摘要
为解决当前天线实验中电磁波传输无法查看、实验过程复杂学员难以理解等问题,文章以Unity3D为开发平台,采用类似虚拟仿真的模式,实现了三维交互式动态展示平台设计;针对该动态展示平台需要解决的三个关键问题,给出了具体实现方法。实际应用表明,该动态展示平台利用虚拟仿真技术特有的沉浸性、交互性和直观性的特点,将难以查看的电磁波传输过程可视化,将复杂的实验过程形象化,提升了天线实验的教学效果。
In order to solve the problems such as the inability to view the electromagnetic wave transmission in the current antenna experiment and the difficulty for students to understand the complicated experiment process, a three-dimensional interactive dynamic display platform design is realized by taking Unity3 D as the development platform and adopting the similar virtual simulation mode;aiming at the three key problems that need to be solved in the dynamic display platform, the specific implementation method is given. The practical application shows that the dynamic display platform makes use of the unique immersion, interaction and intuition of virtual simulation technology to visualize the difficult electromagnetic wave transmission process, visualize the complex experimental process,and improve the teaching effect of antenna experiment.
出处
《大众科技》
2022年第1期16-19,共4页
Popular Science & Technology
关键词
动态展示平台
三维交互
UNITY3D
天线实验
dynamic display platform
three-dimensional interaction
Unity3D
antenna experiment