![plot matlab plot matlab](https://1.bp.blogspot.com/-WkprJ2pqq1o/XpPH-86n-oI/AAAAAAAACAg/PKb7rTpwA6cmUusORWDI1NbgItAIE8wpgCLcBGAsYHQ/s640/Fungsi%2Bplot.png)
Or if your image is indexed image you may want to use vol3DĪ useful tool if you have "smooth" 3D data is pcolor3, as it fills the 3D volume with semi-transparent surfaces that give the a nice visual 3D perception of "color clouds"ĭisclaimer: I have no relation to any of the toolboxes presented here and I chose them by my own opinion. You can create some surfaces and plot them using isosurface: You may also just want to plot some equipotential surfaces of your data. You can do that using subplot() and imshow(squeeze(:,:, slice)), or by just concatenating all slices together as img=, for example. Let’s go ahead a plot the following code. Basically it's the same procedure as using PLOT to make graphs of functions.
PLOT MATLAB HOW TO
You may want to use the typical approach of plotting just some of the slices. Just like it is to change the color of your plot in Matlab, the same goes for changing the line style, increasing the thickness of the line or some other aspect of it. This screencasts covers how to use the PLOT command to make plots of data. The plot command can also be used with just one input vector. If you have medical data (or data on a big range) MATLAB can plot a 1 x n vector versus an n x 1 vector, or a 1 x n vector versus a 2 x n matrix (you will generate two lines), as long as n is the same for both vectors. One option is to use the Sliceomatic from FE: Following i will leave you some examples you may want to try.
![plot matlab plot matlab](https://www.mathworks.com/help/examples/matlab/win64/LoadAndPlotDataFromTextFileExample_01.png)
![plot matlab plot matlab](https://static.javatpoint.com/tutorial/matlab/images/matlab-plotting.png)
![plot matlab plot matlab](https://www.advernesia.com/wp-content/uploads/2017/11/Multiple-Graphs-Lebih-Dari-Satu-Persamaan-Dalam-Satu-Plot-MATLAB.gif)
In general have a look to Volumetric data visualization techniques, but there is not just one way of doing this. You'd need to give more information for an specific answer. Again, you may need to adjust how many points are used to make the graph not too jagged (if number too low) or not hang the computer (number too high). 1-7) Explainswheretogetinformation about importing and exporting data Plotting Data (p. Notice in this example we used a different way to get the domain for x,y using linspace as opposed to the above example. 1-3) Provides an overview of data analysis using MATLAB Importing and Exporting Data (p. Plot(X(:,1),X(:,2),'r.I guess that you have is a value of C for every X,Y,Z.Īnd it actually depends a lot in what type of data you have. This example demonstrates how to plot more than one graph on the same figure. If all you want is a second figure window, instead of doing subplot you can simply say figure in the place where I put the second call to subplot and a new figure window will be created. Subplot(1,2,2) #% <- add 'subplot' here (with different arguments) from your description, this is my best guess as to what you want.Įdit: From the comments below, here is what you are doing n=50 When plotting data it is often necessary to plot a horizontal line through a specific point to emphasize a particular point or area. This will create two axes areas within the same figure window. MATLAB is a technical computer program use for data processing and data visualization.