搜索资源列表
cirdgysf
- 递归圆算法,画出以一个圆为圆心的小圆,再围绕小圆画其他小圆-round recursive algorithm to draw a circle to the center of knolls, and the other paintings hanging around knolls
midpointcircle-coding
- 自己用C语言编写的中点画圆算法，根据用户输入的圆心坐标和半径画出相应的圆形。-own use C language prepared by the midpoint drawcircle algorithm, According to user input center coordinates and radius of the circle corresponding paint.
circle_fitting
- 能够实现对圆周候选点进行最小二乘拟合，得到拟合圆的圆心坐标及其半径-circumference can be achieved right candidate points least squares fitting, be fitting circle's center coordinates and radius
mySnake-2
- 基于动态轮廓模型的虹膜定位，在数字图像中虹膜位置的有效定位是虹膜识别的关键问题，与常见的定位方法相比，文中的方法速度快、精度高，而且，对瞳孔初始的伪圆心要求不高，鲁棒性更强
CalcQieDian2
- 圆心(a,b),半径r 圆外一点坐标(m,n) 求其切点的坐标(x,y)
hough
- Hough 变换，探测圆的半径，可以探知未知圆的半径和圆心
基本画线实现算法
- 新建一个C++Builder项目 设置Form1的font为“宋体，小五” 在Form1中添加一个TRadioGroup组件rgDrawWhat供选择画什么图形；添加一个Tbutton组件colorBtn和一个TcolorDialog组件ColorDialog1；添加一个TImage组件Image1。 3、 将当前项目保存在自己实验文件夹的exp1子文件夹中（以防错误操作而前功尽弃）。 编写colorBtn的OnClick事件，激活ColorDialog1，并获取所选择的颜色： if (Col
ArcPartDemo
- 计算圆弧上n个等分点的坐标的函数，及使用示例代码，VC环境，属于二维图形基础算法，加有详细的注释。 输入：圆心,起点,终点,半径,旋转方向,点数量n。 输出：圆弧上n个等分点坐标的数组, 说明：输出的起点序号为0，终点序号为n-1 -Calculate arc n are equally a function of the coordinates of points, and use the sample code, VC environment, belonging to
detect_circle
- 本算法用于检测圆形的圆心和半径，检测的准确率角度，速度也比较快。-The algorithm for detecting a circle center and radius, angle detection accuracy, the speed is faster.
graphic
- 现图形学中画直线，园和圆弧以及直线裁剪，区域填充等功能 1． 对于画直线，只需知道起点和终点即可。在工作区间中按下鼠标（即选择起点），拖动至另一处松开（终点），即得到直线。 2． 画圆需要圆心坐标、半径、及起始角和终止角，至于实验要求的画1/4圆弧，可设起始角=0，终止角=45，若要画整个圆弧起始角和终止角分别为0和360即可。-Graphics are painting a straight line, arc, as well as garden and cut a straight lin
text1
- 利用在Visual C++ 6.0环境下创建MFC AppWizard(exe),实现以屏幕客户区中心为圆心绘制金刚石图案。-Take advantage of Visual C++ 6.0 environment to create MFC AppWizard (exe), the realization of the screen center as the center and draw the client area diamond pattern.
text3
- 利用在Visual C++ 6.0环境下创建MFC AppWizard(exe),实现以屏幕客户区中心为圆心绘制任意直线，单击裁剪和中点裁剪分别对直线进行裁剪。-Take advantage of Visual C++ 6.0 environment to create MFC AppWizard (exe), to achieve a center-screen client area centered on drawing an arbitrary line, click the mid-p
circle
- Matlab里面没有提供直接以半径和圆心位置画圆的程序，该程序可以实现此功能，命令格式为：circle(radius,x0,y0, color )-Matlab which does not provide the location directly in the center circle radius and the program, the program can achieve this functionality, the command format is: circle (radi
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.
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
hough
- 基于hough变换，圆心检测，可达亚像素级别，简单易用，可显示圆心坐标和图像圆心所在位置。解压即可用。main为主程序-Hough transform center detection, with sub-pixel level, easy to use, can display the location of the center coordinates and image the center. Decompression can be used. main main program
CHough
- 检测图像上圆的边缘，再加一个画圆程序就可以得到所检测的圆的圆心。-failed to translate
find-center
- 圆心定位程序，用来找到图像中所有的圆形，标出圆心，主要作用是做定位的-find the center of the circle,the program can find all the circle of the image ,and find its center
VC6.0
- 银行家算法，点点半径求圆心算法，vc6下可直接运行,两个程序在一块-Bankers algorithm, little circle radius seeking algorithms, vc6 run directly under the two programs in a
HW4
- 基于C++MFC下的，已知起始角度与终止角度，圆心，半径下画任意圆弧的算法实现-Based C++MFC under, known starting point and ending point, circle, arc radius painting arbitrary algorithm