在此基础上运用可视化技术实现三维可视化显示及简单的可视化分析，从而完成了地形三维可视化系统的研制。
Then, 3D visualization and simple spatial analyses are finished with the application of 3D visualization technology. Thus, the study of 3D terrain visualization system with IDL is finished.
建立三维虚拟再现模型，实现了玉米冠层内PAR 直射辐射、散射辐射和总辐射的三维空间分布模拟结果的三维可视化显示，增强了模型的表达能力。
The 3D visualization model to present the simulation results of the distribution of sunflecks, diffuse PAR and total incident PAR in canopy into 3D images was realized.
该系统实现了医学图像的三维可视化与剖面显示功能，丰富了PACS的图像处理功能。
This system implemented the function of three dimensional visualization and profile displaying for medical image, and advanced the image processing function of PACS.
由于三维地形可视化及其实时显示有着广阔的应用背景，近来越发受到人们的关注。
Three dimensional terrain visualization and realtime display has become increasingly interesting in recent years because it has wide application backgrounds.
本文通过对已有模型的改进，建立了一个更为精确的眼球的运动模型，并利用计算机三维显示技术实现了所建模型可视化。
In this paper a new accurate eyeball movement model was developed by improving the existing model. The visualization of it was achieved by computer 3d display technique.
矿山三维gis利用3d数据结构来描述矿山三维实体，利用可视化、虚拟现实等技术实现矿山数据的三维显示。
Mine 3d GIS adopts 3d data structures to describe the mine 3d entity, and it realizes the 3d displaying by the methods of visualization and VR technology.
该系统实现了超声检测过程的三维可视化并对超声波传播路径和A型显示进行了较为准确的模拟。
This simulation system can visualize the ultrasonic test process, simulate the ultrasonic propagation path and A-Scan.
三维场景综合显示、空间分析、海量地物模型管理、三维视点控制是三维可视化软件设计常用的技术。
Comprehensive display three-dimensional scene, spatial analysis, mass surface features model management, three-dimensional perspective control are commonly used to design visualization software.
本文描述了该系统的整体结构，重点介绍了其图像处理部分，包括图像显示、图像处理、临床分析规程、断层重建和三维可视化等模块。
The image processing part is emphasized on, including the modules of the image display, the image processing, the clinical protocols, 3-dimensional reconstruction and visualization etc.
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).
而可视化技术能将人体的组织和病变部位以三维形式显示出来，为医生的临床诊断和治疗提供有用的可视化信息。
Yet, tissues and pathological parts of the human body can be reconstructed and showed in three-dimensional form by visualization technology, which can provide more useful information for clinicians.
最后介绍了数据显示技术的实现，包括动态箭头的显示、饼形图的可视化和三维可视化的显示。
Finally, the paper introduces the technique of data display, including the display of dynamic arrows, pie and three-dimension.
科学可视化运用可视化技术在三维数据场上显示科学计算结果，包括逻辑布局的仿真模拟、计算结果数据的后处理和交互处理。
Science visualizing is to display result on 3-d data field using visualizing technology. It consist of simulation of logic layout, the after-treat and alternation-treat of result.
同时，本文还从地形三维可视化、地形LOD显示技术和地形地物之间融合的方法方面作了初步研究，并结合相关实验进行了分析。
At the same time, this article also studied the terrain visualization, terrain LOD techniques, the feature fusion method, and an example is analyzed.
根据管点数据类型的不同，将图形可视化显示分为二维和三维图形分别予以编程实现。
According to the different data types of the space points, the paper achieves the programming of both the two-dimensional graphics and the three-dimensional graphics.
换句话说，就是从三维可视化的立体显示出发，以地质体为单元，采用点、线、面结合的三度空间的立体可视化解释。
In other words, it is the visualized solid interpretation which starts from visualized 3-d display and takes geological body as unit.
基于WEB的城市三维建模与可视化包括三个部分：城市三维数据，模型的构造及显示程序，与用户的交互。
The WEB-based 3-D city modeling and visualization method includes three parts:3-D city data, program for modeling and displaying, interaction with users.
交互式数据语言是进行二维及三维数据可视化显示、分析及应用开发的理想工具。
IDL (Interactive data Language) is an ideal software using for visual analysis of 2d and 3d data.
并且该模型需要能够获取加热钢坯的实时三维温度数据，为实现可视化要求，其温度数据可以加热钢坯的不同颜色来直观地显示。
And this model should also can get the real-time 3d temperature data of furnace, in order to realize viewable task, this temperature data can be displayed by different color.
并且该模型需要能够获取加热钢坯的实时三维温度数据，为实现可视化要求，其温度数据可以加热钢坯的不同颜色来直观地显示。
And this model should also can get the real-time 3d temperature data of furnace, in order to realize viewable task, this temperature data can be displayed by different color.
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