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.
在实现中，使用了多种先进技术，如系统服务、ADO数据库访问接口、智能化通信对象模型管理等。
In the realization, some advanced technologies are used, such as system service, ADO, intelligent management of communication object etc.
首先介绍了面向对象方法和XML技术，在此基础上建立了昆虫信息数字化模型。
The object-oriented method and XML technology were introduced, on which, the digital model of the insect information was established.
介绍了形式化描述语言LOTOS的特性，结合面向对象技术和状态图的理论知识，给出了基于LOTOS的动态模型的形式化方法，并给出了实例说明。
Combined with theory of object oriented technology and state chart, formalization method of dynamic model based on LOTOS is presented. Furthermore, a case is presented to demonstrate this method.
利用面向对象的VB6.0编程技术和模块化的设计思路编制了东北玉米区域动力模型软件系统。
The model software system was developed by object orientated VB6.0 programming technology and based on module designed thought.
在此基础上，利用面向对象技术，给出了多级继承的数字化产品模型。
Using the technology O-O, a multilevel inherited product model based numeralization is presented.
而且传统的数据库驱动技术，是以行集的方式而不是以对象的方式处理数据，需要将对象模型进行转换，实现对象数据到数据库的持久化存储。
What is more, the traditional database driver handles data by collection of rows which requires converting object data to relational one for persistent storage.
系统采用三层结构模型，应用对象设计方法、参数化驱动技术实现。
This system is applying the three level mode and according the need of the designing object, has made realized of the technology of datum drive.
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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