首页|基于Leap motion的大学物理实验虚拟课堂设计

基于Leap motion的大学物理实验虚拟课堂设计

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通过利用手势控制器(Leap Motion)技术,设计并实施一套创新的大学物理虚拟实验课程.通过在Unity3D软件中整合Leap Motion,创建一个大学物理实验测量杨氏模量实验场景,主要是利用C#语言进行开发,通过设计出多个模块,包括主界面设计和基本实验组件来完成物理实验的设计.在Leap Motion官网上下载关于Unity3D的SDK资源包并且导入Unity3D中,用其建立手部模型,实现Leap Motion控制器与Unity3D的手部交互实验系统的设计.人机交互技术的引入不仅可以丰富大学物理实验的教学手段,而且还能提高学生的学科理解和实际操作能力,同时培养其创新思维和科技素养.
Virtual classroom design for university physics experiments based on Leap Motion
Design and implement an innovative university physics virtual laboratory course by utilizing Leap Motion technology.By integrating a gesture controller(Leap Motion)in Unity3D software,a university physics experiment to measure Young′s modulus experiment scenario was created,which was mainly developed by using C#language,and the design of the physics experiment was accomplished by designing several modules including the main interface design and the basic experiment components.Download the SDK resource package of Unity3D from the Leap Motion website and import it into Unity3D,and use it to build the hand model to realize the design of the hand interaction experiment system between Leap Motion controller and Unity3D.The introduction of human-computer interaction technology can not only enrich the teaching means of university physics experiments,but also improve students′ understanding of the subject and practical ability,while cultivating their innovative thinking and scientific and technological literacy.

Leap MotionUnity3Dhuman-computer interactionvirtual classroomexperimental design

何小勇、何林、杨嘉铭、袁玉峰

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东莞理工学院 电信工程与智能化学院,广东 东莞 523808

Leap Motion Unity3D 人机交互 虚拟课堂 实验设计

广东省质量工程高等教育教学改革实践性教学改革项目东莞理工学院校级质量工程课程教研室项目东莞理工学院大学生创新创业训练计划

粤教高函[2023]4号202202008221102005755

2024

高师理科学刊
齐齐哈尔大学

高师理科学刊

影响因子:0.351
ISSN:1007-9831
年,卷(期):2024.44(5)
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