资源列表
Circle
- 用Bresham算法画圆,并在窗口大小改变后保持圆不发生形变-Circle with Bresham algorithm, and after the window is resized to maintain round deformation does not occur
imag-enhancement
- 关于图像增强中队灰度图像的基本处理程序,源程序-image enhancement
PREPRCESSING
- 对光照不均匀的人脸进行预处理,运用对数变换和AT算法,得到较好的效果-Uneven illumination face pretreatment, good results
Hough-translation
- 可以对图像进行边缘检测并用Hough变换进行直线提取,经测试后可用-You can use an image edge detection and Hough transform line extraction, after testing available
GetRingGray_lq2
- 输入灰度图片的中心坐标点,和要计算的半径。计算出圆心坐标所有圆环的半径上圆的灰度均值,返回一个矩阵-input the circle center, and the rad output the circle ring gray
GetRingGray
- 一副灰度图片,定义圆环内外径,求出圆环的平均灰度值-the average gray of the picture
Fccenter
- 寻找一副二值灰度图像,返回白色圆的中心坐标点-find the circle center
fast-feature
- 图片扇形变化fast特征点检测,自己编写-Picture fan fast feature point detection,
DWT_watermark
- 实现数字图像水印DWT域的水印可以进行水印的嵌入与提取-Realization of digital image watermark embedding and extracting watermark in DWT domain for watermarking
Image-Fusion
- 泊松融合在某种意义上解决了图像融合的问题,但其在融合的过程中仅仅考虑了融入图像的梯度,而没有利用背景图像的梯度,因此,在使用泊松融合的过程中,需要对融入区域的标记较为准确,否则,会造成背景纹理的丢失,视觉上可以明显觉察图像融入的痕迹。因此,对公式稍作修改,在考虑前景的同时考虑背景的变化,可以得到更优的结果。-Poisson convergence in a sense solved the problem of image fusion, but it only considers the in
plate
- 基于opencv的车牌识别源码,准确率应该不错,用C语言写的。-Opencv source code based on license plate recognition accuracy rate should be good, written in C language.
plate-location11
- 车牌定位,基于颜色和轮廓,opencv代码,c-car plate location
