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彩色分割后8连通处理
- 彩色分割后8连通处理,给出了彩色图像的一种聚类算法-after eight color segmentation connectivity, a color image is a clustering algorithm
8连通
- 计算8连通区数量 利用深度优先遍历,并对同一8连通区进行标记,当遇到不属于同一连通区且灰度符合要求的则计数加1,分别考察一个点周围的八个点。-8 COMPONENTS calculated using the number of depth-first traversal, and the same eight areas marked connectivity, when they do not belong to the sam
图像连通区域标记
- 用VC++实现图像连通区域标记,可以对图像中存在的连通域进行标记-with VC images connected region tags, and can be right image of connectivity domain marker
page74.21用VC++实现图像连通区域标记
- page74.21用VC++实现图像连通区域标记-page74.21 images with VC regional connectivity marker
二值图像连通区域的标记
- 二值图像连通区域的标记,是图像测量中用到的预处理,为后面图像面积等的测量打基础-binary image connectivity in the region markings image measurement is used in the pretreatment of the image area behind the measurement foundation
线段编码区域连通法源码
- 线段编码区域连通法源码,自己写的,有问题可问341661392
区域连通算法
- 利用种子点生长 实现二值图像的区域连通
连通区域标记
- 能够对一般的图像实现连通区域标记,并得到各个区域的面积和连通区域数目,用跟踪法得到各个区域的周长。准确快速
连通域标识(8邻域)
- 连通域标识(8邻域),同时计算连通域的面积和周长
区域连通标记轮廓跟踪算法
- 区域连通标记轮廓跟踪算法
c++连通区域标记
- 用C++编写的用于标记连通区域的程序
page74.21用VC++实现图像连通区域标记
- page74.21用VC++实现图像连通区域标记-page74.21 images with VC regional connectivity marker
polygone
- 此程序用来画多边形,并用进行区域填充(内点为4连通区域的递归填充算法)-the procedure used to draw polygons, and filled with regional (within four points of connectivity in the region filled recursive algorithm)
sgraph
- 数据结构中的求强连通分量的源程序,用vc6.0来编写-data structure for the strongly connected component of the source used to prepare vc6.0
数据结构的一些较难题答案
- 有许多是考研要用的!三路归并算法,快速排序的非递归算法,无向连通图的非递归的深度优先遍历等,,希望大家用得着-many are taking tests to use! Three road merging algorithm, rapid sequencing of non- recursive algorithm, undirected graph of the non- recursive depth-first traversa
二值图像连通区域的标记
- 二值图像连通区域的标记,是图像测量中用到的预处理,为后面图像面积等的测量打基础-binary image connectivity in the region markings image measurement is used in the pretreatment of the image area behind the measurement foundation
连通成份分析
- Computes "Connected Components" using Tarjan s Union-Find algorithm the result is returned in the same buffer as gray_level image with values equal to the label of the component.
8连通
- 计算8连通区数量 利用深度优先遍历,并对同一8连通区进行标记,当遇到不属于同一连通区且灰度符合要求的则计数加1,分别考察一个点周围的八个点。-8 COMPONENTS calculated using the number of depth-first traversal, and the same eight areas marked connectivity, when they do not belong to the sam
图像连通区域标记
- 用VC++实现图像连通区域标记,可以对图像中存在的连通域进行标记-with VC images connected region tags, and can be right image of connectivity domain marker
opencv标记法实现连通区域 (1)
- 采用连通区域算法,实现目标区域的连通标记,有利于目标的分割(The connected domain algorithm, to achieve connectivity marking the target region, is conducive to the target segmentation)