轉載一個程序。
This zip file contains a example of using C++ language COM in a Visual C++ program (named example.zip), and a COM component built by comtool of Matlab and used in a Visual C++ program(named mycom.zip). Both Projects contain fire_event in COM. But it only works well in the former example. The interface of two COM components looks very similar, and the client program of two Projects are almost the same.
This a collection of MATLAB functions for extended Kalman filtering, unscented Kalman filtering, particle filtering, and miscellaneous other things. These utilities are designed for reuse and I have found them very useful in many Projects. The code has been vectorised for speed and is stable and fast.
OpenSVM was developped under Visual C++ 6.0 SP6,
You can open the workspace file(*.dsw) in the opensvm-src folder.
The folder include the svm.h and svm.cpp which in the libsvm (Copyright (c) 2000-2007 Chih-Chung Chang and Chih-Jen Lin All rights reserved) in the opensvm-src\libsvm.
However, the files svm.h and svm.cpp codes were copied/merged into stdafx.h and stdafx.cpp in order to support the development, and OpenSVM still use other codes of libsvm.
So you can see the libsvm package in the source package.
You can open and build it with Visual C++ 6.0.
Note: the problems must be in LIBSVM format.
OpenSVM project page:
http://sourceforge.net/Projects/opensvm
If you had any question, please mail to:
cloudbyron@gmail.com
The Blitz++ project is now being served via SourceForge. To download the Blitz++ library, go to the blitz project web page, at http://sourceforge.net/Projects/blitz.
More information about supported platforms and C++ compilers is available in this document or on the official Blitz++ home page, at http://oonumerics.org/blitz.
This handbook is a concise guide to architecting, designing, and building J2EE applications. Whether you re architect your first J2EE application or looking to keep your Projects on-time and on-budget, you will refer to this handbook again and again.
ASP開發指南,里面的西很不錯的喲.This book is for anyone who wants to learn about using .NET for web interface design. Beginner or
hobbyist .NET developers can certainly get a good foundation of .NET web interface design by going
through this book from cover to cover. However, more seasoned .NET professionals, especially if they
tend to steer away from the GUI of their Projects, can also pick up a thing or two by focusing on certain
chapters that appeal to them. This book is meant to take a reader from the beginning of a project to the
completion of the interface design. Along the way, concepts are illustrated to show how the different
pieces play together. So, anyone who really wants to understand the concepts presented in this book will
be able to do so by reading the entire thing. However, this book should also serve as a good reference
after you have read it or, in some cases, in place of reading it.
.\ Info directory
.\delphi\internet Delphi sample applications (all Delphi versions)
.\cpp\internet C++Builder sample applications
.\cpp\internet\bcb1 C++Builder version 1 Projects
.\cpp\internet\bcb3 C++Builder version 3 Projects
.\cpp\internet\bcb4 C++Builder version 4 Projects
.\cpp\internet\bcb5 C++Builder version 5 Projects
.\cpp\internet\bcb6 C++Builder version 6 Projects
.\delphi\vc Delphi 1.x files (winsock.pas 16 bits and *.dcr)
.\delphi\vc32 Delphi (1/2/3/4/5/6/7) and C++Builder (1/3/4/5/6) components
.\Delphi1 Automated build for Delphi 1. Not for beginners.
.\Delphi2 Automated build for Delphi 2. Not for beginners.
.\Delphi3 Automated build for Delphi 3. Not for beginners.
.\bcb1 Automated build for Bcb 1. Not for beginners.
Uniform random number generators
by Agner Fog, 2001 - 2007
randomc.zip contains a C++ class library of uniform random number generators of good quality.
The random number generators found in standard libraries are often of a poor quality, insufficient for large Monte Carlo calculations. This C++ implementation provides random number generators of a much better quality: Better randomness, higher resolution, and longer cycle lengths.
The same random number generators are available as libraries coded in assembly language for higher speed. These libraries can be linked into Projects coded in other programming languages under Windows, Linux, BSD, etc. The library files are available in the archive asmlib.zip.
Non-uniform random number generators are provided in stocc.zip.
