Behavior processing method and device

Abstract

Embodiments of invention provide a behavior processing method and device. The method comprises acquiring a mark of a target ability to be executed after traversing an ability subtree of a role behavior tree; selecting a target ability subtree matching the mark of the target ability from an ability pool, and loading the target ability subtree on the role behavior tree; and sequentially traversing all nodes of the target ability subtree, and executing linear ability motion corresponding to a target condition node if that a target condition node associated with a trigger event returns effective information is traversed. According to the behavior processing method and device, a subtree of a target ability to be executed can be loaded on a role behavior to be traversed, features of recursion and logic of a behavior tree can be fully utilized, the design mode is simple, and the expansibility is excellent.

Description

technical field [0001] The present invention relates to the technical field of data processing, in particular to a behavior processing method and device. Background technique [0002] The character behavior and skill system are the most important components of the game system. In the game system, skills can be interpreted as a sequence, that is, a series of events executed in parallel in the order of the time axis. Skills can include linear skill actions and nonlinear skill actions. A linear skill action is a given time t on the time axis, and the skill state at that location can be obtained. A non-linear skill is a series of skill actions that are executed due to the existence of a trigger event, for example, the corresponding skill action is performed only when user input or external conditions are required. In skill design, linear skills are usually edited with a linear sequence editor, and non-linear skills generated by external trigger events are edited with a finite s...

AI Technical Summary

Problems solved by technology

In skill design, linear skills are usually edited with a linear sequence editor, and non-linear skills generated by external trigger events are edited with a finite state machine. Due to the variety of trigger events, a finite state machine is used for processing When , the state machine design is complex and difficult to expand

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