本程序采用经典粒子图形算法仿真喷泉。P.

模拟光电编码器，a,b两相在文件中定义，通过计算机串口控制-simulation photoelectric encoder, a, b 2 is defined in the document, through the computer serial port control

用VC编写的WAV文件操作例程,如有需要的可以下载,很有参考价值.-VC prepared by the WAV file manipulation routines, and if necessary can be downloaded great reference value.

the testament by john grisham

资源描述MFC没有自带的treelist控件，然而对数据的处理有时需要树形结构的列表来处理数据。这就需要我们自己编写一个treelist控件方便用户调用

用EVC4.0写的mp3播放器，SDK可以根据自己的需要选择，希望对大家有帮助-EVC4.0 written with mp3 player, SDK can choose according to their own needs, and they hope to have everyone help

[1] 考勤时间=2005-10-27 员工编号=1 状态=迟到 上班时间(早)=16:59:40 备注=无 [2] 考勤时间=2005-10-27 员工编号=2 状态=迟到 上班时间(早)=16:59:40 备注=无 [3] 考勤时间=2005-10-27 员工编号=3 状态=迟到 上班时间(早)=16:59:40 备注=无 [6] 考勤时间=2005-10-27 员工编号=6 状态=早退 上班时间(早)=上午 18:52:45 备注=无 下班时间(晚)=上午 18:52:45 [5] 考勤时间=2005-10-27 员工编号=5 状态=早退 上班时间(早)=上午 19:01:40 备注=无 下班时间(晚)=上午 19:01:40 [4] 考勤时间=2005-10-27 员工编号=4 状态=早退 上班时间(早)=上午 19:04:14 备注=无 下班时间(晚)=上午 19:04:14 -[1] time = 2005-10-27 employees attendance number = 1 state = late working hours (early) = 16:59:40 Note = No [2] time = 2005-10-27 employees attendance number = 2 status = late working hours (early) = 16:59:40 Note = No [3] time = 2005-10-27 employees attendance number = 3 state = late working hours (early) = 16:59:40 Note = No [6] Attendance time = 2005-10-27 employee ID = 6 state = leave early to go to work hours (early) = 18:52:45 AM Remarks = no working hours (late) = 18:52:45 AM [5] attendance period = 2005-10-

windows环境下基于QT的串口，MP3，carema等功能软件，融合了很多功能。

基于USB的摄像机的上位机显示程序，摄像头芯片必需为OV511+(如:网眼v2000),适用于Windows2000/XP 1.运行本代码需安装windriver7.00和VC6.0，可到网上下载 2.编译时需设置库文件，windriver的include文件路径以及windriver的lib文件路径-USB-based PC camera shows the procedures necessary for the camera chip OV511+ (Such as: mesh v2000), applicable to Windows2000/XP1. To run the code to install windriver7.00 and VC6.0, can be downloaded 2. Compilers when set up library file, windriver the include file path and the lib file path WinDriver

该程序首先将车间生产零件按照优先级别、刀具组别、夹具组别等进行分类，进而对不同数控机床的多种零件进行加工计算，合理安排加工调度计划，同时考虑操作工系数、设备负荷等。

LU矩阵分解串行算法，一个矩阵拆分成两个三角矩阵乘积-Serial LU matrix factorization algorithm