摘要
针对喷涂轨道弯轨设计时绘图效率低、经常发生挂件运动干涉的现状,利用Visual LISP语言对弯轨部分的参数化设计进行了二次开发.详细讨论了开发过程中的关键参数计算与程序结构设计问题;根据喷涂轨道设计所需的原始数据,编写了供用户输入相关参数的对话框界面;通过对数据的读取、计算、判断,快速实现喷涂弯轨的图形绘制和结果输出.使用该软件可以快速准确地设计出合理的弯轨图形,获得所需的防干涉数据.
In order to improve the status of low drawing efficiency and recurring pendant motion interference while designing the spraying curved track,a secondary development by Visual LISP language is developed to solve the parametric design of curved track.The calculation of key parameters and the program structure design problem in the process of development are discussed in detail.According to the original data that spraying track design required,a dialogue interface is compiled for user to input the related parameters.Graphic drawing of the spraying curved rail and other result output can be fastly implemented through reading,calculation and judgment of the data.Reasonable curved rail graphics can be designed quickly and accurately,and anti interference data required can be obtained in the meanwhile by using the software.
出处
《东华大学学报（自然科学版）》
CAS
CSCD
北大核心
2015年第4期521-526,共6页
Journal of Donghua University(Natural Science)
