Instruction processing method in online game

Abstract

The embodiment of the invention discloses an instruction processing method in an online game. The method comprises the following steps of: splitting an operating instruction sent to a server by a client into multiple original sub instructions according to the logical level from complex to simple, distributing the multiple original sub instructions to multiple threads or multiple processes, and processing the sub instructions; wherein, in the same instruction processing cycle, the original sub instructions of different logical levels are processed at different time; the original sub instructions comprise logical instructions and data change instructions, wherein each logical instruction contains only one operation, and specific data are not modified; and each data change instruction is used for changing only one data once. The method can make full use of multi-thread processing capacity of a server, and has extremely high processing efficiency.

Description

technical field [0001] The invention relates to the technical field of instruction processing, in particular to an instruction processing method in online games. Background technique [0002] Massively multiplayer online games (MMOG), especially real-time ultra-large-scale multiplayer online games (RSMMOG), need to have the ability to carry more than thousands or even more online people in the same scene, while maintaining the ability to respond to player operation instructions in real time and feedback processing results in a timely manner . For a long time, the biggest technical difficulty of MMOG is how to increase the number of concurrent online players on the premise of ensuring quick response to player's operation instructions. With the increase in the number of players and non-player characters (NPCs) in the game, the computing pressure and storage pressure of the server rise sharply. In order to solve this problem, there are generally two types of methods: upgrading...

AI Technical Summary

Problems solved by technology

[0004] ① Group players and assign them to different scenes. Each scene has fewer players. Different scenes are assigned to different threads for processing. Players in different scenes cannot fully interact

[0005] ②A large number of players are allowed to gather in a single scene, but this scene can only perform certain operations and cannot achieve full interaction;

[0014] Therefore, in general, the existing online games cannot make full use of the multi-thread processing capability at the level of the allocation strategy of distributing the specific processing load of user operation instructions to multiple threads and at the level of multi-thread specific instruction execution. , to deal with the problem of low efficiency

Images