搜索资源列表
circle_Bresenham
- 圆中点Bresenham算法,人机交互界面,输入半径大小,即可得圆-Bresenham midpoint circle algorithm, human-computer interaction interface, enter the radius, you can get round
circle-detection
- 采用hough变换对半径未知的圆进行检测-Using hough transform to detect the circle radius of the unknown
PointCenter
- 知道圆上两点A(x1,y1),B(x2,y2)和半径r,求出圆心坐标-Know the circle two points A (x1, y1), B (x2, y2) and radius r, find the center of a circle coordinates
1
- 1.编写一个简单的程序,输出“Welcome you”,并给程序加一行注释“First C++ program”。 2.编写一个完整的包含输入和输出的简单C++程序。 3.编写内置函数求解2X2+4X+5的值,X为整数,并用主函数调用该函数。 4.利用函数重载,重载上面的函数,X为浮点数。 5.编写一个程序,对一个整数数组求和,求和的结果使用全局变量sum存储,同时对整数中的奇数求和,结果使用局部变量sum存储,在主程序将两个结果输出。 6.编写一个程序动态分配一个浮点空间,
Circle-Fit
- 这次上传的程序源码是关于根据给定的xy点,拟合一个圆,依据是半径平方偏差的和。-The upload program source code is about according to the given xy point, fitting a circle, based on the radius squared deviations and.
1
- 编程计算图形的面积。程序可以计算圆形,长方形,正方形的面积,运行时先提示用户选择图形的类型,然后,对圆形要求用户输入半径值,对长方形要求用户输入长和宽的值,对正方形要求用户输入边长得值,计算出面积的值后将其显示出来。-Calculate the area of graphics programming. Program can calculate the round, rectangular, square area, run-time prompts the user to first sel
ACL
- Rutines to analize the ACL of one dimention, generate ACL of variable neighborhood radius, claculate bruijn diagram, Generate subset matrix acl.mat -> Graf a Celular Autoamta L=1 bruijn.mat -> Generate bruijn diagram and the bruijn ma
2-2
- 创建两个圆形对象,提示用户输入圆心坐标和半径,判断两个圆是否相交,并输出结果。-Create two circular objects, prompts the user to enter the center point coordinates and radius to determine whether two circles intersect, and output.
MC
- NVT正则系综的Monte Carlo算法的实例研究 可以计算LJ流体势能、压力、径向分布函数-MONTE CARLO SIMULATION PROGRAM IN THE CONSTANT-NVT ENSEMBLE radius distribution function
test
- 通过OpenGL基本体素,例如三角形、三角形带、四边形、四边形带,它们都可以构成的球体。通过改变半径控制大小,通过改变角度的改变大小就可以改变顶点的数目和密度,通过在调用回调函数设置模式,就可以改变填充状态。通过调用函数来得到当前时间就可以得到一个功能要花费的时间。-Through the OpenGL primitives, such as triangle, triangle strip, quadrilateral, quadrilateral zone, which can consti
spheer
- 用JAVA做的一个小程序,可以自定义圆的半径,算出圆的面积和体积,有界面。-To use JAVA to do a small program, you can customize the radius of the circle, calculate the area of a circle and volume, there are interfaces.
Line-circle
- C++实现计算机图形学算法,绘制线(数值微分法、中点画线法、Bresenham法),绘制圆(圆心半径画圆、中心点画圆算法)-C++ realization of computer graphics algorithms, rendering line (numerical differential method, the stipple method of lines, Bresenham method), draw the circle (center of a circle radius d
3D
- 简单的三角片三维重构,可以重构一个简单的圆柱体,上下的半径可以改变-A simple three-dimensional reconstruction of the triangle, you can reconstruct a simple cylinder, the radius can be changed from top to bottom
CircleMVC
- 一个小的MVC程序。根据输入半径的大小,自动生成圆的面积和周长。-A small MVC program. Radius based on the input size, automatically generated area and circumference of a circle.
LabTest
- /* Draw circles of radius 9, 8 and 7 with the colours shown around (0,0) Draw the x and y axis Draw the diagonal line Draw the 12 by 6 quad around (0,0) When the left mouse button is pressed the diagonal line moves as shown. When the r
radiusdump
- 自己开发的抓Radius包并保存为文件的代码-Self-developed grasp Radius package and save it as a file code
paint
- java事件处理事例,输入圆心坐标,单击鼠标取得半径画圆-java event handling example, enter the center point coordinates, click the mouse to obtain a radius of Circle
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。用一种基于主动轮廓线模型的方法定位虹膜的位置,先用灰度投影法检测出瞳孔内的一点作为瞳孔的伪圆心,该圆心只要能落在瞳孔内部即可。然后以该伪圆心为中心,在其周围等角度间隔地取N个点作为初始的snake基准点,按照snake 的运行机制不断进化,直到虹膜的内边界为止。最后,计算进化后的snake形心和snake上的控制点与该形心的距离,取其平均值作为瞳孔的半径,动态轮廓模型的形心作为瞳孔的圆心,即可准确定位出虹膜内边界的位
Bouncing_Smiley_Face2
- 用matlab写的一个模仿抛物线动作的动画。可以自己设定加速度、启示位置等数值。-The laws for rotation are probably wrong (I made them up actually), but that s not what this file is about. Shown here is a very simple code that creates a nice animation, which can be quickly edited to suit a
21507119njiaoxing
- 可以绘制n角星(n>=5),同时可以自定义该n角星外接圆半径.-u can use this program for drawing n five-pointed star,woth custom radius of the circumscribed circle