Design and implementation of the Unity3d-based electrical experiment teaching platform
In view of the long-standing and unresolved problems in the traditional teaching of electrical experiments,a Unity3d-based electrical experiment teaching platform is designed and developed through the effective integration of electrical technology and virtual reality technology.The platform based on electrical professional knowledge is developed using VR glasses as the equipment carrier and Unity3d as the development platform.The platform utilizes Maya modeling software for 3D modeling.In order to achieve the effect of human-computer interaction,the platform uses the powerful Unity3d system and the flexible C#scripting language.The motor operation experiment developed on this platform which enables students not only to perform basic experiments such as motor wiring,operation,overload,etc.,but also to perform arbitrary operations under the premise of ensuring the safety of electricity use,to simulate accidents such as circuit short circuits and motor damage,as well as to feel the impact of the accident afterwards.Among the main advantages of the electrical experiment teaching platform are its low operating cost,high safety factor,innovative teaching mode,and improved teaching efficiency.In addition to improving the engineering skills of students,the platform continuously innovates the teaching mode of electrical experiments in order to achieve high-quality teaching outcomes.
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