Its display model supports interactive 3-d, data fusion, multiple data views, direct manipulation, collaboration, and virtual reality.
它的显示模型支持交互式3 - D、数据溶合、多个数据视图、直接操作、协作和虚拟现实。
Conclusions: The visible human model can provide 3-d morphological data for diagnosis and treatment of some diseases of hand, as well as provide digitized model for virtual reality.
结论：可视化手模型为手部某些疾病的诊断和治疗提供了三维的形态学资料，也为虚拟现实技术提供了数字模型。
We also studies how the initial model and data errors influence the results of 3-D inversion in this paper, in order to investigate stability and reliability of the 3-D i…
讨论了初始模型选择及数据误差对三维反演结果的影响，说明了反演方法的稳定性和可靠性。
We also studies how the initial model and data errors influence the results of 3-D inversion in this paper, in order to investigate stability and reliability of the 3-D inversion method.
讨论了初始模型选择及数据误差对三维反演结果的影响，说明了反演方法的稳定性和可靠性。
Objective: to build 3-d digital face model of unilateral orbital defect and find a new method to get 3-d data of facial defects.
目的：建立活体单侧眼眶部缺损的面部三维数字化模型，探讨颜面部缺损三维数据快速精确采集的新方法。
Objective To discuss the feasibility and method of constructing the 3-dimensional (3-d) finite element model of hipbone using DICOM data, Mimics and CAE software.
目的探讨采用DICOM数据，结合交互式医学影像控制系统及CAE软件快速构建髋骨三维有限元模型的可行性及方法。
Aimed at the problem that original model data obtained by 3-d scanner are huge and can not be used in real application, a mesh simplify method based on triangle collapse is proposed.
针对三维扫描仪所获取的模型数据量庞大，无法直接使用扫描仪的问题，为压缩模型数据量，提出了一种基于三角形折叠网格模型化简方法。
Considering complex geoelectric model, the study of 3-d inversion approaches of borehole-to-surface electric data is always a challenge.
针对复杂地电模型的井地电法三维反演方法研究一直是一个具有挑战性的课题。
The software has the functions of creating the civil work model and pipe routine, 3-D model system, data management system and aided design system.
软件具有创建土建模型、创建管道路径的功能； 具有创建三维模型系统、数据管理系统、辅助设计系统、帮助系统的功能。
Through Laser 3-dimension Scanning technology the 3-d model of static object can be acquired fast, precisely and multi-directionally, the model and its data can be analyzed and proceed further.
激光三维扫描技术能够快速、精确、多方位地获取静态物体的三维模型，并对模型进行进一步的分析和数据处理。
Through Laser 3-dimension Scanning technology the 3-d model of static object can be acquired fast, precisely and multi-directionally, the model and its data can be analyzed and proceed further.
激光三维扫描技术能够快速、精确、多方位地获取静态物体的三维模型，并对模型进行进一步的分析和数据处理。
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