OCaml语言是一种很高级的语言，支持面向对象程序设计、函数式程序设计(如lisp或erlang)或传统的结构化程序设计。
The OCaml language is a quite high-level language, capable of object-oriented programming, functional programming (like Lisp or Erlang), or traditional structured programming.
它既是一种强壮的函数型程序设计语言，又是(由于其面向对象和模块化的体系结构)开发大型应用程序的出色语言。
It is both a strong functional programming language and (by virtue of its object-oriented and modularized architecture) an excellent language for developing large applications.
如何选择适当的时间和地点使用面向对象程序设计方法，而不是过程化程序设计方法，对于成功的开发你的游戏非常的重要。
Identifying the appropriate time and place for using an object oriented-programming approach versus a procedural approach can make an enormous difference in the success of your game.
面向对象的有向超图参数化设计模型，用面向对象的程序设计方法可以很容易的实现。
This model has the virtue of the directed hypergraph and is easy to be realized through object-oriented programming.
该系统采用面向对象的编程技术，利用可视化程序设计语言实现。
This system adopts the object-oriented programming technique realized by visual programming language.
面向对象程序设计与结构化程序设计具有不同的特征，我们将对这些不同特征进行比较和分析。
Object - oriented programming design and structured programming design have different characteristics, which are compared and analyzed in this paper.
该语言具有协调一致的类对象结构，具备结构化计算反射能力，能够进行安全的元类程序设计。
It has a consistent class instantiation and inheritance structure and the ability of intercessive structural computational reflection, which enables it to support safe metaclass programming.
在面向对象程序设计中，如何利用关系数据库实现各种不同对象的持久化是面向对象分析设计中必须要解决的问题。
How to implementing persistence of all kinds of object using relationship database is necessarily must be solved in Orient object programming.
面向对象的有限元程序设计可以大大提高程序的模块化和代码的重用性。
Object - oriented finite element programming can greatly improve the code modularity and reusability.
面向对象的有限元程序设计可以大大提高程序的模块化和代码的重用性。
Object - oriented finite element programming can greatly improve the code modularity and reusability.
应用推荐