Unanchored fly

 Players = :()
 RunService = :()
 LocalPlayer = Players.LocalPlayer
IYMouse = LocalPlayer:()
 uis = :()

  ().Network 
 ().Network = {
  BaseParts = {};
  FakeConnections = {};
  Connections = {};
  Output = {
   Enabled = ;
   Prefix = ;
   Send = (Type,Output,BypassOutput)
     (Type) ==   (Type ==   Type ==   Type == )  (Output) ==   ((BypassOutput) ==   (BypassOutput) == ) 
      Network[].Enabled ==   BypassOutput ==  
      (Network[].Prefix..Output);
     ;
     Network[].Enabled ==  
     (Network[].Prefix..);
    ;
   ;
  };
  CharacterRelative = ;
 }

 Network[].(,)
 Network[] = .(,,); 
 Network[] = (Part,ReturnFakePart) 
  ((Part) ==   Part:()  Part:(),Network[].Prefix..)
  ((ReturnFakePart) ==   (ReturnFakePart) == ,Network[].Prefix..)
    .(Network[],Part) 
    Network.CharacterRelative ==  
     Character = LocalPlayer.Character
     Character  Character.PrimaryPart 
      Distance = (Character.PrimaryPart.Position-Part.Position).Magnitude
      Distance >  
      Network[].(,..Part:()....(LocalPlayer,)..)
       
     
    
     Network[].(,..Part:()..)
      
    
   
   .(Network[],Part)
   Part.CustomPhysicalProperties = PhysicalProperties.(,,,,)
   Network[].(,..Part:()..)
    ReturnFakePart ==  
     FakePart
   
  
   Network[].(,..Part:()..)
    
  
 

 Network[] = (Part) 
  ((Part) ==   Part:(),Network[].Prefix..)
   Index = .(Network[],Part)
   Index 
   .(Network[],Index)
   Network[].(,..Part:()..)
  
   Network[].(,..Part:()..)
  
 

 Network[] = .() 
  _,Event  ({RunService.Stepped,RunService.Heartbeat}) 
  Event:(()
    Network[]:(Network[],())
  )
 

 Network[] = {};
 Network[][] = {};
 Network[][] = ;
 Network[][] = .(() 
   Network[][] ==  
   Network[][] =  
   Network[][].ReplicationFocus = LocalPlayer.ReplicationFocus
   LocalPlayer.ReplicationFocus = 
   Network[][].SimulationRadius = (LocalPlayer,)
   Network[][] = Network[].Event:(() 
    (LocalPlayer,,/)
     _,Part  (Network[])  
     .(()
       Part:() 
        Network.CharacterRelative ==  
         Character = LocalPlayer.Character;
         Character  Character.PrimaryPart 
          Distance = (Character.PrimaryPart.Position - Part.Position).Magnitude
          Distance >  
          Network[].(,..Part:()....(LocalPlayer,)..)
          Lost = ;
          Network[](Part)
         
        
         Network[].(,..Part:()..)
        
       
       Part.Velocity = Network[]+.(,.(()*)/,) 
      
       Network[](Part)
      
     )()
    
   )
   Network[].(,)
  
   Network[].(,)
  
 )
 Network[][] = .(()
   Network[][] 
   Network[][]:()
   LocalPlayer.ReplicationFocus = Network[][].ReplicationFocus
   (LocalPlayer,,Network[][].SimulationRadius)
   Network[][] = {}
    _,Part  (Network[]) 
    Network[](Part)
   
   Network[][] = 
   Network[].(,)
  
   Network[].(,)
  
 )
 Network[].(,)


.(Network[][])
IYMouse.Button1Down:(()
object = IYMouse.Target
  uis:(.KeyCode.LeftControl)  object.Anchored ==  
 .Workspace.CurrentCamera.CameraSubject = object
 Network.(object)
 LocalPlayer.Character.HumanoidRootPart.Anchored = 
 ()  Players.LocalPlayer  Players.LocalPlayer.Character  Players.LocalPlayer.Character:()
	 ()  IYMouse
	 flyKeyDown  flyKeyUp  flyKeyDown:() flyKeyUp:() 

