搜索资源列表
chaincode
- 1.首先将原始图档(如图三)由RGB彩色模型转换成HSI彩色模型,取其 I 亮度模型。 2.再萃取出亮度值大于0.999之部份,进行数次膨胀与侵蚀运算后,即可取得火焰部份(如图四)。 3.图四之火焰影像进行边缘运算,并找出边缘之每一点坐标,再将坐标排序,取最小值作为链码的启始点(如图五之红色星号)。 4.链码产生的方式:沿边缘依逆时针的顺序扫瞄下一个边界值,并依序输出链码(如图七)。-1. First, the original drawing (Figure 3) from R
chain_code
- 数字图像的边缘检测及8向链码编码且根据链码循环着色-Digital image edge detection and 8 to the chain code and the cycle of color under the chain code
yezi
- 提取叶子图像的边缘坐标,并将其转换成8方向的链码-To extract the coordinates of the edge of the leaf image, and converted to 8-direction chain code
openImage
- 八链码的实现以及对图像的sobel,高斯,等等一系列的边缘检测的实现-Eight-chain code to achieve and sobel image Gaussian, so a series of edge detection to achieve
fire
- 对火焰图像进行二值化 边缘检测 链码提取 并计算火焰图像的面积和周长 绝对好用!-Binarization flame image edge detection chain code extraction and absolutely easy to calculate the area and perimeter of the flame image!
boundaries_up
- 基于冈萨雷斯提出的边缘跟踪算法,和方向链码边缘跟踪算法,提出的边缘算法,调试可用。-Based edge tracking algorithm Gonzalez proposed and direction chain code edge tracking algorithm, edge algorithms proposed, debugging is available.
