Knockout Predictor

 Players           = (:())
 RunService        = (:())
 ReplicatedStorage = (:())

 LP     = Players.LocalPlayer
 Camera = .CurrentCamera

 BASE_SPEED = 
 SPEED_STEP = 
 FRICTION   = 

 powerLevel = 
 ok, Bindables = (()  ReplicatedStorage:(, ) )
 ok  Bindables 
     ev = Bindables:()
     ev  ev.Event:((n) powerLevel = n ) 


 .KO_CONN   (() .KO_CONN:() ) 
 .KO_PARTS   _,p  (.KO_PARTS)  (() p:() )  

 RED = .(, , )

  (sz, col, shape)
     p = .()
    p.Size = sz; p.Color = col  RED
    p.Material = .Material.Neon
    p.Anchored = ; p.CanCollide = 
    p.CastShadow = ; p.Transparency = 
     shape  p.Shape = shape 
    p.Parent = 
     p


  (part)
     h = .()
    h.Adornee = part; h.FillTransparency = 
    h.OutlineColor = .(, , )
    h.OutlineTransparency = ; h.Parent = part




 stem = (.(, , ), RED)
(stem)

 sphere = (.(, , ), RED, .PartType.Ball)
(sphere)

 DOT_N = 
 DOT_R = 
 dots  = {}
 i = , DOT_N 
     d = (.(, , ), RED, .PartType.Ball)
    (d)
    dots[i] = d



 lastPos   = .(, , )
 pulse     = 


  (v)
     flat = .(v.X, , v.Z)
     flat.Magnitude >  
         flat.Unit
    
     



.KO_CONN = RunService.RenderStepped:((dt)
    pulse = pulse + dt * 

     char = LP.Character
     hrp  = char  char:()
      hrp 
        stem.Transparency = 
        sphere.Transparency = 
         _, d  (dots)  d.Transparency =  
        
    

     curPos   = hrp.Position
     asmVel   = hrp.AssemblyLinearVelocity
     posDelta = (curPos - lastPos).Magnitude / .(dt, )
    lastPos = curPos

    
    
    

     dir = (Camera.CFrame.LookVector)

    
     asmVel.Magnitude >  
         velDir = (asmVel)
         velDir 
            dir = velDir
        
    

      dir   

    
     moving   = posDelta > 
     rawSpeed = moving  posDelta  (BASE_SPEED + (powerLevel - ) * SPEED_STEP)
     dist     = (rawSpeed * rawSpeed) / ( * FRICTION)

     endPos = .(
        curPos.X + dir.X * dist,
        curPos.Y,
        curPos.Z + dir.Z * dist
    )

     stemDist = (endPos - curPos).Magnitude
     ps       =  + .(pulse * ) * 

    
     stemDist >  
        stem.CFrame = .(curPos, endPos) * .(, , -stemDist / )
        stem.Size   = .(, , stemDist)
        stem.Transparency = 
    
        stem.Transparency = 
    

    
    sphere.Position    = endPos + .(, , )
    sphere.Size        = .( * ps,  * ps,  * ps)
    sphere.Transparency = 

    
     rot = pulse * 
     i = , DOT_N 
         angle = (i - ) * ( * .pi / DOT_N) + rot
         x  = endPos.X + DOT_R * .(angle)
         z  = endPos.Z + DOT_R * .(angle)
         y  = endPos.Y + 
         sz =  + .(pulse *  + i * ) * 
        dots[i].CFrame = .(x, y, z)
        dots[i].Size   = .(sz, sz, sz)
        dots[i].Transparency = 
    
)

.KO_PARTS = { stem, sphere }
 _, d  (dots)  .(.KO_PARTS, d) 

.KO_DESTROY = ()
     .KO_CONN  .KO_CONN:() 
     _, p  (.KO_PARTS  {})  (() p:() ) 
    ()


()