skybox f3x

 player = .Players.LocalPlayer
 char = player.Character
 tool
 i,v  player:() 
     v.Name ==  
        tool = v.Parent
    

 i,v  .ReplicatedStorage:() 
     v.Name ==  
        tool = v.Parent
    

remote = tool.SyncAPI.ServerEndpoint
 (args)
    remote:((args))

 (part,boolean)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = boolean
            }
        }
    }
    (args)

 (boolean,part)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = boolean
            }
        }
    }
    (args)

 (cf,parent)
     args = {
        [] = ,
        [] = ,
        [] = cf,
        [] = parent
    }
    (args)

 (part)
     args = {
        [] = ,
        [] = {
            [] = part
        }
    }
    (args)

 (part,cf)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = cf
            }
        }
    }
    (args)

 (part,size,cf)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = cf,
                [] = size
            }
        }
    }
    (args)

 (part)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part
            }
        }
    }
    (args)


 (part,meshid)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = ..meshid
            }
        }
    }
    (args)

 (part, texid)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = ..texid
            }
        }
    }
    (args)

 (part, stringg)
     args = {
        [] = ,
        [] = {
            [] = part
        },
        [] = stringg
    }

    (args)

 (part,size)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = size
            }
        }
    }
    (args)

 (part1, part2,lead)
     args = {
        [] = ,
        [] = {
            [] = part1,
            [] = part2
        },
        [] = lead
    }
    (args)


 (part,boolean)
     args = {
        [] = ,
        [] = {
            [] = part
        },
        [] = boolean
    }
    (args)

 (part,int)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = int
            }
        }
    }
    (args)

 (part)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = 
            }
        }
    }
    (args)

 (part,brightness)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = ,
                [] = brightness
            }
        }
    }
    (args)

 (part,color)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = color,
                [] = 
            }
        }
    }
    (args)

 (part,side)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = side,
                [] = 
            }
        }
    }

    (args)

 (part,asset,side)
     args = {
        [] = ,
        [] = {
            [] = {
                [] = part,
                [] = side,
                [] = ,
                [] = .. asset
            }
        }
    }
    (args)


 (id)
     e = char.HumanoidRootPart.CFrame.x
     f = char.HumanoidRootPart.CFrame.y
     g = char.HumanoidRootPart.CFrame.z
     spawnPos = .(.(e), .(f), .(g)) + .(, , )
    
    (spawnPos, )
    .() 

     skyPart
     i, v  :() 
         v:()  (v.Position - spawnPos.p).Magnitude <  
            skyPart = v
            (v, )
            (v)
            (v, )
            (v, id)
            (v, .(, , ))
            (v, )
            (, v)
            (v, )
            
        
    

     skyPart 
         t = 
         baseSpeed = 
         randomness = 
        
        :().Heartbeat:((dt)
            t = t + dt
            
             rotX = .(t * ) * randomness
             rotY = t * baseSpeed 
             rotZ = .(t * ) * randomness
            
             newCf = spawnPos * .(
                .(rotX), 
                .(rotY), 
                .(rotZ)
            )
            
            (skyPart, newCf)
        )
    


()