Chapter two introduced the technologies used in the interactive Virtual Reality System, proposed systematic inquiring realization model of three-dimension based on VRML and systematic framework based on MVC. 第二章介绍了交互式虚拟现实(IVR)系统中所应用的技术,提出了基于VRML的三维查询系统的实现模型和基于MVC的系统架构。
Dynamic interactive virtual reality scenes is an important feature of virtual reality technology is applied to one of the main advantages of the virtual scene. 动态交互性是虚拟现实场景的一个重要特色,也是虚拟现实技术应用于虚拟场景的一个主要优势。
Combining the Virtual Reality Modeling Language and Java script, the interactive 3D scene of flow is simulated by using a 3D interactive virtual reality model based on the Digital Elevate Model. 利用数字高程模型生成可交互的虚拟现实三维模型.将虚拟现实建模语言与Java脚本相结合,模拟了动态交互的三维河道水流场景。
Objective To test the feasibility of using interactive virtual reality technique for three-dimensional reconstruction and image segmentation for biomechanical analysis of the knee joint structures. 目的运用现实与虚拟互动的骨科生物力学方法,对正常人体膝关节进行三维重建、图像分割,验证该法对于关节内外结构进行生物力学分析的可行性。
Application of interactive virtual reality technique in biomechanical analysis of knee joint stability 现实与虚拟互动技术及其在膝关节稳定性分析中的应用