Description: 如何使用ＶＴＫ在一个窗口中显示一个锥体，把鼠标放置于窗口中，移动鼠标就可以控制锥体绕其重心旋转-how to use a window in a show of MERCOSUR, and the mouse placed on the window, Mobile mouse on the control Cone rotation around its center of gravity Platform: |
Size: 19578 |
Author:王强 |
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Description: 采用重心法求坐标，在C#中调用了matlab中的函数，对于想学C#和matlab混合编程很有好处-using coordinates for the center of gravity method in C# Calling a function of Matlab, For, like C# and Matlab programming very good mixed Platform: |
Size: 31910 |
Author:栀子 |
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Description: 如何使用ＶＴＫ在一个窗口中显示一个锥体，把鼠标放置于窗口中，移动鼠标就可以控制锥体绕其重心旋转-how to use a window in a show of MERCOSUR, and the mouse placed on the window, Mobile mouse on the control Cone rotation around its center of gravity Platform: |
Size: 19456 |
Author:王强 |
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Description: 采用重心法求坐标，在C#中调用了matlab中的函数，对于想学C#和matlab混合编程很有好处-using coordinates for the center of gravity method in C# Calling a function of Matlab, For, like C# and Matlab programming very good mixed Platform: |
Size: 91136 |
Author:栀子 |
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Description: SUSAN算子用于角点检测的基本步骤： 1） 对于感兴趣的每个象素点（一般的情况就是图像中的每个象素点）作用一圆模板； 2） 根据亮度比较函数计算圆模板中的USAN区域； 3） 根据几何阈值，计算象素点的初始响应； 4） 使用USAN重心与核中心的距离法则去除伪角点，使用USAN重心与核中心的连线上的每个点都必须在USAN区域来保证算法的一致性（即USAN区域的相连性） 5） 对每个象素点的响应，使用 （或更大）的窗口搜索局部极大值，进行非极大值抑制 -SUSAN operator for corner detection of the basic steps: 1) For each pixel of interest points (the general situation is that each image pixel points) the role of one circle template 2) calculated according to the brightness comparison function round Usan template region 3) According to the geometric threshold, calculating the pixel-point initial response 4) the use of Usan center of gravity and nuclear center removed from the law of pseudo-corner, the use of Usan center of gravity and nuclear center to connect the each point must be in the Usan region to ensure consistency algorithm (that is linked to sexual Usan region) 5) points for each pixel in response to, the use of (or greater) of the local maxima search window for non-polar large value of inhibition Platform: |
Size: 4109312 |
Author:张妙言 |
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Description: 浙江大学博士论文，提出了一个基于邻域重心约束的光顺算法，通过极小化邻域重心约束的局部邻域目标函数达到局部光顺的目的-Zhejiang University doctoral thesis, put forward a neighborhood-based center of gravity bound smoothing algorithm, through a very small neighborhood of the focus of the local neighborhood bound by the objective function to achieve the purpose of local smoothing Platform: |
Size: 3165184 |
Author:郑永宏 |
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Description: 通过引入与余差有关的代价函数,给出了一种高精度估计基础矩阵的线性算法——加权平移算法.首先
将原始输入数据加权,计算加权后数据的重心坐标,将坐标原点平移到该重心坐标,再作归一化处理.然后用8点
算法求出基础矩阵F阵的8个参数,实现了F阵的高精度估计.实验结果表明,此算法具有良好的鲁棒性,且余差
和对极距离都小于其他线性算法,提高了基础矩阵的精度. -Through the introduction of residual error associated with the cost function, gives a high-precision estimates based on linear matrix algorithm- weighted translation algorithm. First of all, the original input data weighted to calculate the weighted center of gravity after the data coordinates, will be moved to the coordinates origin Ping The center of gravity coordinates, re-normalized. and then use the 8 point algorithm to derive the fundamental matrix F array eight parameters, the achievement of the F array of high-precision estimates. The experimental results show that this algorithm has good robustness, and residual error and the distance is less than most other linear algorithms, improve the accuracy of the fundamental matrix. Platform: |
Size: 144384 |
Author:马睿 |
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Description: 计算几何经典算法集合，包括旋转卡壳求凸包，求重心，多边形面积，多边形周长，直线方程等-Collection of classical computational geometry algorithms, including the rotating卡壳for convex hull, and center of gravity, polygon area, polygon perimeter, linear equations, etc. Platform: |
Size: 151552 |
Author:c4pt0r |
