实体图 meaning in English
entitative graph
stereogram
Examples
- Discussion on transforming from 3d solid drawings into plane drawings in autocad
中将三维实体图转换成平面三视图的探讨 - At the initial system development , an in - depth study and meticulous research was conducted on enterprise equipment spare parts management related business processes , based on this , using rational rose development tool , system operational flow charts , functional block diagram was created mapping out the corresponding data e - r entities , and completed equipment spare parts management system database design
系统开发初期,对企业设备备件管理相关业务流程进行了深入、细致的调研,在此基础上,采用rationalrose开发工具,建立了拟开发系统的业务流程图、功能结构图,绘制出相应的数据e - r实体图,完成了设备备件管理系统的数据库设计。 - In this paper , we studied the design and application of four - foot robot , realized a special four - foot robot simulation system . it includes six parts : l . geometery modeling of four - foot robot to deal with the modeling of four - foot robot . we designed the interface of 3 - d geometry modeling . this interface could load the model made in autocad or 3ds , etc , and convert it into the format which could be discriminated by opengl . so this system had the power to get the vivid 3 - d robot geometry model from other softwares
本文主要是针对四足机器人的设计与应用进行研究，设计实现了一个专门用于四足机器人运动仿真的系统，主要包括以下几方面内容： 1 、针对四足机器人的建模问题，设计了一种三维几何模型建模的接口。该接口可以直接读取autocad 、 3ds等的建模文件，转换为opengl所能识别的格式，从而可利用现有的造型系统来获取逼真的三维机器人几何实体图。 - In this zdqcad software system , structure style of brake was defined and structure parameters of parts were input according to the design desires and three - dimensions solid model of the parts were displayed by transferring the parametric models in parametric model database ; the whole computer aided process of automobile brake design was realized such as selecting brake style , deciding structure parameters , selecting parts , deciding parameters of parts , checking computations of performance and drawing three - dimensions solid model ; a good platform to improve the design of automobile brake was provided at last
Zdqcad软件系统根据设计要求确定制动器的结构形式，输入组件的详细结构参数，通过调用i - deas参数化图库中相应组件模型，显示该组件的三维实体图；实现了制动器设计从选型到总体结构参数的确定、选取组件、组件结构参数的确定、性能校核以及绘制三维图形的计算机辅助化过程，为提高制动器的设计质量和设计水平提供了良好设计平台。