它的执行程序能够服务于大型的三维数据处理项目。
The implementation of procedures can be used in large 3d data-processing projects.
介绍了逆向工程的基本概念，基于RE技术上的三维建模方法：数据采集、点云数据处理、三维模型重建。
Introduces the basic conception of the reverse engineering and three-dimensional modeling method based re technology: data gathering, cloud data processing and three-dimensional model rebuilding.
采空区三维激光扫系统(C -ALS)具有全自动扫描、操作方便、数据处理简单等特点，同时探测人员无须进入空区。
The Cavity-Autoscanning Laser System (C-ALS) has the features of automatic scanning, easy operation and simple data processing, and the detection personnel do not need to enter the cavity.
该系统主要由L波段ESR谱仪、三维梯度磁场装置、数据处理及图像重建软件组成。
The main components of the ESRI system include a set of L-band ESR spectrometer, the three dimensional gradient magnetic field system and the imaging reconstruction software.
作者在稳流实验中应用热线风速仪普通探针及流动可视化法完成了三维速度的测量及数据处理。
In a steady flow experiment, measurements and data processing of 3-d flow velocity are made by hot-wire probe and flow visualization techniques.
在地震数据处理中，通过在地震数据体中人工拾取同相轴建立地层三维模型，这一过程费时费力。
In seismic data processing, create meshes of layers is researched by extracting events manually from the seismic volume data. Event extracting is a manpower-draining work.
建筑轮廓线提取与规则化是LIDAR数据处理和建筑三维建模的重要步骤和技术难点。
The building boundary extraction and normalization are the key approach for LIDAR data processing and building 3D modeling.
车身RE技术通常涉及三维测量（表面数字化）、数据处理、曲面重构、三维建模及快速制造等相关技术。
The automotive body RE generally composed of 3D surface digitalization, data processing, surface reconstruction, CAD 3D modeling and rapid manufacture, etc.
从飞行数据中生成反映飞行过程的三维动画是飞行数据处理的一项重要任务。
It is an importance task to make 3d flying animation from the data on the process of flight data.
虚拟仪器技术主要倾向于数据处理的精确性，三维虚拟技术则倾向于形象的仪器展示。
Virtual instrumentation technique can acquire the true physics data, Three-dimensional virtual technique makes for original visual image thinking.
并可进一步作出光谱图像的等密度轮廓曲线和三维立体图形，大大提高了光谱底片数据处理的效率和精度。
In addition, the contour and 3D graph deduced from the image can also be produced. This code can greatly improve the efficiency and precision in film image data processing.
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.
重点介绍了数据采集、数据处理以及三维建模。
Emphasis is given to the introduction of the data collecting, data handling and 3d modeling.
数据处理是快速成型的关键，而CAD模型的建立则是数据处理的基础，如何快速的建立三维模型直接影响到快速成型的效率。
Date processing is the key of the rapid Prototyping, CAD building-up is the basis of date processing. How to rapidly build up 3d model has directly impact to the efficiency of the rapid Prototyping.
本文介绍三维超声系统的构成、临床应用、三维超声设备以及用于三维可视化和数据处理的软件。
This paper introduces the constitute and clinical applications of 3d Ultrasound. Some 3d Ultrasound systems and software packages provided by Research Institutions or Companies are also listed here.
根据数据获取、数据处理和数据渲染的流程，利用可视化软件包（VTK）实现了对雷达探测范围的三维显示。
According to the procedure of data gaining, data processing and data rendering, the 3D detection range of radar on specific electronic jamming environment was rendered via Visualization Toolkit (VTK).
根据数据获取、数据处理和数据渲染的流程，利用可视化软件包（VTK）实现了对雷达探测范围的三维显示。
According to the procedure of data gaining, data processing and data rendering, the 3D detection range of radar on specific electronic jamming environment was rendered via Visualization Toolkit (VTK).
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