saw

此程序是应朋友的 老婆单位的要求写的，是用于本单位内工程资料的管理,关于数据操作是用的数据库控件，不过里面也有隐藏的非数据控件的操作方式-this procedure is a friend of a friend"s wife to write the requirements, the unit is used within the engineering data management, data on the operation of the database component, but there are also hidden-data control mode of operation

C#桌面壁纸自动更换软件，类似百变壁纸的功能，自动把电脑桌面的壁纸换成其它图片，核心是基于一个图片管理软件来实现。测试时请在image目录中放一些高清壁纸图片，程序会自动读取并自动更换这些图片。

灵巧噪声干扰，可用于干扰多种雷达，包括脉冲压缩、脉冲多普勒、常规脉冲等(Smart noise jamming can be used to jam a variety of radar, including pulse compression, pulse Doppler, conventional pulse, etc.)

DMI Editor for Windows GUI mode.

说明：  关于DSP的应用，以及简单程序调速的实现(The brief introduction of DSP28335 and the application of interrupt program in the program are suitable for beginners)

M3GExport enables developers to export complex 3D animated scenes from Maya® directly to Mobile 3D Graphics file format (M3G), the emerging 3D file format for mobile 3D games. Created by the developers of JBenchmark3D - the leading performance measurement tool for mobile 3D graphics, M3GExport lets use sophisticated features of M3G format like skeletal animation, morphing meshes, triangle stripping and other useful optimisations. M3GExport for Maya is available in two editions, Limited and Standard. The Standard version contains sophisticated optimisation options used mostly by commercial game developers.-M3GExport enables developers to export complex 3D animated scenes from Maya® directly to Mobile 3D Graphics file format (M3G), the emerging 3D file format for mobile 3D games. Created by the developers of JBenchmark3D- the leading performance measurement tool for mobile 3D graphics, M3GExport lets use sophisticated features of M3G format like skeletal animation,

数字信号处理的一些MATLAB源程序,均已经通过编译,仿真(Digital signal processing (DSP) some MATLAB source, have been through the compilation, the simulation)

Code to emulate harmonic currents

使用ceres对曲线进行拟合程序，ceres可以从github下载；(Using ceres fitting program, Ceres can be downloaded github )

使用预估校正的方法求解分数阶常微分方程，使用的是fortran(Solving fractional ordinary differential equations using predictive correction using fortran)