1.
Research on Motion Path of Virtual Assembly in 3D Space
虚拟装配的3D空间动作路径方法研究
2.
3D Space Skyline Query Algorithm Based on Dynamic Scan Theory
基于动态扫描理论的3D空间轮廓查询算法
3.
An Eigenspace Based Approach for 3D Object Recognition;
基于特征空间的3D目标识别方法研究
4.
Application of 3D GIS in urban underground space planning
3D GIS在城市地下空间规划中的应用
5.
perspective :Depiction of three-dimensional objects and spatial relationships on a two-dimensional plane.
透视法:在二度空间平面上描绘立体(3D)物体和空间关系。
6.
Forming the Method of Space Thought through Making Use of the Sketch Conversion from 3D to 2D;
利用CAD的3D与2D的图形转换构建空间思维的方法
7.
A comparison of color space of Vitapan 3D-Master shade guides to nature teeth from Nanjing population
Vitapan 3D-Master比色板与南京地区人群天然牙色度空间的比较
8.
The three dimensional solid modeling and NC machining simulation of roller-gear indexing cam based on Pro/ENGINEER
基于Pro/ENGINEER的空间弧面分度凸轮3D建模与数控加工仿真
9.
Research on the Establishment and the Query Algorithm of the Linear Octree Spatial Index for 3D GIS
3D GIS中线性八叉树空间索引的建立与查询算法研究
10.
When the system is turned on, I see a ghostly3- D image floating in the space between the screen and the parallax barrier.
当系统打开之后，我看到鬼魅般的3D影像飘浮在萤幕和视差格栅之间的空间里。
11.
When the time comes to render the impostor image, you determine the screen-space bounding rectangle of your3 D object.
当使用视点替用特效图像的时间到来时，请测定你3D对象的屏幕空间的包围矩形。
12.
FLAC~(3D) Analysis of Goaf Stability of Jia-zhuang Gypsum Mine
贾庄石膏矿采空区稳定性FLAC~(3D)分析
13.
Data Transformation between Softwares of AutoCAD and 3D Studio;
浅谈AutoCAD与3D Studio软件间的数据转换
14.
Treatment of Odontoid Fractures with Anterior Screw Fixation Based Iso-C 3D Navigation System;
Iso-C 3D导航下颈前路空心螺钉治疗齿状突骨折
15.
Integrated Application of GPS and 3D technology in Detection of Mined-out Area
GPS、3D技术在采空区探测中的集成化应用
16.
Numerical analysis for roof stability of double gob area after excavation by FLAC~(3D)
双层空区开挖顶板稳定性的FLAC~(3D)数值分析
17.
Study on FLAC~(3D) Numerical Simulation of Goaf Stability
昭通铅锌矿采空区稳定性的FLAC~(3D)数值模拟研究
18.
Accuracy Assessment of 3D Laser Monitoring System Survey in Mined-out Area
3D激光探测系统在采空区测量中的精度评价