TCAD_pn

CAD批量打印源码程序，例程结合易语言应用接口支持库、拖放支持库、扩展功能支持库，创建Autocad.Application对象，实现CAD对象的属性、方法，可以批量打印。(CAD batch printing source programs, routines combined with easy language support library application interface , drag and drop support libraries , extensions support library , create Autocad.Application object implementing the CAD object s properties , methods, you can batch print .)

在FDTD solutions 绘制超透镜(Hyperlensing in FDTD solutions)

经典绘图（见word文档）：三维曲线，一窗口多图形，图形样式、标注、题字，绘制心形图，用双轴对数，绘制数据向量，条形图，水平条形图，绘制矩阵的面积图，二维饼图，误差图，绘制火柴杆图，绘制羽列图，绘制8阶魔方矩阵的等值线图和阶梯图，绘制玫瑰花图，罗盘图，梯度场矢量图，三维网格图，绘制高斯分布函数的网格图，曲面图，绘制曲线图，三维饼图。三维条形图，绘制柱形图，三维瀑布图，等高线，绘制一个球面，三角形表面图，三维动画图。将word代码拷贝到m文件即可运行，word文件中还有做好的图样例。(The classical drawing (see word document): 3D curve, a window graphics, graphic style, annotation, inscriptions, draw a heart, with double logarithm, drawing data vector, bars, horizontal bar charts, area mapping matrix, two pie charts, error map, drawing fire wood bar graph, plotting feather diagram, isoline chart and the ladder chart of 8 order magic square matrix, drawing compass rose diagram, diagram, gradient vector, three-dimensional grid map, drawing Gauss distribution function of the grid map, the surface chart, draw curve, the 3-D pie chart. A 3-D bar chart, draw a column chart, 3D waterfall map, contour, draw a spherical, triangular surface map, 3D animation graph. Copy the word code to the m file to run, and to map sample word file.)

零阶一类贝塞尔函数曲线，并画出其包络线的源程序(Zero-order Bessel function curve and draw the envelope of the source)

这是一个很不错的 4-D 多面体绘图程序。内附详细说明(This is a very good 4-D polyhedron mapping procedures. Containing a detailed description)

小波的整数叠式变换程序。包括IntLBT、IntLBT。(Integer wavelet transform procedures cascade.)

几个经典用C#画图的例子，包括正弦和曲线图形，很实用的，在VS2008下运行过(Several classic examples of C# drawing, including sine and curve graphics, very practical, run under the VS2008)

说明：  三次样条插值 MATLAB编程 可直接会出图像并输出样条函数(Cubic spline interpolation can be directly MATLAB programming will be the image and the output spline function)

利用逐点法绘制出图形，图形的绘制其实都是由折线组成的，只是每条折线的误差太小了，肉眼根本分辨不出来(use of the point-by-point drawing graphics, the graphics are actually drawn from the composition of the dogleg, only broken each of error is too small, the human eye can not be seen)

for PSCAD softwear it can be very easy and coming soon challenger in this soft