MATLAB does not have a polar surface plot built in. You can use a normal surface plot if you convert your polar data into Cartesian with the pol2cart command. We also cover how to get rid of the edges on dense surface plots like this one by setting 'edgecolor' to 'none'. ...
>>plot(x,y) (4)含多个输入参数的plot函数 plot( x1, y1, x2, y2, ... , xn, yn) 每一向量对构成一组数据点的横纵坐标,绘制一条曲线 >> t1=linspace(0,2*pi,10); >> t2=linspace(0,2*pi,20); >> t3=linspace(0,2*pi,100); >>plot(t1,sin(t1),t2,sin(t2)+1,t3,sin(t3)+2...
Matlab如何快速绘制并美化三维曲面图 上一篇我们介绍了如何快速绘制二维曲线. 相应的指令很容易记忆,我们都知道绘制二维数据曲线一般利用plot,polar,你只要加上前缀ez(理解为easy,简单的意思)即可得到快速绘制隐函数、参数方程的指令ezplot,ezpolar等。 点击查看如何快速绘制二维隐函数曲线、参数曲线 类似地,我们知道,已知...
The CData property of the surface object stores the color array. For additional control over the surface coloring, use the FaceColor and EdgeColor properties. ax— Axes to plot into Axes object | PolarAxes object Axes to plot into, specified as an Axes or PolarAxes object. If you do not ...
We can use thepol2cart()function to convert the polar coordinates to Cartesian coordinates and then use thesurf()function to create a surface plot on a 3D plane. The algorithm used to convert polar coordinates to Cartesian coordinates is shown in the below picture. ...
polarplot 在极坐标中绘制线条,见(十七)、(一) polarscatter 极坐标中的散点图,见(十八) polarhistogram极坐标中的直方图,见(十九) compass 绘制从原点发射出的箭头,见(二十四) ezpolar 易用的极坐标绘图函数 5.2 自定义极坐标区 rlim 设置或查询极坐标区的 r 坐标轴范围 thetalim 设置或查询极坐标区的 theta...
'texturemap'— Transform the data inAlphaDataso that it conforms to the surface. Effect of light objects on faces, specified as one of these values: 'flat'— Apply light uniformly across each face. Use this value to view faceted objects. ...
plot:平面线图 plot3:三维线图 plotmatrix:矩阵的散点图 plotyy:双纵坐标图 poissinv:泊松分布逆累计概率分布函数 poissrnd:泊松分布随机数发生器 pol2cart:极或柱坐标变为直角坐标 polar:极坐标图 poly:矩阵的特征多项式、根集对应的多项式 poly2str:以习惯方式显示多项式 ...
This MATLAB function creates a surface plot of the symbolic expression f(x,y) over the default interval [-5 5] for x and y.
一. plot函数 plot 函数是最基本的绘图函数,其基本的调用格式为: 1.plot(y)---绘制向量y对应于其元素序数的二维曲线图, 如果y为复数向量,则绘制虚部对于实部的二维曲线图. 例:绘制单矢量曲线图. y=[0 0.6 2.3 5 8.3 11.7 15 17.7 19.4 20]; plot(...