设计子系统

• The knowledge of cctdes is expressed with vfp6 . 0 database . such database subsystems are developed as cocoon material , water quality condition , disadvantages of cocoon cooking , and facility of factory , raw silk classification standard , as well as technological designing subsystem
  知识的表示采用vfp6 . 0数据库技术，在认真选取字段，优化数据库结构的基础上，开发出茧质资料、水质条件、煮茧弊病分析、工厂设备以及生丝分级标准等数据库子系统和工艺设计子系统。
• Firstly , it designs the structure and functions of the system by the systematic analysis of the design work of the comparison of railway location projects . then , by analyzing the data involved in scrlid , the management of synthesis data in the design environment are proposed and implemented . finally , according to the conventional flow of the scrlid , the development of the subsystem of interactive design for railway location has been implemented
  本文主要完成了以下几个方面的工作：以系统的观点对线路方案比选工作做了详细分析，设计了本系统的结构和功能；通过对线路方案比选过程中所涉及数据的分析，提出并实现了对线路方案比选综合数据的管理；通过对线路方案设计过程的分析，完成了交互式线路方案设计子系统的开发。
• The system adopts the standard windows user interface , has characters of computing fast , handling easily and friendly interface . it is made up of the file subsystem , the drawing subsystem and the process design subsystem on arranging yarns , it has realized the functions of drawing graph , picking graph , editing graph , saving graph and process designing
  该系统采用windows标准界面，运算速度快，用户接口友好，主要由文件子系统、绘图子系统和排纱设计子系统组成，实现了三维编织预制件的横截面的图形绘制、拾取、编辑、存储等功能，并可以实现工艺设计中的排纱设计。
• After almost one year research and analysis on chinese garment enterprises , finding that there are three main issues in gsgcad : lack of network / internet oriented , cannot sharing and communicating garment structure graphics design resource with outside world ; lack of intelligentization , cannot use former design experience as reference , leading to low design efficiency ; low commercialization degree
  经过近一年对服装企业的调研分析发现：当前，服装结构图形辅助设计子系统主要存在以下三方面原因：缺乏网络化，无法与外界设计资源交流与共享；缺乏智能化，无法利用以往设计经验指导设计，设计效率较低；商业化程度较低。
• 2 . according to water resources and hydropower engineering specification for design of steel gate , mech - electric design handbook for hydropower station and with the consideration of the related theories on steel structure , this paper studies the design method and calculation theories of the plane gate . on the basis on above , the plain structure design subsystem is developed
  2 、依据现行的《水利水电工程钢闸门设计规范》 、 《水电站机电设计手册》 ，综合相关的钢结构设计原理，研究了平面闸门的结构设计计算方法并研制开发了平面闸门结构设计子系统。
• Main research contents and outcomes are as follows . i ) based on detailed and extensive garment market research and relative theory , this paper puts forward based on autocad , internet - oriented , intelligent garment structure graphics design platform , which is composed of two subsystem : based on web garment structure graphics design subsystem and based on autocad intelligent garment structure graphics design subsystem . these two subsystems are independent one another and associate with each other
  本文的主要研究内容及成果如下： ( 1 )在详细、广泛的市场现状调研及理论研究的基础上，提出了基于autocad软件平台的网络化、智能化服装结构设计平台方案：由既相互独立，又彼此关联的基于web的服装结构图形设计子系统和基于autocad的智能服装结构图形设计子系统组成。
• 3 . according to specification for the navigation lock , water resources and hydropower engineering specification for design of steel gate , tnech - electric design handbook for hydropower station and with the consideration of the related theories on steel structure , this paper studies the design method and calculation theories of the miter gate . on the basis on above , the plain structure design subsystem is developed with intelligent function
  3 、依据现行的《水利水电工程钢闸门设计规范》 、 《船闸设计规范》 、 《水电站机电设计手册》 ，综合相关的钢结构设计原理，研究了人字门的平面结构设计计算方法并研制开发了融入智能因素的人字门平面结构设计子系统。
• Iii ) according with distributed pdm ( product data management ) , the paper brings forward whole structure and function module partition of based on web garment structure graphics design subsystem , iv ) making use of web db technology , three layer b / s implement technology , asp , teledb accessing component ado and other technology realize web db long - distance accession , storage and safety transmission of garment structure graphics and relative data , intercourse of professional information , project management and garment graphics cooperative design
  ( 3 )以分布式产品数据管理理论( pdm )为依据，提出了基于web的服装结构图形设计子系统的整体结构及功能模块划分。 ( 4 )运用web数据库技术、三层b / s实施技术、 asp技术及其远程数据库访问组件ado等技术，实现了基于web技术的网络数据库远程访问，服装结构图形文件及相关信息的存储、图形数据传输安全，专业信息交流，项目管理，并实现了服装图形协同设计。
• In the fourth chapter , based on the analysis and design of some modules closely relating to interactive design , the thesis completes the development of the railway location interactive design subsystem , and these modules are : railway horizontal line interactive design , comparison of plane , profile and across section , automatic and interactive design of profile , designing railway location by across section and setting location of the bridge and the tunnel
  第三章分析了线路方案比选工作过程中所涉及的数据情况以及数据管理方法，完成了方案比选综合数据管理子系统的开发工作，第四章通过对线路平面交互设计、内插纵横断面地面高程、纵断面自动与交互设计、横断面定线、桥隧工程设置等与交互设计密切相关的重点模块的分析与设计，完成了交互式线路设计子系统的开发。
• Especially , garment structure graphics computer aided design ( gsgcad ) subsystem plays quite important role in complete gcad system . garment structure graphics is a connector between garment appearance graphics and garment making . the quality of garment structure graphics directly makes effect on garment suitability and comfort
  而在整套gcad系统中服装结构图形辅助设计子系统占据重要的角色：它是连接服装效果图形与服装加工的纽带，服装结构图形质量的高低直接影响成衣的穿着效果和舒适感，因此本文将其锁定为研究焦点。