搜索资源列表
enlarge
- 基于opencv的图像放大，利用线性插值的方法放大图像-Opencv image-based amplification, using linear interpolation method to enlarge the image
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- 使用线性插值原理，使用opencv实现了图片的线性插值-Using linear interpolation theory, to achieve the image using opencv linear interpolation
tuxiangxuanzhuan
- 用于自定义旋转角度，用vc++2005结合opencv实现。旋转后，采用双线性插值-Used to customize the rotation, combined with vc++2005 opencv implementation. After the rotation, using bilinear interpolation
cvResize
- Resize 圖像大小變換 void cvResize( const CvArr* src, CvArr* dst, int interpolation=CV_INTER_LINEAR ) src 輸入圖像. dst 輸出圖像. interpolation 插值方法: * CV_INTER_NN - 最近鄰插值, * CV_INTER_LINEAR - 雙線性插值 (預設使用) * CV_INTER_AREA
shuzhifenxi
- 基于三种插值方法同时应用的图像变换程序，采用OpenCV读写图形，可以实现图像部分错位，而且可以随意更改坐标变换函数以达到需要的效果。-Interpolation method based on three applications of the same image transformation process, the image part of the dislocation can be achieved, and can change the coordinate transforma
interpolation.cpp
- Interpolation using opencv
Image-geometry-transform
- 本程序要求输入的图像都是256色的位图。这个代码实现了对图像的几何变换。使用了双线性插值算法-This program requires the input images are 256-color bitmap. This code implements the geometric transformation of image. Using a bilinear interpolation algorithm
chazhi
- 利用插值法对图像进行放大，分别应用了最邻近差值和线性差值-Nearest Neighbor Interpolation Bilinear Interpolation
super-resolution
- 通过Matlab与Java混合编程的超分辨率处理的源代码，采用插值的方法，能较好地实现超分辨率处理。-A method of super-resolution by interpolation witch can solve a image.
firjt-cvmputer-temporary
- 根据伊忠科,杨绍国电子科技大学发表的论文分形插值图象放大和压缩编码编程实现,(According to the zhong family, shao-guo Yang university of electronic science and technology papers published fractal interpolation image magnification and compression programming implementation,)