学习Pyhton脚本的源代码，Python是通用的易学的脚本语言

这是一个VC版的电子便笺, 这是一个VC版的电子便笺-This an electronic version of the VC memo, which is an electronic version of the VC memo, which is an electronic version of the VC memo

cr-wom.rar

可以将多个IP地址进行保存，并直接进行切换，可应用在笔记本在公司、家里、其它地方来回换IP的麻烦。

文件移动MOVE的C语言源程序代码 开发环境为C-documents Mobile MOVE C language source code development environment for C

这是关于二位地图控制视点的简单小实例，供新手学习时用，通过分析简单的实例的代码，来掌握二位地图控制视点的编写程序。-This is the map control on the two small examples of a simple point of view for the novice to learn when, through the analysis of simple examples of code, to master control of two maps of the programming point of view.

华为内部程序设计培训,对c++语言规范的一些解释说明。-Huawei internal procedures in designing the training, the c++ Language specification of a number of explanations.

c8051的程序源码 功能：chanel:为通道地址，范围0－DAC0；1－DAC1 // shuju: 16位无符号数，实际12位，对齐方式由DACxCN控制-C8051-source function of the procedure: chanel: as the channel address, the scope of 0-DAC0 1-DAC1// shuju: 16 bit unsigned number, the actual 12, alignment control by DACxCN

basica program eg，to upload-basica program eg, to upload

滚球游戏意智游戏 问题描述 有八个小洞，序号和分布位置如图。小球从A、B、C（即洞号0、1、2）三个位置之一滚下。如果洞的状态为0时，球向左滚；如果洞的状态为1时，球向右滚。凡是球滚过的洞，状态取反（既由1变0，由0变1）。 现用8位二进制数依次从左到右表示八个小洞的状态。 例： 图中的初始状态为 00000101 时，最多滚入3个球时有 从C洞滚入一小球状态为 ――――＞ 00101111 从B洞滚入一小球状态为 ――――＞ 01111011 从A洞滚入一小球状态为 ――――＞ -bowls game Italy-game description eight holes and serial number and distribution figure. Small ball from the A, B, C (hole No. 0,1,2), one of the fallen three locations. If the state of the hole 0:00 a.m., the ball rolling left; If the state of the hole 1:00, the ball rolling right. Whatever strain at the hole, from the anti-state (both from a variable 0, 0 Variable 1). Now with eight followed by the binary number eight hole, said whatever the state. Cases : Figure the initial states of 00000101, three roll-up ball from C hole rolled over a small ball of----> 00101111 B hole rolled over from one state to the small ball----> 01111011 from A hole rolled over a small ball of---->

Two-Dimensional PCA: A New Approach to Appearance-Based Face Representation and Recognition