Відео

This is great stuff! ❤ I'd love to know how you are getting on with additional experiments in procedural animation!

Seems really possible in 3D actually. Add a z axis and use spheres instead. A little shape blending and you could even smooth out the creatures add a decent material, etc. Cool video.

2:40 Ummm… θ is increasing, why is the vector turning clockwise? Unless this is a left-handed coordinate system for some reason?

i loved that, thank you for posting.,

I should really look into this, it's so cool !

Critter crosser uses this kind of animation to great effect

Amazing stuff, I want to try it myself now!

Thanks for sharing. This is so cool 😊🎉❤

You are amazing!

Me trying to imagine a way to anímate with this ecuations in after efects

I wonder if they apply stuff like this to robotics. I know they have more advanced machine learning and all that, but I feel like if you're trying to make a biped like Tesla and other companies are doing, maybe mimicking biology would be a smart way to do it since that's how we ended up the way we are, through this same process.

I understand so much even tho I don't know how to do it ❤

Oooff, i got some cool idea for that, thank you for sharing! 🤓

Love the presentation style! What did you use to animate all the visuals for the video?

I am in love with this video

Please do more math based videos like this!

Beautiful.

that was BEAUTIFUL !

This looks like how regular animation rigging already works but with more math and way more confined

IK can be easily solved using a combination between sin and cos laws in conjunction with Pythagoras and complex numbers. You just need to make sure you figure out your singularities by adding appropriate constraints. The big issue with this approach is when parameters change especially rotational axes parameterising these is not possible with this method. I still like your approximation though.

derpy lizard ❤❤❤❤

My cat liked your visuals so much, she sat on my keyboard and pawed at the screen the whole time. 10/10 video.

AKA understanding the animation of rainworld

Nicely presented, but would have been nice to have seen the code off to the side to tie it all together

What is the exit condition if the target point is out of reach?

Hi! This video is incredible! I can really see the care and effort that went into it. I'm working on my first video about emergent behavior and would love to build on your fish rig for some boid simulations. Of course, I’d give full credit and link to your channel. I saw your pinned comment about using these techniques as a starting point, so I wanted to ask if it’s okay to adapt your work for my project. Big fan!

7 months with no videos, hoping you'll make a sequel to this!

How do i find the angle for the parametric equations?? Can anyone help me?

this is so good! i love your aesthetic!

Pretty great content! Do keep making more!!

maybe do boids next

rainnnnwurld

You should see makan gilani video been working on a game that works off of procedurall generation its so cool

Such a great quality explanation!

I don't work with this kind of thing, but it was so well explained, simple and beautiful that I simply enjoyed!!!! Amazing work!!!!

Why did you stop doing these videos???

hey do you mind to share which tool you used to demonstrate the animation, it looks so smooth

Really interesting vídeo. I’m studying AI and data science and recently I’ve been interested in Genetic Algorithms and its use in Deep learning

Это пиздец как круто!😮 Может после этой лекции станет проще работать с 3D-анимацией!

Amazing, you have unlocked the need to try this in game engines to see how they work...

UA-cam at its best. Subbed.

Sebastian 2.0 (I mean it as a compliment not sarcasm)

this video is amazing broo

❤❤❤ Using this technique maybe we can make a live wallpaper and for example fish will follow the cursor. Or maybe a fish group... 😊

very nice

One of the most beautifully made videos I’ve seen! Awesome editing and great writing! :)

MORE and sell a course

Just wonderful - thank you!

Amazing this Video :)

AND What is the fitness function used after the correct?