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Description: 自己写的计算一副图像重心的小程序，绝对有用。-Write their own calculation of an image center of gravity of small procedures, absolutely useful. Platform: |
Size: 16384 |
Author:李小军 |
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Description: 处理不规则物体圆心.给出一个若干简单图形的图像,扫描出该图像的重心.原创代码,转载请注明来源于bosnma.com-Deal with irregular object center of a circle. Give a number of simple graphical images, scanning images from the center of gravity. Original code, reproduced from bosnma.com please specify Platform: |
Size: 944128 |
Author:kim |
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Description: AUTOCAD自动获取所有填充的边界并在重心处输出填充的面积数值，对于填充极多，并要根据填充的面积数值和边界节点进行编辑有很大的好处。在此基础上可以实现很多的功能（只支持2007，略修改可以自由输出面域或多段线的边界）（代码很精简，对初学者有很大好处）（操作为加载后运行“bj”和“tcmj”）-AUTOCAD automatic access to all the filling in the center of gravity of the border and fill the output area of Department values, for a lot of filler, and fill the area in accordance with values and boundary node editing is highly desirable. On this basis can achieve a lot of features (only support 2007, a little freedom to modify the domain or the output side of the border line above) (the code is very lean, there are significant benefits for beginners) (after operation for the loading operation bj and tcmj ) Platform: |
Size: 1024 |
Author:xielei |
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Description: 主要包括：物流配送重心选址、车辆调度、定位运输。-Mainly include: logistics and distribution center of gravity location, vehicle scheduling, location of transport. Platform: |
Size: 185344 |
Author:春雨 |
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Description: 利用重心法找到图像中光斑的中心，用于CCD光斑位置的确定-Center of gravity method to use to find the center of the image spot for the determination of the location of CCD facula Platform: |
Size: 57344 |
Author:孟合民 |
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Description: 通过重心法确定光斑图像的中心。根据个像素的灰度值和所在的位置乘积和总面值作比，进而求得重心。-Through the center of gravity method to determine the center of the image spot. According to the gray-scale pixel value and the location of the product and the total for more than face value, and then get the focus. Platform: |
Size: 54272 |
Author:孟合民 |
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Description: 用matlab编的 找二值图像的重心 可以下下来-Made use of the matlab binary image to find the center of gravity can be down to see the next Platform: |
Size: 130048 |
Author:yukuncheng |
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Description: 利用opencv找出图像中所有的闭合轮廓，并找到每个轮廓的重心，长轴，短轴及其对应的坐标值-Using opencv find image all closed contour and find every contour of gravity center, long axis, short axis and its corresponding coordinates Platform: |
Size: 3100672 |
Author:刘晓倩 |
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Description: 计算图片中大米的个数，计算每个大米的周长和中心点-Here we are interested to find number of rices and their perimeters as well as their center of gravities.
Using the image, segment rices in a binary image. Then you can use the help mfile (Q2.m) to see how we can lable, find perimeter and calculate center of gravity for each object. (you should get 97 rices for good segmentation). Platform: |
Size: 46080 |
Author:Chen Gaojun |
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Description: OPENCV椭圆拟合定位椭圆中心点以及重心法定位程序-OPENCV the ellipse fitting positioning oval center point and the center of gravity method to locate the program Platform: |
Size: 1846272 |
Author:张文寅 |
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Description: 本文提出了基于光条纹图像方向与重心法相结合的方法，首先手阈值法获取条纹中心初值，然后，通过光条纹图像的灰度梯度计算条纹法线方向，最后，在法线方向用重心法提取光条纹重心。对线结构光中心提取非常有帮助。-This paper presents method based on the combination of light stripe image with center of gravity method, first of all hand threshold method get the initial center of stripe, then through the gray gradient of light stripe image calculation to the normal direction of the stripe. Finally, in a direction normal to the gravity method is used to extract light stripe center of gravity. Line structured light center extraction is very helpful.
Platform: |
Size: 615424 |
Author:yj2077mqj |
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