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3D STEM PLOT MATLAB HOW TO
3D STEM PLOT MATLAB CODE

3D STEM PLOT MATLAB CODE

Here we discuss the Examples of Matlab 3d scatter plot along with the code to use the scatter3 function in MATLAB. This is a guide to Matlab 3d scatter plot. We can control the size, shape and other properties of the plotted points using the arguments of the scatter3 function.These plots are used to draw 3 variables in one plot.

The scatter3 function is used in MATLAB to plot 3D scatter plots.

For example, we can pass ‘star’ as an argument to create the plots using the ‘star’ shape. If we want to get the plot in some shape other than the circles, we again pass the required shape as an argument. Creates star-like plot Calculates standard deviation Creates a 2D stem plot Creates a 3D stem plot Concatenates strings vertically Places multiple plots. Also, the circles in the plot are of solid nature, as expected by us. For this, we will pass another argument ‘filled’.Īs we can see in the output, we have obtained a 3D scatter plot for our input waves using the scatter3 function. We can also get the circles of solid nature rather than transparent. Also, the color of the circles is ‘green’, as expected by us. Below are the steps to be followed:Īs we can see in the output, we have obtained a 3D scatter plot for our input waves using the scatter3 function. In this example, we will plot a logarithmic function and an exponential function with random noise.

3D STEM PLOT MATLAB HOW TO

Let us see how to change this color as per our requirements. Patches Specify a different transparency value for each face and edge. Then, specify flat or interpolated transparency by setting the FaceAlpha and EdgeAlpha properties to either 'flat' or 'interp'. In the above two examples, the color of the circles obtained is blue. First, specify the transparency values by setting the AlphaData property to an array the same size as the ZData property. If Y is a vector, then the matlab if function 3d stem plots in MATLAB.

Also, the size of the circles in the plot is now larger in comparison to the plot in Example 1. How to put labels on each data points in stem plot using matlab. For this, we will pass the required size as the 4 th argument to the scatter3 function.Īs we can see in the output, we have obtained a 3D scatter plot for our input waves using the scatter3 function.

Next, we will learn how to control the size of the circles in the scatter plot generated using the scatter3 function. This is how our input and output will look like in MATLAB:Īs we can see in the output, we have obtained a 3D scatter plot for our input waves using the scatter3 function. In this example, we will use the scatter3 function in its most basic form and plot a sine wave and a co-wave with random noise.