搜索资源列表
DImage
- 这是对图像处理的程序,主要实现对256色及24位位图的处理(点运算,几何变换,图像增强,形态学变换,边缘检测,轮廓提取,轮廓跟踪,种子填充等).-This is the image processing procedures, the main achievement of 256 colors and 24 bitmap processing (point computation. geometric transform, image enhancement, morphological tr
fillcharacter
- 对边缘提取的空心文字进行填充，特别适用于带内外轮廓的文字填充。-right edge of the hollow text extraction for filling, in particular with the letter and outside contour filling.
DsplitFazi
- 阈值分割和轮廓提取源代码,包含有区域生长与种子填充等算法-threshold segmentation and contour extraction source code, includes regional growth and seed filling algorithm
shadow.rar
- 基于VC环境的人体边缘检测程序，包括种子填充、轮廓跟踪等算法的实习。,VC-based edge detection in human environmental procedures, including seed filling, the outline of the training algorithm for tracking.
vc_imageprocessing
- VC++图像处理程序,哈弗变换，边缘检测，差影法，轮廓提取与跟踪，模板匹配，投影法，图像复原，阈值分割，种子填充等。-VC++ Image processing procedures, Haversian transform, edge detection, and poor shadow law, contour extraction and tracking, template matching, projection, image recovery, threshold segmentat
eagedetectandfigureoperate
- 图像边缘与轮廓运算包括 // RobertDIB() - robert边缘检测运算 // SobelDIB() - sobel边缘检测运算 // PrewittDIB() - prewitt边缘检测运算 // KirschDIB() - kirsch边缘检测运算 // GaussDIB() - gauss边缘检测运算 // HoughDIB() - 利用Hough变换检测平行直线 // ContourDIB() - 轮廓提取 // Trace
416950642005527163923
- 图形分割 边缘检测 轮廓提取 边缘跟踪 种子填充 区域生长等功能-Graphic segmentation edge detection contour extraction of seed filling edge tracking features such as region growing
Tuxiangchuli
- 较全面的图像处理程序，功能有:种子填充,阈值分割,图像复原,模板匹配,轮廓提取与跟踪-A more comprehensive image processing procedures, functions: seed filling, threshold segmentation, image restoration, template matching, contour extraction and tracking
EdgeContour
- BMP图片边缘检测（包括Robert,Sobel,Prewitt,Kisch和Gauss-Laplace算子）与轮廓提取。此外，还有Hough变换，种子填充，轮廓跟踪等算法的实现方法。注意，BMP图片的需是256色以下。-BMP image edge contour (including Robert, Sobel, Prewitt, Kisch and Gauss-Laplace operator) and the contour extraction. In addition, Hough
EdgeContour
- 图象边缘检测，提取及轮廓跟踪，包括种子填充的算法-Image edge detection, contour extraction and tracking, including the seed fill algorithm
0514001
- 典型的多边形填充算法主要包括扫描线填充算法和轮廓标志域填充算法，适用于矢量多边形文件的填充算 法为扫描线填充算法。论文对原有的多边形扫描线填充算法中的最常用的活性边表和传统扫描线算法进行了分析，结 合活性边表和传统的扫描线填充算法的特点，针对复杂的大数据量的多边形填充时间效率较低的问题，提出了一种改 进的扫描线多边形填充算法一混合填充算法。该算法采用链表和数组结合的数据结构，形成连续的填充轨迹，有效地 提高了时间效率。 -Polygon Filling Algorithm t
EdgeContour
- 边缘检测包括：Roberts边缘算子，Sobel边缘检测算子，Kirsch边缘检测算子，拉普拉斯算子，高斯拉普拉斯算子。霍夫变换，种子填充，轮廓跟踪和轮廓提取。-Edge detection, including: Roberts edge operator, Sobel edge detection operator, Kirsch edge detection operator, Laplacian, Laplacian of Gaussian. Hough transform, seed
EdgeContour
- 图像的边缘检测，Robert算子 Sobel算子Kirsch算子等，Hough变换，轮廓提取 种子填充 轮廓跟踪等。-Image edge detection, Robert operator Kirsch operator Sobel operator, etc., Hough transform, the outline of filled seed extract contour tracking.
EdgeContour
- 可以对图像进行边缘检测与轮廓提取，Hough变换，种子填充等等图像处理-Images can contour extraction and edge detection, Hough transform, image processing and so the seed filling
ScanLineAlgorithmfortheregionfilled
- 扫描线填充算法使用一系列平行直线去切割轮廓线，通常有成对的交点出现，每对交点就代表扫描线与轮廓线的一个相交区间-Scan Line Algorithm for the region filled
matlab_Graphics_applications_2
- 分别给出了饼图的绘制、阶梯图、枝干图、罗盘图、轮廓图、交互式图形、变换的傅立叶函数曲线、劳伦兹非线形方程的无序活动、填充图、条形图和阶梯形图matlab的样例代码，简单实用。-Drawing pie charts are given respectively, ladder diagram, branches map, compass map, contour maps, interactive graphics, the Fourier transform function curves, L
EdgeContour
- 边缘检测,轮廓检测,Sebel算子,高斯拉普拉斯算子,Robert算子,Prewitt算子,Kersch算子等,Hough变换,平行线检测,轮廓提取,种子填充,轮廓跟踪-Edge detection, contour detection, Sebel operator, Gaussian Laplacian, Robert operator, Prewitt operator, Kersch operator, etc., Hough transform, parallel line detec
Contour-filling
- 基于opencv的轮廓填充算法，较为实用可以对一般的图像进行处理-Based on opencv contour filling algorithm, can be more practical for general image processing
floodfill
- 图像内轮廓填充通常称为孔洞填充，主要用于目标提取。不带任何条件的内轮廓填充，在目标密度很大时，可能导致错误填充。一种典型情况，当多个目标粘连，并 且形成环状时，简单的内轮廓填充会将环状内部背景部分误认为目标空洞进行错误填充。这种错误对于目标分割和提取是非常致命的。-Commonly referred to within the outline of the image to fill the holes filled, mainly for object extraction. Fill in
小轮廓填充
- 检测图像中的小轮廓，将这些小轮廓全部进行填充(The detection of small outline images, the contour are filled)