综采工作面虚拟监测系统界面交互设计

Interaction Design of Virtual Monitoring System for Fully Mechanized Coal Mining Face

中文关键词: 情境设计  用户体验  交互设计  虚拟监测  综采工作面

英文关键词: scene design  user experience  interactive design  virtual monitoring  fully mechanized coal mining face

中文摘要:

      目的 解决当前综采工作面虚拟监测系统功能分区混乱，色彩、布局、交互流程等方面都缺乏人性化研究，所导致的用户体验差的问题。方法 将情境设计理论和用户体验层次模型相结合，提出构建综采工作面虚拟监测系统界面的交互设计方法。该方法首先对综采工作面虚拟监测系统进行了需求定义和功能分析，并对系统功能进行了优先级排序;接着在“概念—原型—视觉”的情境求解过程中，设计了交互逻辑和视觉元素，提出了高效的、符合用户认知的交互设计模型;最后运用Unity3d开发引擎，对上述虚拟监测系统设计方案进行了开发。结论 采用模糊综合评价方法，通过实验验证了设计方案具有很好的用户体验感，也为虚拟系统界面交互设计提供了理论支撑。

英文摘要:

      The purpose of this paper is to solve the problem of poor user experience caused by chaotic function, lack of humanization research in color, layout and interactive flow of the virtual monitoring system for fully mechanized coal mining face. Combining the situation design theory with the user experience hierarchy model, an interactive design method is proposed to construct the interface of virtual monitoring system in fully mechanized coal mining face. Firstly, this method completes the requirement definition and function analysis, and then prioritizes the system functions. Then, in the context solution process of “concept-prototype-vision” situation, interactive logic and visual elements are designed, and an efficient interactive design model is put forward. Finally, Unity3d development engine is used to develop the design scheme of the above virtual monitoring system.The fuzzy comprehensive evaluation method is adopted, and the experiment proves that the design scheme has a good user experience. The design method of system interface interaction in this paper is adopted to vertify that the design scheme has a good user experience through experiments, which also provides theoretical support for interaction design of virtual system interface.