Ok, this is probably Animator mentor but for blender! I subscribed to the cloud today and I'm super hyped seeing this here. can't wait to get started

"Squash ANS", that reaction haha ;)

OMG, this all updated already? no excuse to miss it.

Hjalti, just wanted to say I appreciate all these new animation courses, thanks for being so enthusiastic and thorough.

i wish there was a triple like button for this course. thank you for explaining the what and the why

yaaay thanks for this

grrreen!

Good visual explanation of these concepts.

Hello, can we do this in simulation?

Love this so far. Signed up to blender cloud because of this. It's so difficult to find good animation tutorials online, even paid. Very happy to have found this :)

Honestly video is too long for only 3 principles of animation. For me same 3 principles are explained way better (visually) and quicker in below video. https://www.youtube.com/watch?v=uDqjIdI4bF4&list=PL-bOh8btec4CXd2ya1NmSKpi92U_l6ZJd&index=13

At around 31 minutes when discussing spacing favoring in the opposite direction of the bouncing ball, I found that imagining a "hovering" object acting like a spring w/ downwards force and then released helped visualize this in a setting/use case where you might want to apply this principle.

This is probably the best 3d animation course I've seen.

I learned and had as much fun. Thanks.

3:30 bouyancy = the ability or tendency to float in water or air or some other fluid. bounciness = the quality of a substance that is able to rebound

Bonjour, existe t-il une traduction française s'il vous plaît?

This is so good, I learned so much in this video!

The lines you start drawing in relation to the bounce effect (5:41) started me thinking of the Golden Ratio and the Fibonacci number which, in my limited mind, are one and the same. If converted to units of measurements and reversed, you can almost map this animation out without the reference. For example, if you started with a unit of 34 for the first bounce, the next units of distance would be 21, 13, 8, 5, 3, 2, 1, 1 then zero.

Damn I've paid for subscription but never got here ..... Many thanks, great video I've learned a lot of :) , lol does remind fibonacci sequence

Honestly, the sound effects of the ball moving are probably my favorite part. You know, in addition to the absolutely fantastic content.

I appreciate the videos, however, a ball doesn't stretch BEFORE it hits the ground. this ignores a fundamental principle. for an object to react to a force, the force must first be acted upon it. As its falling, its going to maintain its shape until it is squashed by the impact of hitting the ground. Once it hits the ground and squashes, then when it comes up up again, it will stretch as a reaction to being squashed by the ground. So. Its in the air, its round. It hits the ground, it squashes. It comes off of the ground and reacts to the squash by stretching a little, then settles back into its round state.

After completing the course, now I think this is the most important part of it!

When the ball stretches before impacting and squashing I guessing this is for visual appeal? I'm not sure if an object would do that physically.

I found this very informative. It also cleared up for me some concepts that I was thinking all to deep in.

The comment section here is on fire. Thank you for the feedback. I've also signed up for blender cloud

Graduated AM and looking for more to learn. Loving this series so far, would love to see more advanced acting topics in the future!

Holy mama what a golden course. Blender Institute is the best cgi thing in this world. Thanks for this!