目的：建立手的可视化模型。
定义将可视化模型转换为物理模型的模板。
Define template to convert visual model into physical model.
交互式体绘制算法基于一个新的可视化模型。
An interactive volume rendering algorithm is presented which is based on a novel optical visualization model.
它还引入了针对领域模型和可视化模型的交换格式。
It introduces interchange formats, for domain models as well as visual models.
你可以采用用例驱动的开发或者采用可视化模型得到一些改善。
You can certainly gain incremental improvements by adopting use case driven development or by using visual models.
逆向工程提供了连接数据库的功能和可以译成可视化模型的源代码。
Reverse engineering provides the ability to connect to databases and source code, which you can then render into visual models.
面向对象技术的采用产生了基于特征的地学可视化模型。
The using of object Orient technology brings Geo-Visualization data model base on characteristic modeling.
最后利用该系统展示了一个实际矿体的三维可视化模型。
Finally, shows the 3d visual model of a real ore body constructed by the modeling system.
结果成功建立盆腔肿瘤及周围结构的三维数字可视化模型。
Results The digital model of pelvic tumor and surrounding structures in form of three-dimensional visualization was established successfully.
当今有很多并行可视化编程环境，它们都采用不同的可视化模型。
Nowadays there are many parallel visual programming environments which have different parallel visual model.
提出了基于GML空间数据交换和基于SVG的信息可视化模型。
The GML-based spatial data exchange model and SVG-based information visual model are proposed.
超大场景的三维地形可视化模型是虚拟现实系统平台的重要组成部分。
Three-dimensional visualization models for extra large scale landscape geomorphology are the important parts of VR system platforms.
提出了一种直接用仿真软件建立单模激光混沌系统可视化模型的方法。
A novel modeling method for the single mode laser chaotic system based on visual simulation software is presented. The chaotic characteristic of single mode laser system is analyzed.
对于支持外包团队的统一流程来说很关键的工具，包括需求跟踪和可视化模型工具。
Tools that are critical to support a uniform process for outsourced teams include requirement tracking and visual modeling tools.
在开发周期的早期阶段获得完整的需求和精确的可视化模型，是项目取得成功的关键。
Obtaining complete requirements — and accurate visual models — in the early days of a project is critical for achieving success in later stages of the development lifecycle.
（模型先行）：先从一个可视化模型开始，然后实体框架生成数据库和代码。
Model-first : You start with a visual model, and Entity Framework generates both the database and code.
通过本课题，建立了一套完整的X山可视化模型以及在该模型基础上的应用程序。
It has built a suit of production of Mountain Xs visualization model and applications in this task.
评估应该寻找任何组织通讯的问题，这些问题通常可以通过引入更有效的可视化模型技术来弥补。
The assessment should explore any organizational communication issues, which often can be remedied by introducing more effective visual modeling techniques.
建立了生成智能虚拟控件的环境与平台的系统模型、椭球体三维数据场可视化模型。
It builds up the model of the environment and platform where the intelligent virtual controls are formed and the ellipsoid tridimentional data field visualization model.
本文主要讨论了图像特征的抽取、存储、转换和建模原理与实现方法，进而构建可视化模型。
This paper discussed how to extract, store, and transform image features, and then to build a visualized model.
这样我们一方面反映出了面向对象的特点，另一方面，这个并行可视化模型会更加容易被接受。
Thus on the one hand we can reflect OO character, on the other hand the parallel visual model will be accepted easily.
本文将求解建筑物地震易损性指数曲线的分析方法及程序与GIS技术相结合，建立了可视化模型。
A visual model is set up by using GIS technology combined with the method of working out the earthquake vulnerability index curve.
本文提出一种构造可视化模型的方法，并将这种方法成功地应用在公路建筑材料可视化管理系统中。
In this paper, a method of making visual model is put forward, and applied to highway building materials visual management system successfully.
本文主要讨论“人机界面”设计的原则、信息检索可视化技术，同时介绍了几个信息检索可视化模型。
This paper mainly discusses human -computer interface design principles, visualization techniques, then introduces several kinds of information retrieval visualization models at the same time.
建立地质构造三维可视化模型的典型方法包括三维规则网格法、TIN表面法、四面体法以及综合法。
The typical 3d visually modeling methods of geological structure include the 3d regular network model, the TIN surface model, the tetrahedron elements model and the integration model.
结合矿山地质剖面图及相关地质资料，对矿体进行地质解译并圈定矿体，形成了矿体的三维可视化模型。
Interpreted and determined mineral body underground according to the geological sections and data of mine to set up 3d visual model of mineral body.
针对此问题，探讨了一种利用空间插值和等值面勾绘来建立地质要素的接近真实的3维可视化模型的方法。
This paper presents research on modeling 3d shape of geo-bodies and geo-fields through 3d interpolation and iso-surface constructing from limited and scatted exploration data.
最后，利用矢量格式的遥感分类结果对原森林小班图层进行更新，获得新的可燃物类型图层，作为林火可视化模型的输入图层。
Finally, the vector format data of remote sensing classification result was used to update the original forest stand layer in order to get the available inputs of fire visualization modeling.
本文以越冬前小麦为研究对象，在研究并建立越冬前期生长机模型的基础上，重点研究小麦生长的可视化模型及实时渲染技术。
Even though a mechanistic-based model has been constructed, it's a real problem rendering a 3D wheat growing process from CG which emphasizes on real-time performance and reality.
本文以越冬前小麦为研究对象，在研究并建立越冬前期生长机模型的基础上，重点研究小麦生长的可视化模型及实时渲染技术。
Even though a mechanistic-based model has been constructed, it's a real problem rendering a 3D wheat growing process from CG which emphasizes on real-time performance and reality.
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