip.DisableCollision(obj)
end
end)
Connections.Noclip = Noclip.SpawnConnection
end
function Noclip.Step()
if not Config.MISC_Noclip then return end
if not Noclip.Initialized then
Noclip.Init()
end
end
--[[
OPTIONAL: Alternative noclip implementation using interval based scanning. Differs from transdimensionals take
If you prefer this approach over the original, replace the Noclip table and functions above with this:
local Noclip = {
Handled = {},
ScanTick = 0,
SpawnWatcher = nil
}
function Noclip.Strip(model)
if Noclip.Handled[model] then return end
local children = model:GetDescendants()
for idx = 1, #children do
local obj = children[idx]
if obj:IsA("BasePart") then
obj.CanCollide = false
end
end
Noclip.Handled[model] = true
end
function Noclip.Sweep()
local objects = Workspace:GetDescendants()
for idx = 1, #objects do
local obj = objects[idx]
if obj:IsA("Model") and obj.Name:match("soldier") then
if obj:FindFirstChild("HumanoidRootPart") and not Noclip.Handled[obj] then
Noclip.Strip(obj)
end
end
end
end
function Noclip.OnSpawn(obj)
if not Config.MISC_Noclip then return end
if not obj:IsA("Model") then return end
if not obj.Name:match("soldier") then return end
task.defer(function()
local hrp = obj:WaitForChild("HumanoidRootPart", 3)
if hrp and Config.MISC_Noclip then
Noclip.Strip(obj)
end
end)
end
function Noclip.Step()
if not Config.MISC_Noclip then return end
local now = tick()
if now - Noclip.ScanTick < 0.4 then return end
Noclip.ScanTick = now
Noclip.Sweep()
if not Noclip.SpawnWatcher then
Noclip.SpawnWatcher = Workspace.DescendantAdded:Connect(Noclip.OnSpawn)
Connections.Noclip = Noclip.SpawnWatcher
end
end
And update unload cleanup to:
if Noclip.SpawnWatcher then
pcall(function() Noclip.SpawnWatcher:Disconnect() end)
Noclip.SpawnWatcher = nil
end
Noclip.Handled = {}
]]
local function ApplyMiscSettings()
if Config.MISC_FullBright then
Lighting.Brightness = 2
Lighting.Ambient = Color3.new(1, 1, 1)
else
Lighting.Brightness = OriginalLighting.Brightness
Lighting.Ambient = OriginalLighting.Ambient
end
end
local function MainLoop()
if State.Unloaded then
if Connections.Render then
pcall(function() Connections.Render:Disconnect() end)
Connections.Render = nil
end
return
end
if Config.ESP_Rainbow then
State.RainbowHue = (State.RainbowHue + 0.002) % 1
end
local cam = Workspace.CurrentCamera
if not cam then return end
local screenSize = cam.ViewportSize
local screenCenter = Vector2.new(screenSize.X/2, screenSize.Y/2)
pcall(ApplyMiscSettings)
pcall(Noclip.Step)
pcall(function() ESP.Step(cam, screenSize, screenCenter) end)
pcall(function() Chams.Step() end)
pcall(function() Radar.Step(cam) end)
pcall(function() Aimbot.Step(cam, screenCenter) end)
pcall(function() GUI.Render() end)
end
Unload = function()
if State.Unloaded then return end
State.Unloaded = true
Config.MENU_Open = false
if GunModConnection then
pcall(function() GunModConnection:Disconnect() end)
GunModConnection = nil
end
if Noclip.SpawnConnection then
pcall(function() Noclip.SpawnConnection:Disconnect() end)
Noclip.SpawnConnection = nil
end
Noclip.Initialized = false
for name, conn in pairs(Connections) do
pcall(function()
if conn and conn.Disconnect then
conn:Disconnect()
end
end)
Connections[name] = nil
end
for model, esp in pairs(ESP.cache) do
pcall(function() ESP.Hide(esp) end)
