自己做的一个ISP下载线,可以下载C51C52S51S52等单片机.与大家分享一下....

用于图象边缘的精确检测的susan算法的文章- Uses in the image edge precise examination susan algorithm article

java3D实现不同灯光的照射效果，场景中同时有阴影出现-java3D to achieve the different effects of light exposure, the scene at the same time to cast a shadow appears

三角剖分算法，演示形象-triangulation algorithm, demo image

我用MFC做的小型的曲线的画法及界面，但是老师说了要用opengl，所以我想把我的程序发到网上让大家和我共享，并且给我帮助-I used to do small MFC curve drawing method and interface, but the teacher said to use opengl, so I want my hair to process online so that everyone and I share, and give me help

图像的象素值变换，包括亮度、对比度和GAMMA校正算法，环境是OPENCV4.0，VC6.0。算法参考了MATLAB函数 imadjust 。-pixel image transformation, including brightness, contrast and GAMMA correction algorithm, the environment is OPENCV4.0, VC6.0. MATLAB algorithm reference to the function imadjust.

用GDI函数抓屏 如果我们不太在意抓屏的效率，并且我们想要的只是一个屏幕快照的话，可以考虑使用GDI方式。这种抓屏机制是以“桌面也是一个窗口，桌面也有一个窗口句柄（HWND）”这个简单的常识为基础的，如果我们得到了桌面的设备上下文（DC），就可以利用blit（复制）它的内容到我们创建的DC中。我们可以用GetDeskWindow（）得到桌面的窗口句柄，从句柄得到DC也是很容易的 -GDI function with screenshots screenshots if we do not care about efficiency, and we want only a snapshot of the screen, you can consider using GDI mode. This mechanism is based on the screenshots Desktop is also a window, the desktop also has a window handle (HWND) This simple knowledge-based, if we get the desktop device context (DC), can be used on the blit (copy) its contents that we created in DC. We can use GetDeskWindow () get desktop window handle from the handle to get DC is also very easy

北京大学遥感所的研究生图像处理讲义高级遥感数字图像处理（硕士生课程）之第二十一章 彩色和多光谱图像处理-Peking University

层叠更替的彩虹窗口 美丽至极-cascading turnover rainbow extremely beautiful window

应用背景D3D9基于HLSL的粒子系统，很不错的例子关键技术D3D9、HLSL、C++、DirectX，基于HLSL的语言的，使用的是windows平台，基于directx的库，实现了粒子系统的效果，效率比较高

这个程序是基于C#采用分型递归算法模拟植物的生长过程，程序比较简单基础，完全可以运行。