BP

Library STMf4 to control ILI9341 using CUBE_Mx

汉字字模的提取：在DOS时代，拥有一个华丽的汉字菜单几乎是每个高档中文应用程序必须的包装。中文Windows操作系统的出现使得高级开发平台实现全中文的提示和界面非常容易和方便。在一般的应用程序中已经很少需要去专门考虑汉字处理的问题。 但是在许多工程控制和字符串处理的环境中，汉字字符的处理仍然有别于西文字符的处理，需要加以专门的考虑。在商品化的软件中,有大量的提示信息界面以使用户清楚软件的状态和运行情况,使用汉字提示可以大大方便不懂西文提示的用户。因为汉字本身的特点，显示汉字始终是计算机在我国应用普及的一个障碍。-Chinese Fonts Extraction : DOS era, with an ornate Chinese menu almost every high-end Chinese applications must packaging. Chinese Windows operating system, the emergence of senior development platform makes the entire Chinese tips and interface is very easy and convenient. In general the application process has rarely need to consider the Chinese specialized treatment. However, in many engineering controls and string processing environment, the handling of Chinese characters is still different from the characters in the text of the West, specifically the need to be considered. The commercialization of the software, a large number of message interface allows users to clearly state the software and operations, suggested the use of C

写了一个小型的推箱子游戏,只有一关，但可推广-Wrote a small Sokoban game, with only one clearance, but can be extended

说明：  中国航空城市 IATA 代码（三位），js数组封装 比如： { "iata": "CTU", "name": "成都" }(flight city iata code in china, such as: { "iata": "CTU", "name": "CHENGDU" })

jtag 的pcb图，想要的朋友有福了。-JTAG pcb the map, you want a friend blessed.

雷达系统建模与仿真的matlab程序，多种随机分布，产生swerling杂波，进行快速傅立叶变换，脉压，进行MTI，以及横虚警，RCS模拟分析，RCS统计模型 SAR雷达信号处理仿真(Modeling and Simulation of radar system matlab program, a variety of random distribution, Swerling clutter, fast Fu Liye transform, pulse pressure, MTI, and the false alarm, RCS simulation, RCS statistical model of SAR radar signal processing simulation)

随机共振用于微弱信号的检测以及误码率的分析(Stochastic Resonance)

电脑维修技术，为千千万万PC用户解决生活中遇到的各种故障和疑难杂症-Computer maintenance technology, for tens of thousands of PC users to solve a variety of life encountered failure and incurable diseases

介绍了基于分解思想的支持向量机的训练算法。-Introduction based on the decomposition of thinking SVM training algorithm.

kafka的生产消费示例程序，其中数据生产时需要avro序列化，消费时需要反序列化(Kafka production and consumption sample program, where data production requires Avro serialization, consumption needs to be serialized.)