pcall(function() ESP.Destroy(esp) end)
end
ESP.cache = {}
pcall(function() Chams.ClearAll() end)
pcall(function()
if Radar.bg then Radar.bg:Remove() end
if Radar.border then Radar.border:Remove() end
if Radar.cross1 then Radar.cross1:Remove() end
if Radar.cross2 then Radar.cross2:Remove() end
if Radar.center then Radar.center:Remove() end
if Radar.dots then
for _, d in ipairs(Radar.dots) do
if d then d:Remove() end
end
end
end)
pcall(function()
if Aimbot.fov then Aimbot.fov:Remove() end
end)
pcall(function()
for name, drawing in pairs(GUI.Drawings) do
if type(drawing) == "table" then
for _, subDrawing in pairs(drawing) do
if type(subDrawing) == "table" then
for _, d in pairs(subDrawing) do
if d and d.Remove then d:Remove() end
end
elseif subDrawing and subDrawing.Remove then
subDrawing:Remove()
end
end
elseif drawing and drawing.Remove then
drawing:Remove()
end
end
end)
pcall(function()
if GUI.Preview.Box then
for _, l in ipairs(GUI.Preview.Box) do if l then l:Remove() end end
end
if GUI.Preview.Corners then
for _, l in ipairs(GUI.Preview.Corners) do if l then l:Remove() end end
end
if GUI.Preview.BoxFill then GUI.Preview.BoxFill:Remove() end
if GUI.Preview.Name then GUI.Preview.Name:Remove() end
if GUI.Preview.Dist then GUI.Preview.Dist:Remove() end
if GUI.Preview.Tracer then GUI.Preview.Tracer:Remove() end
if GUI.Preview.Snapline then GUI.Preview.Snapline:Remove() end
if GUI.Preview.LookLine then GUI.Preview.LookLine:Remove() end
if GUI.Preview.VelLine then GUI.Preview.VelLine:Remove() end
if GUI.Preview.VelArrow then GUI.Preview.VelArrow:Remove() end
if GUI.Preview.Figure then
for _, part in pairs(GUI.Preview.Figure) do
if part and part.Remove then part:Remove() end
end
end
end)
pcall(function()
Lighting.Brightness = OriginalLighting.Brightness
Lighting.Ambient = OriginalLighting.Ambient
Lighting.FogEnd = OriginalLighting.FogEnd
end)
end
local function Init()
GUI.Create()
Connections.Input = UserInputService.InputBegan:Connect(HandleInput)
Connections.InputEnd = UserInputService.InputEnded:Connect(HandleInputEnd)
Connections.InputChanged = UserInputService.InputChanged:Connect(HandleInputChanged)
Connections.Render = RunService.RenderStepped:Connect(MainLoop)
Connections.PlayerRemoving = Players.PlayerRemoving:Connect(function(player)
end)
end
Init()
About this script
This is open source, so if something is missing or could be better, change it or request it in the comments. NO MOBILE right now. this is a PC script. I'll release a separate mobile script later. This is open source, so you can always make your own. This is a ready to go polished and unique script. NOT FOR XENO USE HIGHER UNC EXECUTOR. I will see if I make a xeno script but the drawing apis are limited.. Features: ESP: Boxes (Full / Corner/Filled) Names Distance Tracers (Top / Center / Bottom) Snaplines Looking Direction Velocity/Prediction Offscreen Arrows Dead Check (Marks bodies with X) Chams (Solid / Outline) Team Check Custom Colors & Rainbow Radar: Clean Square Design Shows enemies & dead players Draggable Layout (Move anywhere) Configurable Size & Range Aimbot: RMB Aimbot (Bindable) FOV Circle Smoothing Smart "Auto" Targeting Sticky Targeting Proximity Priority Dynamic Deadzones Team Check Misc: No Recoil No Sway No Spread No Camera Shake Full Bright Custom Menu Colors Panic Key
