![]() Next, you can add grid lines, make your axes equally scaled, and change the viewing angle of the 3D plot. Notice that I use a LaTeX interpreter for the text here I find that it looks better than the default text. The dynamic title includes the current time of the trajectory rounded to two decimal places (these are not real-time seconds). This includes creating a dynamic title and axis labels. The next step is defining the characteristics of our plot. % Creating Data to Animate % Time array t = linspace(0, 6, 100) % Particle coordinates x = 4*sin(t) y = 0.5*x.^2 z = x.*cos(t) Initializing Plot In this example, t is time (labeled in seconds in the animation) and x, y, and z are spatial data to describe a particle’s location. You may have an imported dataset or you may have created your own data, but if you are trying to follow along with this example, use the functions I use here. For this example, we can create a dataset based on arbitrary mathematical functions. This step will be unique to your dataset. clc clear variables close all Creating or Importing Data ![]() We will add the following three lines of code to do just that.
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