一个用来解析word文档的程序，功能非常强大，能把doc转换为txt,pdf,ps等。...

Windows环境下32位汇编语言程序设计,十分全面-Windows Environment 32-bit assembly language programming, a very comprehensive

在com中使用结构体枚举-used in the structure of Enumerate

可以方便的进行三次以内方幂求和公式的自动推导 此代码为独创-Can easily be a power of less than three times the automatic derivation of the summation formula for the original code

Visual C++ MFC棋牌类游戏 书籍的源代码包括飞行棋，麻将等-Visual C++ MFC Class Card Games book s source code, including flight chess, mahjong,

ssd4exercise5的作业答案，欢迎你的下载，谢谢了-Operating ssd4exercise5 the answer, you are welcome to download, I would like to thank the

本文较为深入地研究了 NURBS 曲线及其性质、相关参数计算方法。提出NURBS 曲线的阿当姆斯微分方程插补算法，并利用前、后差分结合代替微分 的方法，对初始迭代式改进得到参数快速递推式。利用参数快速递推式，同时辅以预估—校正法，通过适当的插补预处理与合理的近似计算，综合考虑轮廓 误差控制和进给加速度控制，实现了动态变步长的自适应 NURBS 曲线插补方式。可使机床在满足误差要求的前提下，以最大化进给速度对零件进行插补加 工，实现了插补精度和插补速度的优化，提高了加工质量和效率。在 NURBS插补加减速控制方面，本文利用 NURBS 曲线的对称性进行实时插补减速点的 预测，提出了插补前抛物线--直线--抛物线 S 型加减速控制新方法。其具有位置精度高、速度过渡平滑等优点，并且改变了原有控制方法的以弦线代替弧 线、每插补一步都要进行繁琐的曲线弧长计算的情况，有利于提高插补精度和实时性。

An example of using URBI via LibURBI in C-An example of using URBI via LibURBI in C++

matlab code for extracting grid-based color moment and wavelet texture features. simple but effective.

约瑟夫环（Joseph）问题的一种描述是：编号为1，2，…，n的n个人按顺时针方向围坐一圈，每人持有一个密码（正整数）。一开始人选一个正整数作为报数上限值m，从第一个人开始按顺时针方向自1开始顺序报数，报到m时停止报数。报m的人出列，将他的密码作为新的m值，从它在顺时针方向的下一个人开始重新从1报数，如此下去，直至所有人全部出列为止。试设计一个程序求出出列顺序-Joseph Central (Joseph) a description of the problem is: numbered 1,2, ..., n of n individuals according to a clockwise direction around a circle, each holding a password (positive integer). The beginning of a positive integer as a candidate at a number of upper limit of m, from the first individual to embark on the clockwise direction since the beginning of the order of 1 is reported the number of stops required to report back at a few m. Those who reported m out of his password as the new value of m, in a clockwise direction from the next person to start off again from the 1, and so on, until all that out until all. Try to design a procedure to derive the column order

u_reg.h" void Delay_MS(unsigned int ms) void main() { asm(" STM #0000h,CLKMD ") while(*CLKMD & 0x01 ) asm(" STM #40C7h,CLKMD ") //设置CPU运行频率＝100M /* 40C7h:5*clkin =100M 30c7h:4*clkin =80M 20c7h:3*clkin =60M 10C7h:2*clkin =40M */ asm(" stm #4240h, SWWSR ") //2 wait except for on-chip program 1 asm(" stm #00a0h, PMST ") //MP/MC = 0, IPTR = 001,ovly=0 asm(" stm #0802h, BSCR ") asm(" STM #0h,IMR ") while(1) { Delay_MS(500) asm(" RSBX XF ") Delay_MS(500) asm(" SSBX XF ") } -sdqwd