1) making 3D maps
三维图制作
2) three-dimensional graphic
三维作图
1.
The programs are edited by means of stored func- tions of MATLAB and rectangular region is expanded into general region, which region of independent variable can only be in three-dimensional graphics and two-dimensional integration of MATLAB So space graph can be plotted truly and exactly and two-dimensional integration can be computed in wider are
通过编程,借助于MATLAB中的库函数,将MATLAB中三维作图与二重积分的自变量取值范围只能是矩形区域扩充到一般区域,让MATLAB能真实准确快速地绘制空间曲面图形和更广泛地计算二重积分。
3) 3D drawing
三维制图
1.
The application of AutoCAD's 3D drawing and it's MASSPROP commands for calculation of the pressure center of die was illustrated by means of the example.
根据体积等效原理,通过实例说明了AutoCAD的三维制图功能及其MASSPROP等命令在模具压力中心计算中的应用。
2.
Based on the 3D drawing function of AutoCAD and its command MASSPROP and soon and by using volume equivalent principle,the pressure center of all kinds of complex-contoured blanking parts is calculated automatically.
基于AutoCAD2004的三维制图功能及其MASSPROP等命令,利用体积等效原理,自动计算各种复杂轮廓形状的冲裁件的压力中心,即使在同一材料中存在不同料厚、或同一冲裁件中存在不同材料的情况下,也可准确计算出冲裁件的压力中心。
5) 3D control chart
三维控制图
6) parametric plot 3D
三维参数作图法
1.
Based on the functions of parametric plot 3D of Mathematica 5.
2的三维参数作图法,用计算机画出了双轴晶体中光的波面的立体形象,并说明了它的一些特征。
补充资料：ug加长、加宽图图框制作
如在UG中设置图幅大小为加长（或加宽）图：
Step1: 按正常方式插入标准A3图框
Step2: 打开a3.prt
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条