1. 绘制曲线图并添加标题 在MATLAB 中,绘制简单的曲线图并添加标题的代码如下: x=0:0.1:10;% 设置 x 轴的范围y=sin(x);% 计算 y 的值figure;% 创建一个新图形窗口plot(x,y);% 绘制曲线title('Sine Wave');% 添加标题xlabel('X-axis');% 添加 x 轴标签ylabel('Y-axis');% 添加 y 轴标签gri...
title(ax1,'Top Plot') title(ax2,'Bottom Plot') Add Title and Return Text Handle Copy Code Copy Command Add a title to a plot and return the text object. Get plot((1:10).^2) t = title('My Title'); Set the color of the title to red. Use dot notation to set properties. Ge...
title(ax1,'Top Plot') title(ax2,'Bottom Plot') Add Title and Return Text Handle Copy Code Copy Command Add a title to a plot and return the text object. Get plot((1:10).^2) t = title('My Title'); Set the color of the title to red. Use dot notation to set properties. Ge...
title('Title') end Now, I want to add a title for each of the three rows. I only manage to display one for the first row as follows: sgtitle('Title row I') fori = 1:size(x,2) subplot(3,4,i) plot(x(:,i),'-k')
标题：title('The title you want to add to the graph.');x轴，y轴：xlabel('x'); ylabel('y');在图中指定位置加注释：（下面的例子在sin（pi）＝0处加了注释）x1 = pi;y1 = sin(pi);str1 = '\leftarrow sin(\pi) = 0';text(x1,y1,str1)标注图中的方程：在坐标（－2.6，...
plot(x,y2,'og:');hold off 3. 添加Legend和Title Add Legend and Title 要进一步分别图像，我们需要给图像添加Legend，还要给整个图像命名，具体代码如下：To further separate the images, we need to add Legend to the image and also name the entire image as per the following code:x=0:0.1:5*...
不同的注释有不同的方法，方法如下：一、标题：title('The title you want to add to the graph.');x轴，y轴：xlabel('x'); ylabel('y');二、在图中指定位置加注释：（下面的例子在sin（pi）＝0处加了注释）x1 = pi;y1 = sin(pi);str1 = '\leftarrow sin(\pi) = 0';text(x1...
plot(x,y2,'og:'); hold off 3. 添加Legend和Title Add Legend and Title 要进一步分别图像,我们需要给图像添加Legend,还要给整个图像命名,具体代码如下:To further separate the images, we need to add Legend to the image and also name the entire image as per the following code: ...
p(1) = plot(h.p(1),t1,y11,'Color',C1);hold on; p(2) = plot(h.p(2),t1,y21,'Col...
Add Title and Axis Labels Copy Code Copy Command Use the linspace function to define x as a vector of 150 values between 0 and 10. Define y as cosine values of x. Get x = linspace(0,10,150); y = cos(5*x); Create a 2-D line plot of the cosine curve. Change the line color...