	 T = object
	 CONTROL = {F = , B = , L = , R = , Q = , E = }
	 lCONTROL = {F = , B = , L = , R = , Q = , E = }
	 SPEED = 

	  ()
		FLYING = 
		BG = .()
		BV = .()
		BG.P = 
		BG.Parent = T
		BV.Parent = T
		BG.maxTorque = .(, , )
		BG.cframe = T.CFrame
		BV.velocity = .(, , )
		BV.maxForce = .(, , )
		.(()
			 ()
				 CONTROL.L + CONTROL.R ~=   CONTROL.F + CONTROL.B ~=   CONTROL.Q + CONTROL.E ~=  
					SPEED = 
				  (CONTROL.L + CONTROL.R ~=   CONTROL.F + CONTROL.B ~=   CONTROL.Q + CONTROL.E ~= )  SPEED ~=  
					SPEED = 
				
				 (CONTROL.L + CONTROL.R) ~=   (CONTROL.F + CONTROL.B) ~=   (CONTROL.Q + CONTROL.E) ~=  
					BV.velocity = ((.CurrentCamera.CoordinateFrame.lookVector * (CONTROL.F + CONTROL.B)) + ((.CurrentCamera.CoordinateFrame * .(CONTROL.L + CONTROL.R, (CONTROL.F + CONTROL.B + CONTROL.Q + CONTROL.E) * , ).p) - .CurrentCamera.CoordinateFrame.p)) * SPEED
					lCONTROL = {F = CONTROL.F, B = CONTROL.B, L = CONTROL.L, R = CONTROL.R}
				 (CONTROL.L + CONTROL.R) ==   (CONTROL.F + CONTROL.B) ==   (CONTROL.Q + CONTROL.E) ==   SPEED ~=  
					BV.velocity = ((.CurrentCamera.CoordinateFrame.lookVector * (lCONTROL.F + lCONTROL.B)) + ((.CurrentCamera.CoordinateFrame * .(lCONTROL.L + lCONTROL.R, (lCONTROL.F + lCONTROL.B + CONTROL.Q + CONTROL.E) * , ).p) - .CurrentCamera.CoordinateFrame.p)) * SPEED
				
					BV.velocity = .(, , )
				
				BG.cframe = .CurrentCamera.CoordinateFrame
			  FLYING
			CONTROL = {F = , B = , L = , R = , Q = , E = }
			lCONTROL = {F = , B = , L = , R = , Q = , E = }
			SPEED = 
			BG:()
			BV:()
		)
	
	flyKeyDown = IYMouse.KeyDown:((KEY)
		 KEY:() ==  
			CONTROL.F = 
		 KEY:() ==  
			CONTROL.B = -
		 KEY:() ==  
			CONTROL.L = -
		 KEY:() ==   
			CONTROL.R = 
		 QEfly  KEY:() ==  
			CONTROL.Q = 
		 QEfly  KEY:() ==  
			CONTROL.E = -
		
		(() .CurrentCamera.CameraType = .CameraType.Track )
	)
	flyKeyUp = IYMouse.KeyUp:((KEY)
		 KEY:() ==  
			CONTROL.F = 
		 KEY:() ==  
			CONTROL.B = 
		 KEY:() ==  
			CONTROL.L = 
		 KEY:() ==  
			CONTROL.R = 
		 KEY:() ==  
			CONTROL.Q = 
		 KEY:() ==  
			CONTROL.E = 
		
	)
	()

)

IYMouse.KeyDown:(()
   :():(.KeyCode.LeftShift) 
    
    
    FLYING = 
    Network.(object)
    object.Velocity = .(, - , )
    LocalPlayer.Character.HumanoidRootPart.Anchored = 
    .Workspace.CurrentCamera.CameraSubject = LocalPlayer.Character.Humanoid
  
)