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yuanmian
- 圆面上的点到圆心的距离 圆 面上的点到圆心的距离 圆面上的点到圆心的距离-Round surface of the distance from point to circle center point of the surface of the distance to the center circle to the center point of the surface of the distance from the surface point to the center circle di
mySift
- sift的C++版，在sift上找出鲁棒性最强的几个特征点，然后以这个点为圆心，以自适应性的尺度为半径画圆，这个非常适合运用于数字水印领域，适用于抵抗数字水印的几何攻击-sift the C++ version of the robustness of the sift to find the strongest on the number of feature points, and then to this point as the center of the scale of self-a
matlab-random
- 一个100*100的正方形，用半径为10的圆覆盖，随机在100*100的平面内放置圆心，问至少需要多少个圆，才能使得成功覆盖整个区域的概率在95 以上？并给出一个均匀随机放置装置的分布图。-A 100* 100 square, a circle with a radius of 10 covers, 100* 100 randomly placed on the center plane, and asked how many circles at least, to cover the ent
LiZiqun
- 这是一个基于粒子群算法来寻找图片上的园的圆心，通过自己设置参数，可以在较短的时间内较为精确的找到一个图所有圆的圆心-It is used to find the location of circles in a complicant map. For this fuction, you can set some paraement yourself and it will return the result in a very short time.
Circle
- 在windows界面输入圆心坐标（x,y）及半径r任意画圆，并自动生成一个椭圆-The center coordinates of the windows interface of the input (x, y) and radius r arbitrary circle, and automatically generates an ellipse
pachking_initial-configuration
- 求解圆形packing问题里面的初始格局：要确定初始格局，也就是要把所有的圆饼随机的放在圆盘内，也就是圆饼的圆心坐标要随机的出现，可以用一个0到1的随机数乘圆饼的半径再乘一个判断随机数的数作为圆饼的x或者y的坐标，这样就保证了圆饼的圆心有可能出现在圆盘内的任何位置-Solving the problem inside the initial circle packing structure: To determine the initial structure, that is, to put
find_center_of_round
- 任给平面三点，画圆并确定圆心。进行画圆可行性判断。-For any plane three points, and determine the center circle.
calcCircle
- calcCircle.m程序采用通过三点来拟合一个圆，可以得到圆的关键参数（圆心坐标和半径）。-Fitting circle through three points
circledetect
- 这是一个eclipse工程，利用opencv2.2中的霍夫变换寻找圆心坐标。-This is a eclipse project.It is used to find the circle point.
yuantong
- 编写一个程序，在屏幕上出现一个圆心沿正弦曲线轨迹移动的实心圆，而且，每隔四分之一周期，圆的填充色和圆的周边颜色都发生变化(颜色自己选取)，同时，圆的半径在四分之一周期之内由正弦曲线幅值的0.2倍至0.6倍线性增长 -Write a program that appears on the screen of a sinusoidal path along the center moving solid circle, and every quarter of the cycle, the ci
Center_draw_cycle
- 用C中中点画圆法画圆。要求输入圆心的坐标和半径。-With C in the midpoint drawcircle Circle. Asked to enter the circle center coordinates and radius.
circle
- 使用MFC工具，创建对话框，使用参数方程，输入圆心坐标，半径，自动生成圆-MFC tools used to create the dialog box, use the parametric equation, enter the center coordinates, radius, and automatic generation of round
circle
- 简单示例，利用QTcreator画圆，固定圆心，圆的半径、圆心可调节，并显示坐标-A simple example, the use of QTcreator Circle, a fixed center, the radius of the circle, the center can be adjusted, and the display coordinate
ex_5_1
- 利用 MFC 中 CWnd 类的时间函数，完成具有“定时”功能的任务，如画一个不停变换直径的园。当鼠标左键单击时，圆心由鼠标位置开始由小到大变换，利用鼠标右键单击停止画园等-Use of the MFC CWnd class function of time, complete with a " regular" function of the task, constantly changing the diameter of a picturesque park. When
Cpp1
- 编写一个程序，在屏幕上出现一个圆心沿正弦曲线轨迹移动的实心圆，而且，每隔四分之一周期，圆的填充色和圆的周边颜色都发生变化，同时，圆的半径在四分之一周期之内由正弦曲线幅值的0.2倍至0.6倍线性增长。-Write a program that appears on the screen along a sinusoidal trajectory of the center moving solid round, and every quarter cycle, the circle around
fisheyetestimage
- 鱼眼测试用图 基于圆环中心提取圆心 通过等距模型进行转变 只是test图 不需要的别下载 在此提醒-Fish eye test chart on the center ring center to extract the model by changing only a test isometric map do not need to download a reminder of
cylinder
- 输入两个端点 作为圆柱端面上两个圆心 绘制斜圆柱-This function constructs a cylinder connecting two center points
find-circle
- 用C++实现检测在复杂环境中的目标靶标圆心-find circle
huan
- 根据已有的半径画圆，将其40等分，以等分点为圆心接着画圆。-The basis of the radius of the circle, to 40 equal portions, then the decile point as the center circle.
Circle_ThreePoint
- 计算过空间三点的圆的的半径及法矢量：用户输入空间三个点的三维坐标，自动计算出通过该三点的圆的半径、圆心坐标以及法矢量-The Computation of the radus and normal vector of the circle passing three 3D point