Synchronization method and device for voxel data

Abstract

The invention discloses a synchronization method and device for voxel data. The method comprises the steps that in a virtual reality scene, a first client obtains operation indication data for indicating performance of operation on voxels in a target area, wherein the operation indication data is generated by triggering the voxels through a virtual reality device, and the first client is related to the virtual reality device; the first client sends the operation indication data to a server, so the server sends the operation indication data to a preset client set, wherein the preset client set comprises the first client and at least one second client related to the first client; the first client receives the operation indication data sent by the server; and the first client performs the operation on the voxels in the target region corresponding to the first client according to the received operation indication data, thereby obtaining the voxel data corresponding to the operation. According to the method and the device, the technical problem that the data processing quantity of synchronizing the voxel data is high is solved.

Description

Technical field [0001] The invention relates to the field of data processing, and in particular to a method and device for synchronizing voxel data. Background technique [0002] At present, the application of voxels has promoted the development of hardware, especially since the popularization of Graphics Processing Unit (GPU), voxels have begun to be widely used in game applications. However, due to the extremely large number of voxel units, the use of online games is still relatively limited. For example, since the synchronization of voxel data at every moment consumes local and network resources, there is no network mode in the "Minecraft" application, but only a stand-alone game application. [0003] In addition, sandbox online games have begun to be put into the market, and the synchronization of voxel data has also begun to be applied as a very important technical point. There are generally two types of ways to apply voxel data in sandbox online games. The first type is th...

AI Technical Summary

Problems solved by technology

[0005] The above two types of voxel data application methods are aimed at scenarios where voxel data synchronization exists in non-VR scenarios and non-a large amount of voxel data modification. Update voxel data per second is less than or equal to 1 In the case of units, when the voxel data that needs to be modified in one frame is at the level of thousands of units, or under the network synchronization where the voxel data needs to be modified more than ten thousand units per second, transmitting voxel data by number will cause extremely large The network bandwidth and the amount of local data processing will lead to the paralysis of the entire system, and there is no way to apply

In addition, the current voxel carving application in the virtual reality environment does not have a network mode, that is, it does not support simultaneous carving by multiple people.

[0006] Aiming at the above-mentioned problem of large data processing volume of voxel data synchronization, no effective solution has been proposed so far

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