The main contents of this paper include: the geometry modeling with 3D modeling software 3DS MAX and a deeper analyze on 3DS file format;
本文的主要内容有：研究了三维造型软件3DSMAX进行几何建模以及深入分析了3DS三维模型格式；
Creo Direct – For “history-free” direct modeling to interact directly with the 3D geometry.
Creo Direct – “脱离历史”直接建模，直接与三维几何数据交互
The paper introduced a virtual wandering system of mine with hybrid modeling technology based on geometry and image, and gave the design idea, developing flow and main function modules of the system.
文章介绍了一种采用几何与图象混合建模技术构建的矿井虚拟漫游系统，并给出了该系统的设计思想、开发流程及主要功能模块。
On applying symbol modeling principle to product conceptual design, the limit of geometry expression is avoided, and the innovation and abstract requirement of product concept modeling is fulfilled.
将符号建模原理应用于产品概念设计，脱离了几何表达的束缚，满足了概念方案建模的创新性和抽象性要求。
Then the process of geometry modeling, the plan of kinematics modeling as well as the building and solution of the dynamics equations in physics modeling are described.
然后分别叙述了几何建模的过程，运动建模的方案，物理建模中动力学方程的构建与求解过程。
Furthermore, it's most remarkable that IBMR can overcome the deficiency of traditional Geometry Based Modeling and Rendering technique, so IBMR can realize photorealistic modeling and navigating.
其最大的特点就是克服了传统的基于几何建模和绘制的不足，可以实现真实感很强的场景漫游效果。
The fractal geometry theory will be relatively well applied to the quantitative modeling and simulation of the sedimentary bodies.
分形几何学理论在沉积体定量建模和模拟方面具有较好的应用前景。
Based on this background, the technology geometry - and image-based hybrid modeling and rendering (GIBHMR) is put forward, which has been emphasized by international academe at the present time.
基于几何与图像的混合建模与绘制技术正是在此背景下提出的，目前该技术已得到国内外学术界的充分重视。
With respect to this problem, the paper refers to designing the honing-wheel using computer aided geometry modeling.
针对这一难题，该文提出用计算机辅助几何造型方法设计珩轮齿面。
The method needs less parameters and achieves higher precision than other methods, and is a good way for geometry modeling in maize leaf.
与其它方法相比，该方法具有精度高，参数少的特点，是一种适合于玉米叶片三维造型的好方法。
The multiresolution numerical modeling method oriented to the digital geometry is developed, that can be used to solve the problem.
本文建立的面向数字几何模型的多分辨率数值算法模型为解决该问题提供了必要的基础。
On the road modeling, according to road geometry restriction and industry standards, 3d road model is reconstructed and the distance of obstacle is calculated.
通过建立的道路模型，根据道路的几何约束关系以及行业标准，重建出整个道路的立体视图，从而测出障碍物的距离。
The process includes modeling the geometry and physics properties.
此过程包括几何属性和物理属性模型化。
Representing objects by combining non manifold modeling and physically based modeling enlarges the representing domain for both topology and geometry.
通过非流形造型与基于物理的造型相结合，从拓扑结构和几何信息两个方面扩大了模型的表示范围。
According to the principles of geometry modeling and solid molding techniques, the structural modeling is established by the aspects of structure and function.
根据几何建模原理以及实体造型技术，从结构和功能上进行了结构建模的构架。
Die-flow modeling has also been used successfully to study the stresses occurring at the die exit and to evaluate changes in die-exit geometry.
口模-流动模拟也被成功用于研究口模出口处出现的应力，以及评价口模-出口几何的变化。
The contents of VMT are enrichment. The basic parts of VMT are geometry modeling and kinematics simulation, these are the foundation for the full function simulation of VMT.
虚拟机床所蕴含的内容十分丰富，几何建模和运动仿真是其最为基本的部分，是实现虚拟机床全功能仿真的基础。
The model involves modeling of target movements, modeling of 3-d targets, translation of geometry, infrared simulation, scanning and filling and noises simulation, etc.
包括运动模型化、目标模型化、几何变换、红外仿真、扫描填充和噪声仿真几部分。
In Chapter 4 we constitute the dynamic IR scene by combining scene geometry modeling with IR texture images. In this way the complexity of IR scene is reduced.
本文第四章采用了场景几何造型和红外纹理图像混合的简化方法来进行红外动态场景的建模。
The creating of regular geometry model takes use of modeling tool provided by 3d design software, but it needs simplifying the model.
规则几何体模型的建立可以直接使用三维设计软件提供的建模工具，但是需要注意精简模型。
This paper introduces an architecture modeling method based on geometry and image. the method exploits thoroughly the property of buildings, and make it very easy to recover the geometric model.
本文介绍一种基于几何和图象的建筑物建模方法。它充分利用了建筑物的特性，使建筑物基本几何模型的恢复变得比较容易。
On the basis of Feature Modeling and 3d Solid Geometry Modeling, with the idea of Object-Oriented Product Design, a 3d Parametric Feature Modeling Method is applied to develop manifold.
采用特征对象化的设计思想，在特征造型和3维实体几何造型的基础上，研究液压集成块的3维参数化设计方法。
In physics based modeling, the object is viewed as a physics and not a pure geometry model.
基于物理的造型是将物体看成具有一定物理性质的形体，即某种物理模型而不是单纯的几何体。
There is VRML (Virtual Reality Modeling Language) to produce the 3d images with geometry.
VRML(虚拟现实建模语言)也能生成三维的几何图形。
In this paper we discuss some essential algorithm of how to modeling 3d geometry shape based on VRML, finally, we show a modeling instance making use of the algorithm.
本文主要讨论基于VRML进行三维几何体建模中的主要算法，最后展示了利用建模算法完成的一个三维场景建模实例。
Inference of the three_dimensional geometry of the Linglong granitic complex at depth from 2_d gravity forward modeling, constrained by geological data, Shandong Province, East China, is presented.
根据胶东地区西北部的重力资料，并在地质资料的约束下，采用人-机联作的二维模拟方法，对玲珑花岗质杂岩体三维形态进行了细致的推断。
Inference of the three_dimensional geometry of the Linglong granitic complex at depth from 2_d gravity forward modeling, constrained by geological data, Shandong Province, East China, is presented.
根据胶东地区西北部的重力资料，并在地质资料的约束下，采用人-机联作的二维模拟方法，对玲珑花岗质杂岩体三维形态进行了细致的推断。
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