Outlined the system ' s structure and organization combining the data structure , alternating actions between the user and the system and the system ' s data process function . adopted the object oriented design method to construct the object model of the solution space around the problem domain sub - system and the alternating sub - system of the user and the computer . the design of the programs realized the construction and package of core classes and basic operations such as read , write and change dicom files based on the dicom file services 结合系统数据结构、用户与系统交互行为和系统数据处理功能，概要设计了系统的组织和结构；采用面向对象的设计方法，围绕问题域子系统和人机交互了系统，建立了求解空间的对象模型；程序设计围绕dicom文件服务功能，实现了核心类的构造和封装以及dicom文件的读、写、修改等基本操作。
It realized the spatial interpolation software grounded on geostatistics seamlesslly integrated with the system using the way of oop and the technology of ole / activex based on com . using vector - grid spatial - overlap analysis to solve the limitation of the grid and general vector data structure in the course of creating prescription , it made fertilizer prescription founded on the main factor of soil nutrient and yield - target . also it effectively integrated comgis with exper t system using the technique of loose coupling 以面向对象的设计方法为基础，利用“组件对象模型”基础上ole / activex技术实现基于地统计学的空间插值软件实现及与施肥处方系统的无缝集成；应用基于矢量网格的空间叠加分析方法解决栅格和常规矢量数据结构在处方生成中的局限，生成了基于土壤养分和目标产量为主要因素的施肥处方；利用松散耦合技术将comgis与施肥专家系统进行有效集成；充分考虑施肥机对施肥处方数据结构要求，在wgs - 84坐标系下采用具有栅格单元的矢量施肥处方。
During the overall design stage , this paper made the detailed analysis to the whole system function and customers role , divided the sub - system and function mode , by using the design method of facing the object and of setting up the mold language to the system by using uml modeling and rational rose . 在总体设计阶段,本文对整个系统功能和用户角色层次进行了详细分析,对子系统和功能模块进行了划分,采用了面向对象的设计方法及uml建模语言、建模工具rationalrose进行系统建模。
And by a machine configure file , the general postposition process is dealed with . at last , from the view of software engineering , the structure of this system is introduced . according to the achievements , nc automatic programming for noncircular surface gringding based on acis is successfully developed . the result of application shows that it is satisfying 在上述研究成果的基础上,设计了基于acis几何造型平台的非圆曲面数控磨削自动编程系统的总体结构,同时,运用面向对象的设计方法,开发了基于acis的非圆曲面数控磨削加工自动编程系统,并运用于实际生产,性能稳定,效果良好。
5 . the design and realization of system the system designed by using object - oriented design method and data base technology in opengl environment , and then the user can read their needing data in visualization form at front , and all danger information and data of nodes and bars of large roof net keeps in the backstage database 系统的设计与实现在opengl下，采用面向对象的设计方法并结合数据库技术将用户所需数据在前台以可视化的形式提供给用户。数据库在后台存储网架结点和杆件的报警信息。
The design of this software system did not adopt the structure design method , but adopted the design method of face target which has characteristics , such as encapsulation nature , succession , deriving nature , etc . and can continue improving or adding the function in case of not influencing the older functions , in avoid the repeating work 该软件系统的设计没有采用以往的结构化程序设计方法，而是采用了面向对象的设计方法，具有封装性，继承性，派生性等特点，并可以在不影响已有功能的情况下，继续改善或添加功能，避免重复性工作。
The management system with full and complete function is of great practical value . it turns the sharing management of laboratory data network into reality and it would be used in his system of hospitals . conclusion ; by using comparatively advanced designing methods and data base applied technology , the project has established a practical and reliable information management system which realize data reorganization and data sharing on the basis of odbc 结论：本系统设计采用目前比较先进的面向对象的设计方法，结合数据库应用技术，建立的生化联机管理信息系统是实用可靠的，从根本上改变了检验科落后的数据处理方式，奠定了实验室数字化的基础，既提高了检验工作效率，缩短患者的候检时间，又保证检验质量，从流程上减轻了工作负担，减少了人员开销。
The program of the system for flow chart design is developed on visual basic 6 . 0 which is an excellent product of microsoft corp . and the program can be running on the windows environment . during the designing of software , the oop method is adopted , and the technology of database is also used 流程图设计系统的软件是以microsoft公司的visualbasic6 . 0作为开发平台，运行在windows操作系统下；流程图设计软件采用了面向对象的设计方法，并结合数据库等技术，做到了界面美观、操作方便，实现了流程图的绘制、编辑以及一定的管理功能。
Users can monitor the communications network among different servers , and observe the operations in the entire system the simulation system takes full advantage of the existing operating system resources and network resources , and adopts the tiered , object - oriented design methodology . it has modular structure , level - based , simple interfaces , adaptable , and 本模拟系统充分利用了现有的操作系统资源和网络资源,采用分层的、面向对象的设计方法,具有结构模块化、层次化、接口简单、适应性强、升级扩展方便等特点,并可根据本系统的通讯设计规范进行二次开发,具有良好的开放性和实用性。
