基于语义虚拟接口的三维用户界面组态

3D User Interface Configuration Based on Semantic Virtual Connector

针对三维组态软件图形用户界面组态过程复杂、人机交互不自然的问题,提出基于语义虚拟接口的三维用户界面组态方法.该方法通过建立虚拟场景建模本体,借助本体语义信息辅助进行三维用户界面组态人机交互.提出虚拟接口的概念,使用虚拟接口作为场景对象人机交互语义信息的载体,用其表示场景对象之间可能的组态关系,实现了场景对象间的自动组态连接,进而实现了以简单人机交互完成复杂的三维组态任务.通过化工领域三维组态软件原型系统验证了方法的有效性.

Aiming at the problems that 3D user interface configuration process was complicated and human-computer interaction was not natural, which hampered the application of 3D configuration software, a 3D user interface configuration method based on semantic virtual connector was proposed. By building the virtual scene modeling ontology, the method could make the human-computer interaction in 3D user interface configuration more easier with the aid of ontology semantic information. The virtual connector concept was presented. As a carrier of the semantic information of human-computer interaction, virtual connectors were used to represent the possible connection relationships in scene objects. The automatic configuration connection between the scene objects was realized, and then users could perform complex modeling task through the simple human-computer interaction. The validity of this method was verified by the 3D configuration software prototype system in chemical field.