@acegikmo I’ve only watched the first three minutes of this and it’s already next level amazing

@acegikmo the animations are just gorgeous!! thank you for making this 💜

@acegikmo woooooooooo!!! Congrats. 🎉🎊🍾

@acegikmo The content of your YT is amazing, will definitely subscribe

@acegikmo There is quite a bit inside this video that is directly useful for my hobby programming. So thank you for sticking to it and making this video. I already enjoyed your documentation on social platforms of this work during the year. Bezier curves are already awesome and this opens up so much further than just that.😍​

@acegikmo "yeets of to fucking wherever" 😙🤌

@acegikmo oh my goodness, incredible! Thank you for making this 🙏

@acegikmo Just watched this and it was wonderful! I can really see how deep the rabbithole was and how carefully focused this had to be - I'm glad you found a good set of things to cover, and extremely well!

@acegikmo
What an incredible video! 😍 Absolutely stunned by how accessibility and depth. Its got my gears turning now about how I could improve some of the splines I've been using...

@acegikmo This is lovely! Do you have a making of?

@acegikmo this is incredible. If I were still TAing undergrad graphics students this would just replace my lecture on splines completely

@acegikmo why yes, the wedge product producing a bivector IS a whole 'nother video...

@acegikmo started the introduction tonight and can’t wait to watch the rest of the weekend!! Looks amazing!!!!!!!

@acegikmo An absolutely lovely deep dive. The animations are sublime. Not only elegant, beautiful, but essential for understanding the concepts for the non-mathematicians. Wow.

@acegikmo fantastic video! i learned a lot! thanks!

@acegikmo Once again: This is absolutely amazing, I don't think I've ever seen anything this well presented, both visually, in content, and in structure.

@acegikmo this is marvelous, thank you for putting it together so clearly!