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Drawing 3D Curves In MatLab®(Illustrated Expression)

You can draw 2D graphs in Matlab® and also you can draw 3D curves in Matlab®. Drawing 3D curves has the same logic as drawing 2D graphs. Here, we will explain how to draw 3D curves with the ‘plot3()’ command in MatLab®, with a very basic example below.

How To Use ‘plot3()’ Command In MatLab®?

Drawing 3D curves in Matlab®.

Creating 3D curves in Matlab® with plot3() command is very easy like above. You just need to know mathematical specifications to create 3D curves in 3D space.

First of all, you need to create a continuousvector in Matlab® that, will be the variable in other polynomials or equations. To create a 3D curve, you need to have two equations that are dependent on the created vector.

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Here, we created a vector as shown by the red arrow above. Then we created two equations which are represented with variables ‘y’ and ‘z’ as shown by green arrows. These three elements will represent the point locations in 3D space.

Then we typed these three elements inside plot3() command respectively, as shown in the green box above. The last element ‘k’ represents the type of curve to be drawn.

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As you see above, a helix is drawn with correct equations in Matlab®. Drawing 3D curves in Matlab® is very simple like this. You can add titles, legends, and other extra graph elements to your curve. Click on the link and see how to do it in Matlab®.

Conclusion

Do not forget to leave your comments and questions about drawing 3D curves in Matlab® with the plot3() command below. Your precious feedbacks are very important for us.

This article is prepared for completely educative and informative purposes. Images used courtesy of Matlab®

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