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It is Ubuntu OS.

@@Numeryst shall we try it in Ubuntu Linux terminal 18.04 version in windows sir?

Are you using WSL? yes you can try to install Fortran via terminal as already illustrated in the video.

Thanks for your suggestions!

There could be several possible reasons, I mention the most probable ones: 1. When running scripts, explicitly call display() on your plot object. For example: using Plots p = plot(1:10, rand(10)) display(p) 2. Try Different Backends. 3. Restart VSCode. 4. Ensure Plot Pane is Enabled: Go to the settings in VSCode and make sure that the "Use Plot Pane" option is enabled. This setting allows plots to be displayed directly within the VSCode interface. 5. Start Julia REPL Correctly: Make sure to start Julia using the command Julia: Start REPL from the command palette (Ctrl+Shift+P). Starting it manually from a terminal may not integrate properly with VSCode.

I really appreciate your support! It's great to know you see the potential here.

Enjoy!

Glad you like it!

That is awesome! Glad to hear it!

You probably have not imported the packages properly. I have run the code in the video!

You are absolutely right!

I appreciate your support in sharing the channel, which will enable me to produce more content focused on the Julia programming language.

Thanks bro!

It seems that you have not setup `gfortran` properly. Probably try: `sudo apt-get install --reinstall gfortran` Or in the terminal type `gfortran --version` to see whether you get the version of your fortran successfully if not, something is wrong with your fortran setup.

More content on the way!

Glad you liked it!

Thanks 🙏

Great!

You should specify figure size and whether you keep the aspect ratio fixed or not.

@@Numeryst Thank you and thanks for the video series on Julia.

@@NamasenITN You're welcome!

Thanks!

I hope the true significance lies in the contribution that these videos make to the public.

@@Numeryst Of course. Just felt curious.

Yes, you can use "savefig" function.

Thank you!

Thanks. I do my best to keep it as short as possible!

Thanks!

I appreciate that!

What are you referring to by DBs? And how does it relate to differentiable programming?

Also the point of unit tests (I saw the poll and didn’t understand). Useful to understand the purpose of these types of algorithms.

I might do one for Julia in the future.

I have answered your question there.

​@@6PrettiestPics one applocation is to sorted out the maximum across several dimmemsions. On loads calculations on industrial and aerospace we do that, so stress engineers take the worst conditions for size a structure

@@raast9835 I love this answer! Thank you!

Thank you! I appreciate your support 💙

@@Numeryst I hope you go places. Keep up the good work. I am also working on educational videos right now so I know the efforts it takes.

Thanks for your kind words! I really appreciate the support. Best of luck with your educational videos-it's great to connect with others who understand the hard work that goes into creating this type of content. Keep up the great work on your end as well!

@@Numeryst Thanks a lot. We have similar interests: PIML, Julia. General relativity?

Yes, indeed!

If you want to get started with differentiable programming, it's helpful to have a solid understanding of the following concepts: Basic Programming Knowledge, Calculus and (Numerical) Linear Algebra, and Machine Learning Basics. Differentiable programming is a separate field on its own. If you are curious about how programs are differentiated and want to know more about the automatic differentiation itself then you need some knowledge of how programming languages work (compiler knowledge).

all of it