资源列表
【CASS】程序命令TT
- CASS功能小插件，APPLOAD加载，自己用了下很方便(CASS function small plug-in, APPLOAD loading, use it very convenient.)
matlab
- 基于 Maxwell 的基本电磁场理论，根据导行电磁波得到矩形导波系统中 TM 波、TE 波的场分布方程， 并对传 播常数进行讨论，得到矩形波导中传输模式特性． 应用 MATLAB 计算金属矩形波导的传输模， 得到矩形波导中 TE、TM 模场分布． 研究结论对矩形波导设计提供参考．(ased on the basic electromagnetic field theory of Maxwell, the field distribution equation of TM wave and
AutoCAD
- CAD教程（从基础到入门教程，CAD软件须另下载）(CAD Tutorial (Getting Started tutorial from basic to, CAD software will be another download))
AutoLISP 编程
- autolisp教程，供大家学习，来之不易(AutoLISP tutorial for everyone to learn, hard won)
wrfout文件变量提取
- 使用python简单提取wrfout数据并绘图。及使用ncl语言提取wrfout数据并绘图(Use Python to extract wrfout data and draw. And use NCL language to extract wrfout data and plot.)
Project_CAD
- 这是一个用C语言实现的小项目，开发平台是Dev cpp，基于graphics.h库，程序实现了绘图功能，包括绘制直线、矩形、椭圆等，支持图形拖动和放缩，能够添加文本，可以说是一个简易版的CAD程序，具体功能介绍见资料中的ReadMe.txt(This is a small project implemented in C language. The development platform is Dev cpp. Based on graphics.h library, the program
scatterbar3
- scatterbar就是画出三维散点柱状图，并且可以调整柱子的大小和颜色渐变，比原函数bar3更方便，更好用。(scatterbar is to draw three-dimensional scatter histogram, and can adjust the size and color gradients pillars, and more convenient than the original function bar3, easier to use)
WindRoseM(风玫瑰图制作程序）r
- 基于ncl开发的风玫瑰图制作程序，需输入风向风速数据(Wind Rose Map Procedure Based on NCL)
注记边长(批量)
- lisp学习应用 这个挺好的 建议大家学习一下 反编译也不错 就是没工具 那就下一个吧 还挺麻烦 随便上传一个小程序 呼伦一下吧(lisp CAD vba would did like a little piggie ?I like the fat pig,so I will buy a big fat pig and a little doggie .)
六自由度机器人源程序
- 将Matlab与solidworks联合仿真，运用你运动学公式，求解六自由度并联机器人的工作空间(The workspace of a 6-DOF parallel robot is solved by using your kinematics formula and the joint simulation of MATLAB and solidworks.)
bezierTool_print
- 通过processing在原有图上描点，可以计算出原有图像的线条贝塞尔函数(The line Bessel function of the original image can be calculated by tracing points on the original image through processing)
Python turtle画图
- 使用python turtle库实现了动漫人物史迪仔的绘制，画图过程尽量细分将每一个拐角都反复调整角度，直到合适为止，大概耗费了五六个小时的时间绘制成功(Using the python turtle library to achieve the drawing of the cartoon character Stitch, the drawing process is subdivided as much as possible to adjust the angle of each cor