gameofmir引擎 源码

VS2010串口例程，VC2010写的串口调试助手,开发环境为VS2010,使用的uncioud环境,纯API,不错的C++串行通讯例子程序，希望能对串口学习的朋友有所帮助 (VS2010 serial routines, VC2010 write serial debugging assistant development environment VS2010, using uncioud environment, pure API, a good example of C++ serial communication program, hoping to help a friend learn the serial port)

SPAMS稀疏优化工具箱,采用VC++编写，面向MATLAB版本的。(This is the source code of the software SPAMS, which needs to be compiled before begin used.)

C# 实现验证码识别

使用编写程序，实现一个坐标轴功能，进行数据分析与运算(Use programming to implement a function of coordinate axes, data analysis and calculation)

操作系统编程，INTEL编程文档说明，详细介绍了intel硬件的分段，分页，寄存器等。(operation system programming intel 3A)

说明：  窗口界面使用KAYA SDK连接采集卡相机获取采集图像(use KAYA sdk connect with grabber and capture image data)

多路超声波测距报警，51单片机，超声波模块，1602显示，蜂鸣器+led声光报警                                                                                                   

密码锁的源代码，采用51单片机控制，使用数码管显示！(Lock the source code, using 51 MCU control, the use of digital tube display!)

LCD驱动软件，st7565r液晶显示，串行模式(LCD driver software, st7565r liquid crystal display, serial mode)

随着生活质量的提高，越来越多的人喜欢在家中养花，但经常因不能及时照顾花的生长环境而导致花枯萎。为改善这种情况本系统提出了一种基于51单片机的智能浇花系统，该系统是以51单片机为主控制器，通过DS1302时钟模块设定在固定的时间进行浇水，浇水的时间为60秒；同时使用温度传感器DS18B20和湿度传感器对土壤的温度和湿度进行检测，当检测到的环境状况是属于土壤缺水的情况，则主控制器会打开水泵开关开始浇水，当不在是缺水的情况时则停止浇水。经过后期的多次测试，该系统可以成功的实现预期的设计目标。(With the improvement of the quality of life, more and more people like to grow flowers at home, but often fail to take care of the growing environment of flowers in time to cause the flowers to wilt. In order to improve this system, an intelligent watering system based on 51 single-chip microcomputer is proposed. The system is based on 51 single-chip microcomputer as the main controller. The system is set at a fixed time through the DS1302 clock module to water for 60 seconds. The temperature and humidity of the soil is also used by the temperature sensor DS18B20 and the humidity sensor. The main controller opens the water pump switch to water and stops watering when the water is not in the condition of water shortage. After many tests, the system can achieve the desired design goals successfully.)