Game synchronization method, system and related device

Abstract

The embodiments of the invention provide a game synchronization method, a system and a related device. The method comprises the following steps: acquiring an input game operation instruction; when the local pre-rendering time is up, running a game logic corresponding to the game operation instruction according to the number of pre-rendering times and a preset pre-rendering number-of-times threshold to pre-render game pictures; and when receiving a network data packet sent by a server, running a game logic corresponding to the network data packet to synchronize clients of which the game pictures are in the same game scene, and zeroing the number of pre-rendering times, wherein the network data packet includes game data sent by the clients. Through the embodiments of the invention, the smoothness and consistency of the game pictures can be controlled flexibly and efficiently, and the development cost of games can be reduced.

Description

technical field [0001] The invention relates to the technical field of data processing, in particular to a game synchronization method, system and related equipment. Background technique [0002] At present, the development of real-time synchronization games often requires developers to write a large number of specific codes for specific game types under different network conditions to balance and adapt the consistency of the game (that is, the synchronization effect of the game screen) and fluency . According to different game content, it is necessary to develop completely different network synchronization processes, that is, to write different network synchronization strategies for different game operations. Since the gameplay itself is very diverse, when debugging different synchronization strategies and experience effects, It is necessary to frequently and massively modify the sending and receiving processing strategies of network synchronization data packets in differe...

AI Technical Summary

Problems solved by technology

According to different game content, it is necessary to develop completely different network synchronization processes, that is, to write different network synchronization strategies for different game operations. Since the gameplay itself is very diverse, when debugging different synchronization strategies and experience effects, It is necessary to frequently and massively modify the sending and receiving processing strategies of network synchronization data packets in different gameplay states, resulting in a very large development workload, high technical cost, poor flexibility, and low efficiency

It can be seen that the existing game synchronization strategy cannot flexibly and efficiently control the fluency and consistency of the game, nor can it effectively reduce the development cost of the game

Images