C系列#书籍、教程和源代码，或所有的国内C #指南，…

学习OPENGL时做的太阳系行星运行模拟系统，注释非常详细，适合初学者练习参考(OPENGL study planets in our solar system do run a simulation on a very detailed notes, suitable for beginners to practice)

个人研发的PC-DMIS VB程序生成EXCEL表格源码，在VB6.0下面编译顺利通过，分享给大家，适合想学习PC-DMIS二次开发的朋友，有什么问题请大家反馈联系，谢谢

Directx 3D编程中灯光是生命，本程序充分展示了Ｄ３Ｄ中灯光的艺术，当你看到程序的运行结果时你会再次的感叹：这么简单的场景竟然渲染得这样漂亮！(Directx 3D programming in light of life, the process has fully demonstrated the D3D in the art of lighting, when you see the results of the procedure you will run the sighs again: such a simple scene was so beautiful rendering!)

PWM输出实验，适用于AVR单片机，通过调试，可行。(PWM output experiment, for AVR microcontroller, through debugging and feasible.)

使用了MFC画图，在整这个过程中自己感觉到了很大的压力，期间都没填熬夜到很晚，因为这是期末要交的一个作业，开发一个程序这个样子吧，能够画出一些老师要求的线或者是圆又或者是其他的一些平面上的东西

很不错的一个C#写的asp.net车票管理程序包含开发说明，此为转载版权归原作者仅为学习用-A very good C# Written in asp.net ticket management process includes the development shows that this belongs to original author for reproduced only learn

抢答器的实现功能的仿真，使用MATLAB进行仿真运行(Responder achieve functional simulation using MATLAB simulation run)

基于NIOS II的LED屏贪食蛇设计，基于NiosII软核处理器和LED点阵显示屏的贪吃蛇游戏内容是：一条蛇在封闭的围墙里，围墙里随机出现一个食物。玩家通过4个按键控制蛇上下左右移动，且蛇只能沿着头运动的轨迹移动。蛇头撞到食物，则食物被吃掉，蛇身体增长一节，同时记1分，又出现食物，等待蛇通过玩家的控制来吃掉，如果蛇头在移动中出界或咬到自己的身体则游戏结束，并且加入了一些附加功能如蛇身加速，选择难度，开关机屏幕画面的优化等一系列功能，使游戏更具可玩性。(NIOS II LED screen Snake design, NiosII based soft-core processor and LED dot matrix display Snake game content is: a snake in a closed fence, the fence was a random food. Players control a snake through 4 keys to move around, and the head of the snake can move along the track movement. Snakeheads hit the food, the food is eaten, the snake grow body section, but remember one point, appeared foods, through the player controls a snake waiting to eat, if snakeheads bite out of bounds or move their bodies in the game end, and added some additional features such as snake acceleration, choose the difficulty to optimize switching machine screen and a series of features that make the game more playable.)

51的超声波程序，改一下IO口就能用，超声波模块是HC-SR04，控制口发一个10US 以上的高电平,就可以在接收口等待高电平输出. 一有输出就可以开定时器计时,当此口变为低电平时就可以读定时器的值,此时就为此次测 距的时间,方可算出距离.如此不断的周期测,就可以达到你移动测量的值了。

关于一个点名系统的课程设计报告，包括一部分代码，及各个界面的截图(About a naming system curriculum design report, including the part of the code, and the interface screenshots)