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Really good primer on how to start doing the animations in Python!

Clear and concise. Ty

Hey man, thank you for your great videos, they have helped speeding up the process of animating the results of my simulation a lot! When adapting your code from the Lorenz-Attractor video, I noticed that you use indexing to separate the x, y, z values for further usage. While this works, I would recommend you to use .T to transpose your array, effectively having all x values along the 0th, all y values along the 1st and all z values along the 2nd axis. When assigning to x, y, z = array.T, where array.T is of shape (3, n), it automatically gets split up into three arrays of length n, which is more elegant than using x, y, z = array[:, 0], array[:, 1], array[:, 2]. We could improve even further by removing x, y, z totally from the program and only manipulating array. When calling a function that expects the values to be separate, array.T doesn't automatically unpack the array for the function. For this we can use the * (unpack) operator. Hence a function def f(x, y, z): [...] could be called using f(*array.T), which further helps remove the x, y, z variables making your code more readable. 😁 Thanks again for providing the example code!

This was very helpful. Thank you !

'pip install pyopengl' is needed btw

this is so cool!

can you use this method if one of your boundary conditions is on T'(x=L), not T(x=L)?

Greaat videos! I hope I can make something like those

Thank you so much

Nice one! :)

Hello Sir is there the possibility you can help me with a project in which I will need to use BTCS for a heat transfer problem ?!

QT really needs padding

You can do list video about how to design beautiful UI with this , it will be very good

Helpful Can you make more videos :>

Amazing work!

@instituteformaritimeandoce5945 please make a video about the Maritime Zones Act and the sea lanes act.

is this similar different than Luke Polsons solution?

Is it possible to use the same libraries to create an smoother animation with higher fps? I assume the results would have to be precalculated and perhaps smoothed. That would mean more compute time and a fixed timeframe...

This is perfect.Can't put my finger on exactly WHERE it is perfect - but trust me this is perfect.

Thanks for the wonderful explanation. Can we convert the Binary file to ASCII STL file?

Thank you, very useful and well presented!

great video ! thanks

Just joined the course, Thank you very much!

More insights on chaotic systems: github.com/Younes-Toumi/Modeling-and-Simulating-Complex-Chaotic-Systems

Amazing video! Any tips on make the gif faster ? I got 4000 frames and it run soooo slow. Can python render it every 10 frames so it will run faster? Thanks for the video!

Cool !! I've also made some animations on planar 3 body problem , they're quite stable.... Check my channel

bravo!

Super interesting... so is it just a chaos theory problem? (I'm not really aware about this 3-body's problem)

I have another 3 body problem. I need to hide them

Super Videos :) Mach weiter so :)

Congratulations Younès. Keep going. Very clair my friend.

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The course that literally everyone will need, has the 2 most used/important libraries in python matplotlib and numpy, that everyone is looking to learn... An absolute fire to master the snake language !

Fantastic video, you are putting out quality content

The formula for 3 bodies is no simpler than for 100 or more. Here is the full solution applied to numerous questions: www.flight-light-and-spin.com/n-body/n-body-build.htm (it is in basic so you may need to translate it a little bit) Here are a few places it has already been applied: www.flight-light-and-spin.com/n-body/3d-quantum-gravity.htm

Bon courage mister

Keep it going bro amazing work I am also trying to do science videos it is amazing the work

your videos are very great with neat explanations and examples 🥰

This video is the clearest explanation of FuncAnimation that I’ve seen thank you so much! I’d love you if you made another video going into how to make 3D animations with Matplotlib as well!

This is absolutely amazing, thank you!!!

Formula for dx is incorrect, it should be dx = length / (nodes-1)

Great video! Thank you

Congratulation Can't wait to discover your course !

Thank you! This is very few tutorials on this on youtube. btw, isn't that supposed to be 'axes' not 'axis' (fig, axis = ...)?

Congratulations! We hope to see your physics-informed machine learning course in the future.

Congratulations 🎉 !