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Dynamic 3D interaction using an optical See-through HMD

机译:使用光学透视HMD的动态3D交互

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We propose a system that enables dynamic 3D interaction with real and virtual objects using an optical see-through head-mounted display and an RGB-D camera. The virtual objects move according to physical laws. The system uses a physics engine for calculation of the motion of virtual objects and collision detection. In addition, the system performs collision detection between virtual objects and real objects in the three-dimensional scene obtained from the camera which is dynamically updated. A user wears the device and interacts with virtual objects in a seated position. The system gives users a great sense of reality through an interaction with virtual objects.
机译:我们提出了一个系统,它可以使用光透视头戴式显示器和RGB-D相机来实现与真实和虚拟对象的动态3D交互。虚拟对象根据物理定律移动。该系统使用物理引擎来计算虚拟对象和碰撞检测的运动。此外,系统在从动态更新的相机获得的三维场景中的虚拟对象和真实对象之间执行碰撞检测。用户佩戴设备并与坐姿的虚拟对象交互。系统通过与虚拟对象的互动使用户提供了一个很好的现实感。

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