搜索资源列表
椭圆拟合
- 能识别只能看到部分圆的椭圆拟合优化算法!
fitellipse.rar
- opencv 椭圆拟合的c++语言实现的代码,opencv fitting elliptical c++ language code
ellipsefit.rar
- MATLAB实现的一种基于最小二乘的椭圆拟合直接算法源代码,Based on MATLAB to achieve a least-squares fitting oval direct algorithm source code
fitellipse.zip
- 计算机视觉和视觉测量中常用的椭圆拟合程序。用于视觉测量中的圆形标志点检测。,Computer vision and visual measurement of the ellipse fitting procedure used. Vision for the measurement of circular signs point detection.
squarecircfit
- 本人编写的基于最小二乘法的圆拟合程序，可直接下载使用。-I prepared the least squares method based on circle fitting procedures, can be directly download.
fit_ellipse
- 目标轮廓的椭圆拟合，matlab编写，精度很高，-Target contour ellipse fitting, matlab prepared, high precision,
circle
- 这是根据点拟合圆和直线的matlab程序，比较简单实用-This is the basis of points won and a straight line fitting the matlab procedure is relatively simple and practical
leituoyuantezhengzidongshibiejiyaxiangsutiqudewanz
- 针对视觉检测中高精度、自动化类椭圆图像特征提取的需要,提出一种类椭圆特征自动识别和中心亚像 素定位的完整实现方法。方法中采用基于类椭圆边缘属性对特征区域进行自动识别,采用最小二乘椭圆拟合 精确求取类椭圆亚像素定位中心。实验表明,基于该解决方案,可以实现类椭圆特征的自动识别及椭圆中心的 亚像素定位,定位算法精度较高,鲁棒性强,同时简便易行,不需要人机交互,可以很好地满足视觉检测仪器化 需求。-Vision testing for high-precision, automated
programofcircuesimulation
- 拟合圆程序，实现根据测量点实现二维平面内圆的拟合，可以输入测量点，C语言实现-Circle fitting procedure, to achieve the realization of measurement points in accordance with two-dimensional plane of fitting a round, you can enter the measurement points, C language
circlefitting
- 实用的圆拟合程序，已成功运行,在图像处理方面得到广泛应用-circle fitting programe,it runs well.
Oval
- 圆及椭圆拟合输入： 图像文件seal1.jpg、seal2.jpg、coin1.jpg 任务： 尝试将上述三个文件中圆或椭圆的外轮廓拟合出来 输出要求： 1. 每个拟合圆或椭圆的中心坐标，半径或长短轴长度； 2. 将主要的中间步骤及最终拟合结果用OpenCV的cvShowImage 显示出来。-Circle and ellipse fitting type: image file seal1.jpg, seal2.jpg, coin1.jpg task: Try the
opencv圆和椭圆拟合
- 圆及椭圆的拟合并输出圆和椭圆的长短轴，使用opencv+vs编写
拟合圆或椭圆的中心坐标
- 1. 拟合相应的圆以及椭圆 2. 每个拟合圆或椭圆的中心坐标，半径或长短轴长度； 3. 将主要的中间结果及最终拟合结果用OpenCV的cvShowImage显示出来。-1 fitting corresponding circular and elliptical. Each fit the center coordinates of the circle or ellipse, the radius or length of the shaft length 3. Major in
拟合圆
- 利用Halcon算子进行圆拟合，采取不同拟合方式，获得效果不同(Using the Halcon operator to make a round fitting, different fitting methods are adopted to achieve different results)
拟合圆
- 根据X和Y两组数据，将两组数据在X-Y平面上最小二乘法拟合出圆(According to X and Y two sets of data, the two sets of data in the X-Y plane, the least square method of fitting the circle)
nihe
- 对实际测得坐标实现圆拟合，前提是几何形状近似圆(The actual measure coordinates are fit to a circle, provided that that geometry approximates the circle)
MATLAB拟合求解圆心和半径
- MATLAB拟合求解圆心和半径，通过给定的一系列点的坐标，拟合出最接近的圆(MATLAB fitting for the solution of the center and radius)
image_图像边缘检测，图像分割，检测及圆拟合
- 可以实现图像边缘检测，并对圆形区域实现圆的拟合(It can realize image edge detection and circle fitting.)
Ransac拟合直线和圆
- C# 实现直线拟合，圆拟合 ransac算法，剔除忽略点(C# realizes line fitting and circle fitting with ransac algorithm to eliminate the ignored points)
ellipse
- 根据离散数据点拟合圆，得到圆心坐标和拟合半径(Fitting the circle according to the discrete data points, the coordinates of the center of the circle and the fitting radius are obtained.)