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Metal: Rendering freezes when the orientation is changed

MacOS: Crash on objc_msgSend when the Editor UI gets redrawn You do this within the OnSerializeNetworkView() function.Audio: Audio random container shows subassets in the project folder when adding clips via drag & dropĪudio: Audio Random Container window clears when deselecting the Audio Random Container in the project viewĪudio: Dragging a audio clip from project view into the Audio Random Container AudioClips list, behaves incorrectly.Īudio: The Audio Random Container window sometimes loads an incorrect UI when entering playmodeĭirectX12: Editor freezes when saving prefab changes in Play Mode if “VSync” is enabledĮditor: Enabled loop information embedded in the smpl chunk of WAVE files to now be properly handled in WebGL Player builds.Įditor: Fixed an issue where render textures would leak when attached in a Player using URP with the Frame Debugger.Įditor: Fixed the Editor crashing when using the CCD package. If it is observing a Script, you must explicitly Serialize data within the script. Only the difference between the last transmissions values and the current values are sent and nothing is sent if there is no difference. All later packets are queued up until the earlier packet is received. If a packet is dropped, that packet will be re-sent. Packets are always received in the order they were sent. The data of the Observed Component will now be sent across the network automatically. To use State Synchronization, set State Synchronization of the Network View to Reliable Delta Compressed or Unreliable.

You have 2 options to send the data of the Observed Component: State Synchronization and Remote Procedure Calls. RPC calls just need a single network view present so you don’t need to add a view specifically for RPC if a view is already present. If you are not directly sending data, just using RPC calls, then you can turn off synchronization (no data directly sent) and nothing needs to be set as the Observed property. You can select a Component from the drop-down, or you can drag any Component header directly to the variable. Whatever the Observed Component is, data about it will be sent across the network. This can be a Transform, an Animation, a RigidBody, or a script. The Observed property of the Network View can contain a single Component.

The Component data that will be sent across the network This uses more bandwidth, but the impact of packet loss is minimized In the case of packet loss, the lost packet is re-sent automatically The difference between the last state and the current state will be sent, if nothing has changed nothing will be sent. This is the best option if you only want to send RPCs The type of State Synchronization used by this Network View In order to use any networking capabilities, including State Synchronization or Remote Procedure Calls, your GameObject must have a Network View attached. You can learn and discover the fundamental concepts in the Network Reference Guide. For this reason, it is recommended that you understand the fundamental concepts behind networking before you start experimenting with Network Views. They are simple to use, but they are extremely powerful. Network Views are the gateway to creating networked multiplayer games in Unity.