面向

UML is an object oriented modeling language, which mainly used in the object oriented modeling of a software system.

UML是面向对象的建模语言，主要用于软件系统的面向对象建模。

Polymorphism is the key technique of the Object Oriented Programming Language, which operation method and internal theory is one of difficulty of the Object Oriented Program.

摘 要：多态性是面向对象语言的关键技术，其使用方法和内部原理是面向对象编程的技术难点之一。

UML is an object-oriented modeling language It has been widely applied to object-oriented system analysis and design.

UML（Unified Modeling Language是一种面向对象的建模语言，它已经广泛用于面向对象系统的分析和设计。

This article attempts to help you learn about OOP by designing and building an example project.

本文试图帮助您对面向对象的学习（面向对象的程序设计和建设的一个例子项目）。

No matter in POP or in OOP, the programmer can find many errors by using this mechanism.

无论是面向过程的语言还是后来面向对象的语言都可以通过该机制发现大部分的运行错误。

Firstly analyzes the application of software developing method in MIS,and the superiority of OOT than others.

首先分析了软件开发方法在MIS中的应用以及面向对象技术与其它方法比较的优越性，随之介绍当今集成了新的面向对象的设计分析方法的统一建模语言UML以及其特点。

Firstly analyzes the application of software developing method in MIS,and the superiority of OOT than others. Then introduces the new 00 modeling language - UML and its properties.

首先分析了软件开发方法在MIS中的应用以及面向对象技术与其它方法比较的优越性，随之介绍当今集成了新的面向对象的设计分析方法的统一建模语言UML以及其特点。

Based on the object-oriented theory, A new object oriented finite element framework is set up in Chapter Seven. This framework takes the extension of programs into account thoroughly and is very convenient to add other kinds of finite elements.

在本文第七章中，利用面向对象有限元思想，提出了新的面向对象的有限元分析整体构架，该构架充分考虑了程序的扩充性，可以方便地增加其它单元。

Based on the analysis of the. traditional structured finite element programming this thesis makes partial modifications for FINITE, the structure analysis program developed by the object-oriented technology. Using inheriting technology of class expanded the existing classes and enhanced its performance and the program has been implemented in both console platform and graphic interface environment. The paper illustrates the advantages of object -oriented finite element programming.

本文在对传统的结构化有限元程序分析的基础上，针对有限元分析应用的特点，对现有的一个采用面向对象技术的结构分析程序FINITE进行部分修正，利用类继承技术，对已有类进行扩充，丰富其计算功能，并用Visual C++6.0在控制台和图形界面下同时得以实现，进一步论证了面向对象有限元程序的优越性。

In chapter 3, the characteristics of supply chain planning oriented to product family are analyzed.

研究了面向产品族的供应链管理的特点，建立了面向产品族的供应链模型。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。