设计C#定制控件实现贝塞尔曲线

Kriging 算法的 2维和3维地图等高线-Kriging algorithm 2 keeps peace 3 Uygur map contour line

用C语言实现的中点画圆算法，并根据扫描线种子填充算法来填充圆形。-C Language Circle the midpoint algorithm, and in accordance with scanning lines seed fill algorithm to fill round.

VsualC++数字图像处理典型算法及实现 相关代码（下）-VsualC++ Typical digital image processing algorithm and the realization of the relevant code (below)

photoshop的图形解决方案-graphics solution of photoshop

是matlab源码，利用bp网络实现0～9数字识别系统，友好的系统界面，包括训练样本和含噪声的数字图片。-Matlab source code is the use of network bp realize 0 ~ 9 digital identification system friendly system interface, including the training samples and the number of images containing noise.

我修改的mesh绘制程序，我加入了meanshift 平滑功能-I modified mesh drawing program, I joined the meanshift smooth function

通过代码的实现是得实现二维三维几个变化，可以输入自己想要图形的顶点数，再输入变化模式：比例，对称，错切，平移，旋转五个变换中的一个，再输入相关变化的x,y,z轴，经过变换继而出现变换后的坐标。

时尚的办公组合，利用3DMAX开发，可以倒入到任何场景中。-Fashion portfolio of office, the use of 3DMAX development, can be poured into any scene.

The ElastoDynamics Toolbox is a MATLAB toolbox to model wave propagation in layered media. It is based on the direct stiffness method and the thin layer method [10, 12]. The toolbox can be used to solve a variety of problems governed by wave propagation in the soil: Site amplification Site amplification is an important issue in the assessment of the seismic hazard at sites where the top soil layers are particularly soft. In such cases, the seismic motion at the surface can be much higher than the outcrop motion due to resonance of the soft layers-This chapter describes how to start using the ElastoDynamics Toolbox (EDT) for MATLAB. The chapter is organized as follows: About the ElastoDynamics Toolbox (p. 1) The ElastoDynamics Toolbox for MATLAB is briefly introduced. Obtaining and installing EDT (p. 1) This section explains where to get EDT and how to install it. Terms of use (p. 3) The terms and conditions to use of EDT are summarized. It is shown how to re

计算机图形学，利用L系统分形算法，生成自然风景-树。-Computer Graphics, using L system fractal algorithm to generate the natural landscape- trees.