搜索资源列表
xs
- 将一幅图像的所有的坐标点的像素值显示出来-The coordinates of an image point of all the pixel values are displayed
CUDA_TH
- 图像二值化处理，函数调用，位图访问方式得到像素点灰度值-Binary image processing, function calls, the access method of the bitmap pixel gray value
CornerDetector
- 基于OpenCV的图像像素校正，利用特征点提取，校正三相机系统像素偏差的数据值，为采集程序提高校正依据-Feature point extraction, correcting pixel deviation of the three-camera system.
OPENCVcolormatch
- 使用opencv编写的简单的图像处理的程序，检测每个像素点的与确定的像素的相关性-color matching using OPENCV C++
averagelight
- 基于ＨＳＶ空间处理图像每个像素点的数据，求图像平均亮度-HSV space-based image processing each pixel data, find the average brightness of the image
mat_mask
- 通过opencv库函数对图像进行掩码操作，从而学习图像像素点的遍历方法。-By opencv library functions for image masking operation, thus learning traversal methods of image pixels.
saomiao
- 在OPENCV上对图像每个像素点进行扫描，并读出每点的RGB值。是进一步图像处理的前期操作，方面观察图像特征。-OPENCV on each pixel of the image scanning and reading the RGB values of each point. Operation is further pre-processed image, characterized in terms of the observed image.
Opencv
- 采用8种方法对图像Mat的像素进行扫描，并对像素点的像素进行压缩，压缩间隔为div=64,并比较扫描及压缩的效率,效率最高的是采用.ptr及减少循环次数来遍历图像，并采用位操作来对图像像素进行压缩。-8-Mat method for image scanning pixel pixel pixel compression and compression interval div = 64, and scanning and comparing the compression efficiency
modify-pixel
- opencv + visual stdio.访问并修改图像的每个像素点（RGB）-opencv+ visual stdio.Access and modify each pixel of the image (RGB)
2dOtsu-gradient
- 基于邻域灰度梯度的改进二维OTSU算法：在二维OTSU的方法上进行改进，将纵坐标改用像素点的灰度值与其邻域的平均灰度值的差的绝对值，分割图像。-Neighborhood-based two-dimensional gray-scale gradient improved OTSU algorithm: to improve on the two-dimensional OTSU method, the vertical axis instead of the absolute value of
motionDETectioncPP
- 程序是指图像处理中用到的运动补偿方法，它先用当前视频帧和指定参考帧进行像素点之间的比较，然后把不同的像素点着色，最后将这些不同的像素点替换成当前帧相应的像素点即可。因此，这种方法有效的减小了图像处理过程中的时间冗余度。-Refers to a motion compensation process is used in the image processing method, it first compares the pixels between the points with the cur
OpenCV模板匹配的方法识别手势
- 首先膨胀5个像素点，避免手指短截。接着选取最大轮廓，将最大轮廓重新画出来，过滤掉其它小轮廓，即背景噪声。 将二值化的图像转化成近似多边形。将手指边缘直线化。从而在第5步骤中去掉不需要的轮廓缺陷(Hand gesture recognition by template matching)
5初级图像混合
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是对像素点的一些处理。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly on the pixel some of the processing.)
4遍历图像像素的14种方法
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是遍历像素点的一些方法。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly traversing the pixel some of the methods.)
3用动态地址计算配合at访问像素
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是用at访问像素点的一些方法。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly used to access some of the pixels point method.)
2用迭代器访问像素
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是用迭代器访问像素点的一些方法。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly used to access the pixel iterator some of the methods.)
1用指针访问像素
- 编程环境：VS+OPENCV ，对于初学者学习基于opencv的图像处理非常有帮助，此节点主要是用指针访问像素点的一些方法。(Programming environment: VS + OPENCV, for beginners to learn based on opencv image processing is very helpful, this node is mainly used to access some of the pixels of the pointer method.
test5
- 修改一个图像的像素值，让修改像素值的点显示线，矩形，圆等图形。(Modify the pixel value of an image so that the point of the pixel value can be displayed, such as lines, rectangles, circles and other figures.)
PIXEL
- 灰度变换是指根据某种目标条件按一定变换关系逐点改变源图像中每一个像素灰度值的方法。目的是为了改善画质，使图像的显示效果更加清晰。 图像的灰度变换处理是图像增强处理技术中的一种非常基础、直接的空间域图像处理方法，也是图像数字化软件和图像显示软件的一个重要组成部分。提取像素进行变化(Grayscale transformation is a method of changing the gray value of each pixel in a source image according to c
最小二乘法圆拟合方法1
- 通过对图像中值滤波处理，二值化，边缘查询，找出图像中源所有的边缘像素点，然后利用最小二乘法对这些边缘点进行找圆，计算出圆的坐标和半径。(By means of median filtering, binarization and edge query, all edge pixels in the image source are found, and then the least square method is used to find the circles of these edge p