搜索资源列表
ColorImageBalance
- 调用OPENCV进行直方图均衡化等图像处理，实现图片对比度增强-Call OPENCV histogram equalization, image processing, Image contrast enhancement
demhist
- 利用opencv，增强灰度图像的对比度，使原本灰暗的图像变得清晰。-Using opencv, enhanced gray-scale image contrast, the original gray image becomes clear.
Image-Contrast-Stretching
- 这是我自己写的图像对比度拉伸的OPencv的代码-This is the codes which is about Image Contrast Stretching.
EnhanceImage
- 基于opencv的图像增强，先利用非线性变换实现对比度增强，在直方图均衡，写成了一个函数，可以直接调用-Based on opencv image enhancement, first using nonlinear transformation to realize contrast enhancement, in equilibrium, written for a function, can be directly calls
OpenCV_EqualizeHist
- 数字图像处理 直方图均衡化 提升图像对比度和质量 opencv环境-Histogram equalization of digital image processing to enhance image contrast and quality opencv environment
LUT_translation
- 对图像进行LUT变换,增强图像的对比度，使得图像的后续变换更容易进行。-Image LUT transformation, to enhance the contrast of the image, and makes easier the subsequent transformation of the image.
AlgorithmTest
- vs2010工程，使用opencv2.4.3库，使用时需要自己下载库，包括图像缩放，图像旋转，图像对比度亮度线性调整。我自己的项目奉献。 -vs2010 project, using opencv2.4.3 library, you need to download when using the library, including image scaling, image rotation, image contrast, brightness linear adjustment. I o
zengqiangtuxiangduibidu
- 在BCB的环境下，用openCV增强图像对比度-Contrast-enhanced images with openCV
Homomorphic-filtering
- 同态滤波去噪，把频率过滤和灰度变换结合起来的一种图像处理方法，它依靠图像的照度/ 反射率模型作为频域处理的基础，利用压缩亮度范围和增强对比度来改善图像的质量。使用这种方法可以使图像处理符合人眼对于亮度响应的非线性特性，避免了直接对图像进行傅立叶变换处理的失真。-Homomorphic filtering noise, the frequency filter and the gradation conversion processing method combining an image, wh
Histogram-equalization
- opencv学习代码，直方图均衡化，通常用来增加许多图像的全局对比度-opencv learning code, histogram equalization, many commonly used to increase the overall contrast of the image
VC--contrasthencement
- 使图像的对比度增强 图像视觉效果就会有所提高 此代码实现了对比度增强-使图像的对比度增强 图像视觉效果就会有所提高 此代码实现了对比度增强
clear-image-processing
- 优化的对比度增强算法用于有雾图像的清晰化处理（算法效果稳定，且对天空具有天然的免疫力，极力推荐有需要的朋友研究）-Contrast enhancement algorithm optimized for a clear picture of the fog processing (arithmetic effect I see now the most stable, and has a natural immunity against the sky, strongly recommended
tuxiangfangwenduibiduzengqiang
- 使用opencv进行图像处理，自己编写，结合四种不同的访问像素去操作，同时改变图像的对比度，最后显示每种方式的运行时间，是一个进阶的学习- Using opencv image processing, their preparation, combined with access to four different pixels to operate while changing the contrast of the image displayed last time each mode
Histogram-equalization
- 如果一副图像的像素占有很多的灰度级而且分布均匀，那么这样的图像往往有高对比度和多变的灰度色调。直方图均衡化就是一种能仅靠输入图像直方图信息自动达到这种效果的变换函数。它的基本思想是对图像中像素个数多的灰度级进行展宽，而对图像中像素个数少的灰度进行压缩，从而扩展像原取值的动态范围，提高了对比度和灰度色调的变化，使图像更加清晰。-If an image pixel occupies a lot of gray level and evenly distributed, so such images
main
- 图像亮度和对比度调节，已验证，分别有亮度调节和对比度调节的调整框-Image brightness and contrast adjustment, has been verified, respectively, brightness adjustment and contrast ad
OpencvFile
- 图像的基本处理包括7个CPP文件分别是图像简单读取，图像灰度化，图像对比度亮度调节，图片旋转高斯模糊及2个去雾霾程序都是利用VS2015+Opencv3.2实现-The basic processing of the image includes 7 CPP files are simple to read the image, image grayscale, image contrast brightness adjustment, image rotation Gauss blur and
zengqiang
- 使用opencv和vs2010实现图像对比度增强，代码完整，可以运行(Use OpenCV and VS2010 to achieve image contrast enhancement, code integrity, you can run)
AsynchronousGrabDIY
- 基于Vimba的工业相机视屏采集软件，包含保存图像、调节对比度，亮度的功能。 需要先安装vimba(Vimba based industrial camera screen acquisition software, including saving images, adjusting contrast, brightness function.)
Otsu方法
- opencv做的otsu方法,一、Otsu算法原理 Otsu算法（大津法或最大类间方差法）使用的是聚类的思想，把图像的灰度数按灰度级分成2个部分，使得两个部分之间的灰度值差异最大，每个部分之间的灰度差异最小，通过方差的计算来寻找一个合适的灰度级别来划分。 所以可以在二值化的时候采用otsu算法来自动选取阈值进行二值化。otsu算法被认为是图像分割中阈值选取的最佳算法，计算简单，不受图像亮度和对比度的影响。因此，使类间方差最大的分割意味着错分概率最小。 设t为设定的阈值。(otsu made
亮度和对比度调整
- 读取一张图像，通过鼠标调节图像的亮度和对比度。(Read an image and adjust the brightness and contrast of the image with the mouse.)