spp

俄罗斯方块,用VC6.0写的，使用小键盘的2,8,4,6实现移动和变化，5暂停(Tetris with VC6.0 written using the keypad 2,8,4,6 for mobile and change, 5 suspended)

基于VISUAL c++的电子地图管理系统，具有读取文件、排序、检索、更新、退出功能，注意，测试时需将程序放在D盘使用，或者将内部的.dat文件放在D盘。(Electronic map management system, has read the file, sort, retrieve, update, exit feature)

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

用C++实现的可计算多位数的四则运算计算器，能够自动跳过空格(Implemented in C++ calculate the multi-digit arithmetic calculator that can automatically skip a space)

SelfDelete(可以删除自身的VC++源码(巳通过了调试)) 为了实现程序自删除功能，我们可以通过多进程的方法解决这个问题。可执行文件在结束返回前，创建一个运行命令窗口的新进程（在Windows98中为Command进程，在Windows2000/XP中为CMD进程），当然该命令窗口以隐藏方式执行，并通过传递参数执行删除功能。为了避免可执行文件的映像还在内存中就执行删除，需要把当前进程设置为实时优先级，而命令窗口进程设置为很低的IDLE优先级，这样首先可执行文件结束返回，再运行命令窗口的删除命令，就实现了该文件自身的删除功能。 (SelfDelete (you can delete its own VC++ source code (had passed debugging)) In order to achieve the program from the delete function, we can multi-process methods to solve this problem. Return before the end of the executable file, run the command window to create a new process (in Windows98 process for the Command, in Windows2000/XP process for CMD), of course, the command window to hide the manner and to perform delete functions by passing a parameter . In order to avoid the executable file image still in memory on the implementation of delete, you need to set the current process for real-time priority, and the command window to set the process priority to low IDLE, so the end of the first return to the executable file, then run the command window delete command, the file itself to achieve the delete function. )

vc 动态设置主框架窗口的图标FaceControl3的程序源码(vc dynamically set the icon for the main frame window of the program source code FaceControl3)

科学计算器的实现，包括常用的sin、cos、指数等，界面简单大方，代码亲自写的，很有交流学习的价值(Scientific calculator, including the commonly used sin, cos, index, the interface simple and generous, code to write, it is the exchange of learning the value of )

RTKLIB是日本东京海洋大学开发（Tokyo University of Marine Science and Technology）开发的一个开放源程序包，供标准与精确GNSS全球导航卫星系统应用。RTKLIB包括一个可移植的程序库和几个应用程序（AP）库。 RTKLIB的特点： （1）支持标准的和精确的定位算法：GPS，GLONASS，QZSS准天顶卫星系统,北斗和SBAS （2）支持多种定位模式与GNSS实时和后处理：单点，DGPS / DGNSS，动态的，静态的，移动基线，定点，PPP运动，PPP静态和PPP定点(RTKLIB is an open source package developed by Tokyo University of Marine Science and Technology in Tokyo, Japan, for standard and precise GNSS global navigation satellite system applications. RTKLIB includes a Portable Library and several application library (AP) libraries. The characteristics of RTKLIB: (1) support standard and accurate localization algorithms: GPS, GLONASS, QZSS quasi zenith satellite systems, Beidou and SBAS (2) support a variety of Location mode and GNSS real time and post processing: Single point, DGPS / DGNSS, dynamic, static, moving baseline, fixed point, PPP motion, PPP static and PPP fixed point)

该程序是我为公司写的放音录音程序,并可以在界面上显示动态波形(The program is I wrote to the company put the sound recording program, and dynamic waveform can be displayed on the interface)

计算机图形学-金刚石图案算法（有图形界面）(Diamond pattern algorithm)