资源列表
zl
- 智能照片处理 一键帮你把照片变的更清晰
ImageProcessingCSharp
- CSharp编写的一个图象处理程序，包含了常用的一些图象处理操作，如锐化，二值化等
OpenGLSolarSys
- Open GL Line int main() { int gdriver=DETECT, gmode initgraph(&gdriver, &gmode, \"c:\\\\tc\") lineBres(30,20,100,150) getch() closegraph() }
DecklinkCapture
- DecklinkCapture is a simple dialog based Microsoft Windows video capture and preview application. It can capture to a file either uncompressed, DV, Window Media encoded video. The encoding options will only be available if the encoders are present on
DecklinkExportToTape
- DecklinkExportToTape is a simple dialog based Microsoft Windows video export application. It can be used to frame accurately export to tape or, in the absence of a tape deck, as a simple play list application. A variety of video file formats can be s
DecklinkFilters
- There a few sample filters that have been written to support the other DeckLink DirectShow samples.
DecklinkFrameSource
- DecklinkFrameSource is a dialog based Microsoft Windows application delivering video frames into a DirectShow graph.
DecklinkHistogram
- DecklinkHistogram is a simple dialog based Microsoft Windows video capture and preview application. It uses the Sample Grabber Filter and the ISampleGrabber interface to extract samples from a capture graph and into an application for in order to per
DecklinkIngest
- DecklinkIngest is a simple dialog based Microsoft Windows video capture application. It can be used to frame accurately capture video and audio from an external tape deck. A variety of video file formats are supported, for example AVI, DV, MJPEG and
DecklinkKey
- DecklinkKeyer is a simple dialog based Microsoft Windows video keying and preview application. It can blend either still images, BMPs or AVI movies over the input video of DeckLink cards that support keying.
DecklinkPlayback
- DecklinkPlayback is a simple dialog based Microsoft Windows video playback application using Decklink for output. It can play Windows AVIs and Quicktime MOVs.
Image_Contour_Detecting_Base_on_GVF_Snake
- 主动轮廓模型( snake) 是计算机视觉领域的重要研究方向, 受到越来越多的研究者的青睐。由于传统snake 具有不能收敛到凹 形区域和收敛速度较慢等缺点, 通过改进外部能量, 引入了梯度矢量流主动轮廓模型(GVF Snake)。实验表明, 该方法能更快、更好的收敛 于图像轮廓。