搜索资源列表
DVBS2_32APSK
- These tables were taken the DVB-S2 Standard ETSI EN 302 307 and provide the optimum radius ratios gamma for the modulation schemes 16APSK and 32 APSK. The optimum radius ratios depend on the code rate.-These tables were taken the DVB-S2 Standar
ring-spectrum
- 微纳光纤半径对相位的影响,这个绝对有效，而且保证能运行出来-The effect of the micro-nano fiber radius on the phase, which is absolutely effective, and guaranteed to run out
area
- 计算圆的面积和周长的界面QT程序,输入圆的半径，可自动显示圆的面积和周长大小-Calculate the area of the circle and the interface QT of the perimeter, enter the radius of the circle, and automatically show the area and the circumference of the circle
suijiyuan
- 基于圆检测算法检测圆的半径和圆心 已调试可直接运行-Based on the random circle algorithm to detect the radius of the circle and the center has been debugged to run
RE_SYN
- 自组织网络ADHOC分布式同步算法，传输半径对算法收敛速度的影响(The distributed synchronization algorithm for ad hoc networks, the influence of the transmission radius on the convergence speed of the ADHOC algorithm)
CircleUtils
- 根据圆半径和圆心坐标，计算圆外一点到圆上的坐标(circle radius , x, y , point)
flame
- 一个刚性常微分方程。 火焰（R0）指定初始半径R0。默认的R0 = 02。 一个火球会膨胀，直到它的半径足够大，所有的氧气都可以通过地表燃烧。半径的方程^ RDOT = R 2 R ^ 3。(A stiff ordinary differential equation. FLAME(r0) specifies the initial radius is r0. Default r0 = .02. A ball of fire grows until its radius is ju
circle
- 对图像进行简单处理，对光斑圆拟合，求圆心与半径(Simple processing of the image, fitting the spot circle, finding the center of the circle and radius)
类和对象应用设计
- 创建圆柱体类，输入高和半径，用重载的方法，计算体积。(Create a cylinder class, enter the height and radius, and calculate the volume in an overloaded way.)
fit
- matlab球面拟合程序，可以用来计算最佳拟合的圆心及半径,包含计算的原始数据(Matlab spherical fitting procedures, can be used to calculate the best fitting center of the circle and radius)
balls
- 能够在指定区域内生成数量为N，半径为R的球体(A sphere with a number of N and a radius of R can be generated in the specified area)
FLB
- 能够实现摆幅、角度可设置的单摆运动，能够实现半径可设置的画圆，对于外界扰动5秒内恢复(To achieve swing, angle set of simple pendulum movement, to achieve the radius of the circle can be set, for external disturbance recovery within 5 seconds)
center of laser spot
- 对图片进行二值化处理后，再除噪，找出光斑中心位置和半径。(After binaryzation of the image processing, and then remove noise, find the center of the spot and radius)
center of laser spot-1
- 对图片应用利用max，min等函数求阈值分割点，最后转化为二值化图像，去噪后利用中值滤波处理再除噪，找出光斑中心位置和半径。(After binaryzation of the image processing, and then remove noise, find the center of the spot and radius)
center of laser spot-2
- 对图片转为灰度值，再进行二值化处理，除噪后，确定光斑中心位置和半径。(After binaryzation of the image processing, and then remove noise, find the center of the spot and radius)
points2grid
- points2grid是一个强大的和可扩展的工具网格LIDAR点云数据生成数字高程模型（DEM）。points2grid采用局部网格法用一个定义在基于用户提供的搜索半径，每个细胞邻域计算网格细胞升高。(Points2Grid is a robust and scalable tool for gridding LIDAR point cloud data to generate Digital Elevation Models (DEM). Points2Grid uses a local gr
plot postion
- 实现数据点上的不同节点半径处,适用竞赛的数据图像表示(Achieve different node radius processing on data points)
内接圆识别与拟合matlab源代码
- 用法： I=imread('hand_contour.png'); [R cx cy]=max_inscribed_circle(I) 返回值为圆心坐标cx，cy,半径为R。(Usage: I = imread (' hand_contour. PNG '); [R cx cy]=max_inscribed_circle(I) The return value is center cx, cy, radius R)
du
- 定义一个包含两个纯虚函数的抽象类shape: class shape { public: virtual float Area()=0; virtual void SetData(float,float=0)=0; }; 成员函数SetData用于设置几何图形的属性值。成员函数Area()用于求出几何图形的面积。由shape派生出四种几何图形，分别是：三角形、矩形、正方
xstream-1.3.1-sae-liufeng
- 2010年8月25日?-?Java应用服务器 近期公司做一个项目,动态将用户从BAS踢下线及动态修改用户带宽。 由于里面涉及到Radius 3576协议,找了一些资料 如下: A:中断消息(DM) ...(August 25, 2010 - Java application server company recently to do a project, the dynamic user from the BAS kicked off the assembly line and dynamic