The MATLAB plot gallery provides examples of many ways to display data graphically in MATLAB. You can view and download source code for each plot, and use it in your own MATLAB project.
This MATLAB function plots the surface given in the sfit object sfit over the range of the current axes (gca).
There are two color modes that can be assigned according to the requirements. If it is set to “auto” Matlab changes the color of the line automatically. If it is set to “manual” then we can manually change the color of the line by specifying the value in “line spec” argument. I...
We can also control the placement of the markers depending on the requirements so that we can display the markers only in certain data points as mentioned in the input argument. This can be achieved by using Marker Indices property in Matlab which helps in the distribution of markers in the ...
The option ax can precede any of the input argument combinations in the previous syntaxes. example scatter(___,Name,Value) modifies the scatter plot using one or more name-value arguments to set properties. For example: scatter(x,y,"LineWidth",2) creates a scatter plot with 2-point ...
options" in the calling structure can be (almost) any property set when calling plot(...) or axes(...). This includes the use of LineSpec and Name-Value pair arguments. See the header comment in plotNAx.m for more details. See Section 1 of plotNAx_test.m for some examples to get...
Select Create Plot from the suggested command completions. When you add the task using this method, then MATLAB automatically selects the corresponding chart type in the Select visualization section of the task.Examples expand all Create Visualization Overlay Visualizations Adjust Configuration of ...
This MATLAB function plots the implicit function defined by f(x,y) = 0 over the default interval [-5 5] for x and y.
This MATLAB function plots the curve defined by the function y = f(x) over the default interval [-5 5] for x.
Examples collapse all Plot Simulation Output Data Copy Code Copy Command Open the model vdp, which models the second-order Van der Pol differential equation. You can use the plot function to plot the simulation results in the Simulation Data Inspector. Get mdl = "vdp"; open_system(mdl) ...