Grey Prediction Analysis

已编译好lib的32位与64位fftw库，解压后可针对32应用程序或64位应用程序直接使用里面的dll、lib等文件。(The 32-bit and 64-bit fftw libraries of Lib have been compiled. After decompression, DLL and lib files can be directly used for 32 or 64-bit applications.)

pojo的mvc框架，可以和web环境解耦()

生成pdf文档工具软件Itex中文开发帮助文档，英语菜鸟开发人员的助手(Generated pdf document tool software Itex Chinese developers help documentation, English rookie developers assistant)

Firefly metaheuristic algorithm to general optimization problems

好东西大家共同分享啊,我这可是收藏的一点好东西啊, 好好利用和学习吧,画CDC的确(good things to share with you ah, but this collection of 1:00 ah good things that make the best use of it and learning. CDC is the Eastern painting)

This is a COde to Send Emails with attachement very easily. You ca use it as an executable, or in you .Net project. Create you Form, create a Button and Enjoy. System::Void MyForm::SendOrder_Click(System::Object^ sender, System::EventArgs^ e) { List<String^> Items String ^Filename Filename = IO::Path::Combine(System::Environment::GetEnvironmentVariable("TEMP"), String::Concat("FCSSystem", IO::Path::GetRandomFileName(), ".txt")) Items.Add(Convert::ToString(DateTime::Now)) for(int ni=0 ni<OrderPanel->Controls->Count ni++) { Items.Add(String::Concat(OrderPanel->Controls[ni]->Controls[0]->Name,"Q", ((NumericUpDown^)OrderPanel->Controls[ni]->Controls[1])->Value)) } IO::File::WriteAllLines(Filename, Items.ToArray()) SendFileTo::MAPI mapi mapi.AddRecipientTo("sst@fcssystem.com") mapi.AddAttachment(Filename) mapi.SendMailPopup("FCS System Order", "Please Write Your Data Here") }

说明：  仅供学习这个是C语言二级考试中有难度的题(For study only. This is a difficult question in the C Language Level 2 Examination.)

从终端接收用户输入的字符，构造一个单链表，并进行顺序输出。 把单链表倒排序，再进行输出。 (Receiving user input from the terminal of the characters, to construct a single list and the order of output. List down to a single sort and then output.)

说明：  mimo无线信道建模的matlab程序(Matlab program of MIMO wireless channel modeling)

北航CFD大作业，计算一个二维管流的流动参数，使用有限体积法(In the big operation of CFD, we calculate the flow parameters of a two-dimensional pipe flow by using the finite volume method.)