Step-by-Step Guide to Creating 2D Plots in MATLAB

In this MATLAB tutorial video, you'll learn the fundamentals of 2D plotting. In this step-by-step video, I'll guide you through creating the plot, adding a title, labeling the axes, incorporating a legend, and enabling grid lines. Step-by-step instructions guide you through creating the plot, adding multiple curves, and customizing labels. Whether you're new to MATLAB or seeking a refresher, this video provides a clear introduction to essential 2D plotting techniques.

#MATLAB #MATLABTutorial #MATLABProgramming #2DPlotting #DataVisualization

% UPDATE
• Updated to MATLAB version R2022a. Updated presentation for clarity based on feedback. Removed extraneous information to reduce runtime from 9:30 to 6:05.

% CHAPTERS
0:00 Introduction to 2D Plotting in MATLAB
0:28 Overview of Example Problem
1:08 Creating a Plot with Multiple Curves
4:01 Adding a Title and Axis Labels
4:46 Adding a Legend
5:16 Adding Grid Lines
5:37 Closing Remarks and Next Steps

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% MUSIC
• The background music in the intro and outro was written and produced by Michael J Calamas for the exclusive use of David Calamas.

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[ArshAyush-lm]

Bro please upload the matrix questions of matlab!!! Which would be much helpful for our upcoming examinations!!!

[legendaryxk]

Thx i figured it out,
u can also plot the graph based loops & functions & other lectures on this channel

x = linspace(0, 10, 20);

y = @(x) exp(0.4.*x);
y2 = @(x) 10.*sqrt(x);
y3 = @(x) (x.*2);

grid on;hold on;

title('Graphing y = f(x)');
xlabel('x');
ylabel('y ', 'Rotation', 0);
ls = [y(x);y2(x);y3(x)];
lt = ["-.", "o-", "+-"];
cls = ['r', 'g', 'y'];

for i = 1:3
plot(x, ls(i, :), append(lt(i), cls(i)) );
end

legend('f(x) = e^{0.4x}', 'f(x) = 10*sqrt(x)', 'f(x) = sqr(x)', 'Location', 'southoutside', 'Orientation', 'Horizontal')
shg