搜索资源列表
-
0下载:
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,要求每隔4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内由正弦曲线幅值的0.2倍至0.6倍的线性增长。-The preparation of a procedure on the screen there is a center of a circle along the sinusoid trajectory mobile solid round, one request every 4
-
-
0下载:
此程序是基于哈夫变换的一个圆形检测程序,给定检测边界和半径估计值的范围,此程序能返回圆在图片中的圆心坐标和半径大小。-This program is based on the Hough transform of a circular testing procedures, testing boundaries and radius of a given range of estimates, this procedure can return to the center of the circ
-
-
0下载:
实现一个Circle类。这个类的每个对象将表示一个圆,存储它的半径和它的中心的坐标x和y。包含一个默认的构造函数,访问函数,一个area( )函数和一个circumference( )函数。-Implement a Circle class. Each object of this class will represent a circle, its radius and its storage center coordinates x and y. Contains a default co
-
-
0下载:
28 LED Clock Timer Circuit Schema With 74HCT
This is a programmable clock timer circuit that uses individual LEDs to indicate hours and minutes. 12 LEDs can be arranged in a circle to represent the 12 hours of a clock face and an additional 12 L
-
-
0下载:
:自准直仪是比较常用的测角仪器,其原理是检测激光形成的图像光斑的中心之间的距离,通过 ) 个中
心的横纵坐标差来计算物体偏离的角度
’
利用迭代阈值和图像分割等方法将光斑图像进行预处理,然后将得到
的图像分别用重心法、圆拟合法和匹配法进行中心定位,并最终进行偏离角度的测定
’
文中介绍了所使用的几
种方法,并进行了仿真比较,结果表明,圆拟合法更有优势
’
-: Is more commonly used since the collimator angle m
-
-
0下载:
利用中点画圆算法绘制一个圆,中点画圆法是利用圆心在坐标原点圆的方程,将每个像素的中点坐标代入圆的方程得到d,再通过d的值来确定中点与圆的位置。-Utilization of stipple round draw a circle algorithm。Stipple the center circle method is to use in the origin of coordinates the equation of circle, the midpoint of each pixel co
-
-
0下载:
The problem of formation control of a team of mobile
robots based on the virtual and behavioral structures is considered
in this paper. In the virtual structure, each mobile robot ismodeled
by an electric charge. The mobile robots move toward a
-
-
4下载:
nonmaxsup——非最大值抑制
hysthresh——设定阈值区间,返回一个二值化图像
canny——边缘探测,图像边缘增强
adjgamma——调整图像的伽马值
findline——利用线性Hough变换和Canny边缘探测得到的线上各点的坐标
circlecoords——返回由圆的半径和圆心坐标决定的圆上各点像素的坐标
houghcircle——取一幅经过canny变换的图像,利用hough变换找到图像中的一个圆
findcircle——计算所得线上各点
-
-
0下载:
matlab vide the examined window into cells (e.g. 16x16 pixels for each cell).
For each pixel in a cell, compare the pixel to each of its 8 neighbors (on its left-top, left-middle, left-bottom, right-top, etc.). Follow the pixels along a circle, i.e
-