灰度直方图的统计对于一个图像来说是很重要的指标！

瑰丽多姿的万花规屏保 v2.5 感受曲线之美...... 万花规模型算法我发表在《电脑爱好者》1999年12期上，此屏保版和大家玩过的万花规玩具一样, 帮你轻松画出各种随机的图案花样。网上有很多根据我的算法写的程序，这是原作者的万花规免费屏保！ [最后更新] 2005-1-12 - 新增设置项：保留背景，随机变化或渐进变化 - 新增全屏显示时热键: 空格 : 显示详细信息(开/关) F1 : 切换显示间隔(0~5秒) F2 : 切换显示元素(点/线) F3 : 保留背景(开/关) F4 : 随机变化/渐进变化 F5 : 暂停/继续 - 新增可设置项:R,r,S及渐进级数 (仅在Vanva.ini) - 解决bug: 某次起始点发现后,下次画曲线无图形输出 色彩变化时而无效 - 其它修改: 时间间隔由两元素间改为两个完整图形间 更新色彩变化的空间,色彩更明艳-magnificent 10,000 spent parts of the regulatory curve screensaver v2.5 feel the beauty ...... 10,000 spent scale algorithm, I made "enthusiasts" in 1999 12, the version of this screensaver we played and the regulatory spend 10,000 toys, help you to easily paint the logo various random pattern. Many online algorithm I write, this is the original author of the 10,000 free screensaver spent regulations! [Last updated] 2005-1-12-new directive : to retain background, random changes or incremental changes-new full-screen display hotkey

世界上最短的基于DXUT框架的第一人称摄像机例子，d3d的例程中的代码很长， 笔者就只想用其中的第一人称摄像机，花了好几天研究了多个相关例程，抽出 其中的摄像机，改写了最简单的摄像机例子，在学习d3d的坐标变换中晕头的弟兄们 哈哈... -The world s shortest DXUT framework based on first-person camera example, d3d code of the routine is very long, I just want to use them on the first-person camera, spent several days examined a number of related routines, out of which the camera , rewrite the most simple camera example, in learning D3D coordinate transformation in the first halo brothers ha ha ...

图像库 支持各种格式的图片的打开 编辑-Image database to support a variety of formats to open image editor

贝塞尔曲线的一个描述，这是最新的程序，希望能和大家共享-Bezier curves, a description, which is the latest procedures, and we hope to share

在VC环境下，显示各种常见图像的控件。可以大大减轻VC下的图像显示编程工作-in VC environment, showing the common image of the controls. VC can greatly reduce the image display programming work

利用双缓冲技术避免图像闪烁的源码-use double buffering technology to avoid images flashing FOSS

VisualC++数字图像处理配套光盘-VC digital image processing matching CD

直方图修正-彩色变换算法源代码-Histogram amendment- Color Transform algorithm source code

STM32 Cryptographic Library Introduction This manual describes the API of the STM32 cryptographic library (STM32-CRYP-LIB) that supports the following cryptographic algorithms:  AES-128, AES-192, AES-256 bits. Supported modes are: – ECB (Electronic Codebook Mode) – CBC (Cipher-Block Chaining) with support for ciphertext stealing – CTR (CounTer Mode) – CCM (Counter with CBC-MAC) – GCM (Galois Counter Mode) – CMAC – KEY WRAP  ARC4  DES, TripleDES. Supported modes are: – ECB (Electronic Codebook Mode) – CBC (Cipher-Block Chaining)  HASH functions with HMAC support: – MD5 – SHA-1 – SHA-224 – SHA-256  Random engine based on DRBG-AES-128  RSA signature functions with PKCS#1v1.5  ECC (Elliptic Curve Cryptography): – Key generation – Scalar multiplication (the base for ECDH) – ECDSA These cryptographic algorithms can run in the series STM32F1, STM32 L1, STM32F2, STM32F4, STM32F0 and STM32F3 with hardware enhancement accelerators.

本程序是Pedro F. Felzenszwalb 等人在著名的《Object Detection with Discriminatively Trained Part-Based Models》中所使用的算法，能够较好地处理基于分割图像的物体检测功能。