用于计算偶极子天线的三维fdtd程序 dip fdtd

上面我们已经对程序进行了扩充，实现了人对机游戏。 上面我们学习了程序扩充的思想过程，得到一些调试的经验。 但我们的收获不仅如此，如果你运行了程序，你就会发现：我们原来的保存功能还可以用。 这并不是程序扩充的偶然。 或许你并不感到惊喜，那么，我将告诉你的是：在后面我们将对这个程序进行再一次的扩展（联机游戏），它将不再适应了。 而这却是程序扩充的必然 -above we have the right procedures to expand and achieve the right person for the game. We studied the above procedures to expand the thinking process, get some debugging experience. However, we not only the harvest, if you run the program, you will find : the preservation of our original function can be used. This is not a process to expand coincidence. Perhaps you do not feel delighted, then I will tell you is : We will be back in the process of expanding again (online games), it will no longer used to it. And this is the inevitable expansion process

说明：  支持微信、支付宝、QQ钱包的扫码支付，可以用作打赏赞助支付的网站系统，支持后台查看实时收入情况，系统完全开源，无后门，直接上传自己服务器进行安装即可！(Support WeChat, Alipay, QQ wallet scan code payment, can be used to reward sponsorship payment website system, support the background to view real-time income, the system is completely open source, no backdoor, upload directly to their servers to install it!)

说明：  最小角回归算法代码及论文，很好的学习例子(Least Angle Regression code and paper)

ATmega16单片机LCD测试程序，LCD类型是OCMJ4X8C(ATmega16 microcontroller LCD test programs, LCD type is OCMJ4X8C)

最终还是上传了我的课件，课件是北京大学的教学PPT，请大家分享学习(divide-and-conquer method)

说明：  图像颜色校正，使用原图三通道的颜色比例，分别计算出每通道的相关系数，最后再把处理后的三通道图像卷积上这个颜色比例来恢复原图颜色。(In image color correction, the correlation coefficients of each channel are calculated by using the three-channel color ratio of the original image. Finally, the color ratio on the convolution of the processed three-channel image is used to restore the original color.)

说明：  程序主要实现基于CV模型的目标跟踪，包括均方根误差计算(target tracking with constant velocity)

说明：  可测算效率值，不会出现无效率状态，比传统dea模型测算结果更加客观(It can measure the efficiency value without inefficiency, which is more objective than the traditional DEA model)

FE cod for solving 3D elastic plastic problem using mixed hardening.

说明：  基于python3.6版本的２０４８算法开发(Development of 2048 algorithm based on python3.6)