中科新闻网warframe杀星配卡:是计算机应用专业英语高手的就来帮帮我吧
来源：百度文库 编辑：中科新闻网 时间：2024/05/16 02:21:33
会的话就帮我译一下以下的内容吧。
For the system to be able to support pure analysis it must contain facilities for the running of analysis programs of unlimited length and for the storage and rapid retrieval of large amounts of data.
It was considered important that the user should be able to communicate directly and graphically with analysis programs. Graphics facilities were provided which were considered to be sufficient for a general design draughting system. However, the range of graphical construction techniques is so large in practice that the system contained only as many facilities as could practically be incorporated in the draughting system, leaving other more specialized techniques to be developed by the applications program.
For both the production of drawing items by analysis and the analysis of drawings, it is essential that there is a simple efficient link between data produced by the draughting system, leaving other more specialized techniques to be developed by the applications program.
For both the production of drawing items by analysis and the analysis of drawings, it is essential that there is a simple efficient link between data produced by the draughting system and analysis programs, It is also essential that graphic data can be annotated in a way which is recognized by analysis programs but which does not affect the draughting system.
It was thought that for most practical applications the general draughting system would be incorporated in a much larger specific applications system. For this reason the drauthting system was as simple as possible consistent with reasonable running efficiency, so that it could be incorporated into an applications system with the minimum of effort.
The facilities embodied in the general CAD system are now described. These facilities are aimed at allowing a user to input graphical information into the computer and file it. Initial data entry is made by digitizing rough sketches. The system also permits the user to access the data, manipulate it, process it, output it in hard-copy form, or refile it for permanent storage.
The share of CAD applications in manufacturing companies is roughly 20%, more than half of which feature dialogue processing and user controlled inquiry functions. The range of functions implementer in the applied systems is an open question. As a rule, they will tend to be systems used merely for creating design drawings rather than, for instance, geometric models.
For the system to be able to support pure analysis it must contain facilities for the running of analysis programs of unlimited length and for the storage and rapid retrieval of large amounts of data.
It was considered important that the user should be able to communicate directly and graphically with analysis programs. Graphics facilities were provided which were considered to be sufficient for a general design draughting system. However, the range of graphical construction techniques is so large in practice that the system contained only as many facilities as could practically be incorporated in the draughting system, leaving other more specialized techniques to be developed by the applications program.
For both the production of drawing items by analysis and the analysis of drawings, it is essential that there is a simple efficient link between data produced by the draughting system, leaving other more specialized techniques to be developed by the applications program.
For both the production of drawing items by analysis and the analysis of drawings, it is essential that there is a simple efficient link between data produced by the draughting system and analysis programs, It is also essential that graphic data can be annotated in a way which is recognized by analysis programs but which does not affect the draughting system.
It was thought that for most practical applications the general draughting system would be incorporated in a much larger specific applications system. For this reason the drauthting system was as simple as possible consistent with reasonable running efficiency, so that it could be incorporated into an applications system with the minimum of effort.
The facilities embodied in the general CAD system are now described. These facilities are aimed at allowing a user to input graphical information into the computer and file it. Initial data entry is made by digitizing rough sketches. The system also permits the user to access the data, manipulate it, process it, output it in hard-copy form, or refile it for permanent storage.
The share of CAD applications in manufacturing companies is roughly 20%, more than half of which feature dialogue processing and user controlled inquiry functions. The range of functions implementer in the applied systems is an open question. As a rule, they will tend to be systems used merely for creating design drawings rather than, for instance, geometric models.
该系统能够支持纯粹分析必须包含对设备运行分析节目长度和无限的存储和快速检索大量数据. 重要的是,用户可以直接与生动的分析与规划. 图表设施被视为提供足够一般设计绘图系统. 但是,各种建筑图形技术如此庞大实际上这个系统中唯一的许多设施实际上可以纳入绘图系统,使得其他更需要专业技术开发应用计划. 为吸取生产项目的分析,分析图,就必须有一个简单有效的数据连接产生的绘图系统,使得其他更需要专业技术开发应用计划. 对生产利用项目的分析,分析图,就必须有一个简单有效连接数据制作的绘图系统和分析节目,但同样重要的是,图形数据可以说明的方式确认分析节目,但并不影响绘图系统. 有人认为,对大多数普通绘图系统的实际应用将在特定应用系统大得多. 为此drauthting系统尽量简化与合理的经营效益,使之成为一个能结合应用系统和最起码的工作. 便利体现在一般所说民航系统. 这些设施的目的是让用户输入图形,并将其信息输入微机. 最初是由数字化数据输入粗略素描. 该系统还允许用户获取数据,利用它、处理它、生产它的硬拷贝形式办理,或永久存放. 民航处申请的厂商比例约为20%,其中一半以上对话专题调查处理和控制功能的用户. 各种功能的执行者,是一个开放的系统应用问题. 一般说来,他们会倾向于采用系统设计图纸,而不是仅仅为了建立为例,几何模型.
厉害无言了~~!