Method for simulating group self-organization behaviors of multiple game characters

Abstract

The invention discloses a method for simulating the group self-organization behaviors of multiple game characters, which comprises the following steps that: a game simulating system comprising a blackboard data center and at least two independent game character simulating terminals is preset; each game character simulating terminal in the game simulating system respectively establishes transmission control protocol (TCP) connection with the blackboard data center; and the game character simulating terminal performs group interaction with other game character simulating terminals in the game simulating system through the TCP connection with the blackboard data center and according to an interactive policy stored in the game character simulating terminal. By the method, the complicated group self-organization behaviors of a large number of game characters can be effectively simulated, and various requirements of a game test are met.

Description

technical field [0001] The invention relates to the technical field of network communication, in particular to a method for simulating group self-organization behavior of multiple game characters. Background technique [0002] During the development of an online game, it is often necessary to perform a corresponding game test on the online game under development, so as to verify the correctness and stability of the system functions of the server or the client. In the testing process of online games, it is generally hoped that a certain number of game characters (that is, game characters operated by game users in online games, also called player characters) can participate in the test, so as to improve the accuracy of the test. However, it is usually impossible to frequently and effectively organize external game users to participate in such game testing during the development process, and the number of testers within the development company is limited, and it is impossible t...

AI Technical Summary

Problems solved by technology

[0004] However, in the above method, since the group interaction management between all robots is realized in the same control system, each robot can only passively execute the group interaction commands (ie, control instructions) sent by the control system, and cannot interact with The control system interacts, and the interaction and communication between robots cannot be realized. Therefore, the behavior of the game characters simulated by the robot is rigid and lacks differences. Group organization behavior cannot be generated between the simulated game characters, so it is difficult to simulate a large number of game characters. The complex group self-organization behavior between the game (that is, various interactive behaviors between game characters in the game, such as chatting, forming a team, fighting together, marrying, etc.), making it difficult to meet the needs of game testing

In addition, in the above-mentioned method in the prior art, the above-mentioned control system has a high degree of integration, is not easy to modify, and has poor customizability, so it cannot meet the changing game function testing requirements.

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