Auto parry

 RunService = :()
 Players = :()
 VirtualInputManager = :()

 Player = Players.LocalPlayer
 connection
 previousVelocity = 
 previousPlayerPosition = 
 hitboxLine = 

  (folder)
     _, ball  (folder:()) 
         ball:() 
             ball:() ==  
                ball:(, )
            
             ball
        
    
     


  ()
     connection 
        connection:()
        connection = 
    


.Balls.ChildAdded:((child)
     Player.Character  Player.Character.Parent  Player.Character.Parent.Name ==  
         ball = (.Balls)
          ball   
        ()
        connection = ball:():(()
            ball:(, )
        )
    
)

.TrainingBalls.ChildAdded:((child)
     Player.Character  Player.Character.Parent  Player.Character.Parent.Name ~=  
         ball = (.TrainingBalls)
          ball   
        ()
        connection = ball:():(()
            ball:(, )
        )
    
)

  (startPos, endPos)
     distance = (startPos - endPos).Magnitude
      hitboxLine 
        hitboxLine = .()
        hitboxLine.Anchored = 
        hitboxLine.CanCollide = 
        hitboxLine.Color = .(, , )
        hitboxLine.Material = .Material.Neon
        hitboxLine.Transparency = 
        hitboxLine.Parent = 
    
    hitboxLine.Size = .(, , distance)
    hitboxLine.CFrame = .(startPos, endPos) * .(, , -distance / )


RunService.PreSimulation:(()
     character = Player.Character
      character   
     hrp = character:()
      hrp   
     ballFolder = (character.Parent  character.Parent.Name == )  .Balls  .TrainingBalls
     ball = (ballFolder)
      ball 
         hitboxLine 
            hitboxLine:()
            hitboxLine = 
        
        
    

    (hrp.Position, ball.Position)
    
     currentVelocity = ball.zoomies.VectorVelocity
     speed = currentVelocity.Magnitude
     distance = (hrp.Position - ball.Position).Magnitude
     curvature = 
     previousVelocity  speed >   previousVelocity.Magnitude >  
         dot = .(previousVelocity.Unit:(currentVelocity.Unit), -, )
        curvature = .(dot)
    
    previousVelocity = currentVelocity

     reactionTimeThreshold = (ballFolder == .TrainingBalls)    
     curvature > .() 
        reactionTimeThreshold = reactionTimeThreshold + 
    

     effectiveThreshold = reactionTimeThreshold
     ballFolder == .TrainingBalls 
         speed <  
             multiplier = .( / speed, , )
            effectiveThreshold = reactionTimeThreshold * multiplier
         speed >=   speed <  
            effectiveThreshold = reactionTimeThreshold * (speed / ) * 
        
    
         speed >=   speed <  
            effectiveThreshold = reactionTimeThreshold * (speed / )
        
    
     speed >  
        effectiveThreshold = effectiveThreshold + ((speed - ) / )
    

     otherPlayerNearby = 
     _, other  (Players:()) 
         other ~= Player  other.Character  other.Character:() 
             otherHrp = other.Character.HumanoidRootPart
             (hrp.Position - otherHrp.Position).Magnitude <  
                otherPlayerNearby = 
                
            
        
    
     otherPlayerNearby 
        effectiveThreshold = effectiveThreshold + 
    

     humanoid = character:()
     direction = (ball.Position - hrp.Position).Unit
     ballApproachSpeed = currentVelocity:(direction)
     playerApproachSpeed = hrp.Velocity:(direction)
     relativeSpeed = ballApproachSpeed - playerApproachSpeed
     relativeSpeed <=  
        relativeSpeed = currentVelocity.Magnitude
    
     predictedTime = distance / relativeSpeed

     TELEPORT_THRESHOLD = 
     TELEPORT_DISTANCE_THRESHOLD = 
     previousPlayerPosition 
         displacement = (hrp.Position - previousPlayerPosition).Magnitude
         displacement > TELEPORT_THRESHOLD  distance < TELEPORT_DISTANCE_THRESHOLD 
             ball:() == Player.Name   ball:() 
                VirtualInputManager:(, , , , , )
                ball:(, )
            
        
    

     ball:() == Player.Name   ball:()  speed >   distance <=  
         predictedTime <= effectiveThreshold 
            VirtualInputManager:(, , , , , )
            ball:(, )
        
    

    hrp.CFrame = .(hrp.Position, ball.Position)
    previousPlayerPosition = hrp.Position

     character.Parent  character.Parent.Name ==   humanoid 
         bv = hrp:()
          bv 
            bv = .()
            bv.Name = 
            bv.MaxForce = .(, , )
            bv.P = 
            bv.Parent = hrp
        
         distance >  
            bv.Velocity = (ball.Position - hrp.Position).Unit * (humanoid.WalkSpeed  )
        
            bv.Velocity = .(, , )
        
    
         bv = hrp:()
         bv 
            bv:()
        
    
)