PPS: When I use the interpolation, it flickers a lot but I can see that the position is right, it is not lagging like before, so the best would be to resolve how to make my interpolation and not removing it. then if it doesn't arrive you start predicting at the same rate. 300/60 fps 5 frames to smooth before the next packet should arrive. If the packet took 300 ms to be delivered, then smooth over 300 ms. PS: I tried to lerp only if syncTime/syncDelay < 1.0 to be sure I don't extrapolate, but it did not change a thing. For smoothing you want the time in the packet itself to compare the previous packet time to the current packet time. Thank you very much for your help in advance!
In any case, would you have an idea on how to fix this? Since my method is called from FixedUpdate, I am wondering if the gameobject is simple refreshing so much that I don't even see it. SyncStartPosition = rigidbody2D.position īut now the other player is invisible when not moving, and is visible but flickering a lot when moving (flickering so much I hardly see it).
SyncDelay = Time.time - lastSynchronizationTime Rigidbody2D.position = Vector3.Lerp(syncStartPosition, syncEndPosition, syncTime / syncDelay) Īnd using this method: void OnSerializeNetworkView(BitStream stream, NetworkMessageInfo info) Game objects can have NetworkView components which can be configured to watch other components.
I tried to follow the tutorial, adding void FixedUpdate() To review, open the file in an editor that reveals hidden Unicode characters. Without interpolation, I have too much latency issues (the other player is "lagging" a lot). This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. I followed this tutorial which is really nice and everything worked but one thing, the interpolation. The last thing we need to do before starting our game is to just attach our CubeBehaviour script to our Cube prefab.
Networkview ismine code#
Remember, only the owner is supposed to be able to move the object, the other players are listening in for coordinates. This means we can write specific code for movement or other things that should only run on the computer that has instantiated a prefab, without the need for any networkView.isMine checks. You might try drilling through that project and find where you might be missing something.I'm trying to get my basic game online and got into some problems. Also, network games have some psycho logic to think through, try to always rather use NetworkView.isMine to determine who is the owner of the object and who isn't. The third-person multiplayer example in Unity's networking example project is about as bare bones of an an example as you can get, and the network.instantiating and player control using NetworkView.isMine all work as expected. Like Jerdak commented, it should be present in UnityScript without modification.
Networkview ismine update#
In my game, the characters have health bars over their heads that are supposed to update for the en. NetworkView.isMine only returns true if the object was instantiated locally, so that would seem to suggest more than one player is being locally instantiated and therefore input control moving to that one, but otherwise there does not seem to be enough to go on in what you have provided to take a guess. It's networkView.isMine (not NetworkView.ismine). I'm having a difficult time getting my health bar to sync through the server on Unity using RPCs. Your reply with code to appels about where/when you are doing the instantiating seems ok (although I do it in a OnNetworkLevelLoaded function as in the Unity networking example project.) This works by providing a NetworkView component, which can serialize object. You are describing a problem in your script for player control - where you need to have the client control his locally network.instantiated player and any players that connect and create a remotely network.instantiated player is controlled remotely.
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