一个程序上传的高密度脂蛋白的演示

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

永磁直流电机 永磁直流电机-Permanent Magnet DC Motor Permanent Magnet DC Motor Permanent Magnet DC Motor

VB实现的排雷程序 ,大体功能同windows自带的游戏相同,推荐初学VB的朋友-VB mine procedure, generally with the functions of Microsoft"s Windows game the same and recommend that when a friend VB

又一个AT89c51等单片机可以使用的4*4 键盘程序-Another AT89C51 single-chip microcomputer can be used, such as 4* 4 keyboard procedures

vb中一些常见问题的讲解及帮忙,对初学者很有帮助-vb some common problems on and help helpful for beginners

最优化方法作业 BFGS方法 有算法分析 步骤 实例 实验结果和C++源程序-Operations optimization algorithm analysis step BFGS method is an instance of experimental results and the C++ source code

XML源码教材,XMLspy2006编制,供给IT爱好者参考学习!-XML source materials, XMLspy2006 preparation, and the supply of IT enthusiasts reference learning!

用msp430控制12864点阵液晶－－－－－－－－－的原程序哦！-12864 using MSP430 control of the original dot-matrix liquid crystal process--------- Oh!

最为丰富的图标库，编程必备-most abundant in the icon library, programming required

操作系统实验，编程实现进程的调度，基于时间便轮转的算法！-Operating system, experiment, programming process, scheduling, time-based rotation algorithm will be!