在文件的前端和后端添加说明的程序

对于汉诺塔，大家一点不陌生，这是我数据结构的一个作业，里面讲的很详细-The Tower of Hanoi, is no stranger to everyone, this is my data structure of a work, which stresses the very detailed

这题奇数是有数学方法的，可以构造出解。描述起来比较麻烦。 出一解的构造法： 首先在整个矩阵的最下面一行的中央置1， 然后向右下方向顺序填上2,3,4,5,6,7,…… 注意碰到底的时候就将数翻到上面去，碰到右边的时候就翻到左面去 比如5*5的幻方，如果1填在(5,3)处，2就应该填在（1,4）处，4就应该填在（3,1）处…… 另外，当原数的下方已经有数时，要将要填入的数填到原数正上方 仍举5*5幻方的例子，当5已填好（4，2）时，其右下方为1，不能把6填在那里，而应填在（3,2）处，即5的上方。 最后，一个特殊的点，右下角，这时也应当将新数填在右下角的上方。-odd that this a mathematical method of solution can be constructed. Description relatively trouble. From a structural solution to the law : First, the entire matrix of the bottom of his home a central, then under the direction of the right order to fill 2,3,4,5,6,7 ... to the end of the encounter will be a few turns to above, where the right time to turn left on to For example, the 5* 5 magic squares, fill in if a (5,3), the two should fill in (1,4), four should be filled in (3,1) Department ... Also, when the original number at the bottom of several that should be filled to fill several the original number is still above 5 5* For Magic Squares example, when the five have completed (4,2), for its lower right

全是很实用的入门代码 可以轻松让新手上手-all very practical entry code

教鞭驱动程序的发送端、接收端、双机串口通信仿真-Pointer to send the driver side, the receiving end, dual serial communication simulation machine

这是一个用ppt做的软件工程实习有关的资料-This is a ppt to do with software engineering internship-related information

高精度数控电源制作,数码显示，带原理图和固件程序-CNC high-precision power production, digital display, with schematics and firmware

1.掌握系统中断向量（１CH）的获取和设置的方法，掌握中断处理程序的设计方法。 2.显示的形式为“２００７―０７―XX XX:XX:XX”，以秒为增量单位。 -1. To master the system interrupt vector (1CH) the get and set methods, have interrupted the process of design. 2. Shown in the form of

一个管理学生信息的C＋＋源程序。比较完整，面面具到。-Students of a management information C source code. Relatively complete, exhaustive.

xml实用大全，好不容易弄到的，那出来大家共享了！-xml Utility Daquan, hard to get, and that shared by everyone!

做了个很小的程序，里面主要是为了探讨一下关于位图的句柄与指针之间的关系，本人对这个弄得还不是很清楚，特请高手指点-Make a very small program, which is mainly in order to explore a bit on the bitmap handle and guide the relationship between, I made about this not clear, expert advice was requested