Mission editing method and device, terminal and storage medium

Abstract

The invention provides a mission editing method and device, a terminal and a storage medium. According to the method, a blueprint is constructed for each entity in a to-be-edited mission, and a mission is generated on the basis of the blueprint of each entity in the to-be-edited mission, wherein at least one trigger for each entity is hooked in the blueprint of the entity, and the trigger of eachentity indicates an event for triggering the entity, the condition that the entity is successfully triggered by the event and execution behaviors of the entity after the entity is successfully triggered by the event. The entities in the missions serve as units to generate the triggers corresponding to the entities respectively, the triggers in the missions can be managed conveniently with the entities as the units, and the mission maintenance efficiency is improved. Besides, the triggers of the entities are generated with the events, the conditions and the execution behaviors as the standard.Compared with a behavior tree mechanism in the prior art, the complexity of triggering logic is reduced.

Description

technical field [0001] The present invention relates to the technical field of level editing, and more specifically, to a level editing method, device, terminal and storage medium. Background technique [0002] As the player's requirements for the gameplay gradually become higher, the game levels become more and more abundant. At present, the game level editing is usually realized through the Unity engine and the Unreal engine. During the game level editing process, the trigger logic of the level can be abstracted as a trigger. [0003] Although the existing technology can implement trigger editing based on the playmaker plug-in and the Behaviac plug-in; however, the playmaker plug-in uses a state machine mechanism, and every time a new state is added, it is necessary to maintain the jump relationship between the new state and all previous states, and there are often maintenance problems. ;Although the Behaviac plug-in reduces the maintenance complexity, because it uses the...

AI Technical Summary

Problems solved by technology

[0003] Although the existing technology can implement trigger editing based on the playmaker plug-in and Behaviac plug-in; however, the playmaker plug-in uses a state machine mechanism, and every time a new state is added, the jump relationship between the new state and all previous states needs to be maintained, and there are often maintenance problems. ;Although the Behaviac plug-in reduces the maintenance complexity, because it uses the behavior tree mechanism that actively senses external changes and polls each child node through the root node to achieve behavior jumps, there are often problems with complex trigger logic

Images