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Very helpful! I tried using it with an animated mesh. It kind of works, but some lines disappear after the meshes separate.. any idea how to fix?

This is really useful, thanks a lot!

neatiful solution!

Fantastic! Thank you for this.

You could easily teach a 5year old rocket science.Brilliant stuff as always

Very nice, some explanation about some nodes like tangent field could help

que crack Konstantin!

You are notoriously a great example, you always have very interesting things in mind, thank you

I have played around with this in the past but that's so much more elegant, nice!

LOVE it. Thanks so much!

Great way of doing it

This is amazing, the Entagma process was already a cool way of doing it but that first 2 nodes solution is wicked!

such a cool effect

ohh thanks for sharing !

ah just another banger.

Hi! Awesome tutorial as always, I tried to bevel a grid as you did at the begginning because I didn't know it was possinle, and in fact it didn't work for me (although we use the exact same version of houdini) I had to load a very old version of the polybevel to make it work on a grid. Did you do anything on your scene / houdini to be able to do it with the current version of the poly bevel?

thank you Magnus. Very useful as always. Could you make tutorial about customizing UI?

is it option for 20.5 only?

It's too awesome. I noticed that your vector skills are fully utilized👍

Glad I found your channel, God bless you bro ❤

This is beautifully elegant and effective. Bravo

The clipping part by uvdist is Brilliant. I always used labs boolean curve to solve the problem before applying the position. 🙌🙌🙌

depending on the input im having an issue where the sweep twists have i done something wrong or is this a limitation of the vex?

Thank you Konstantin , this was so cool

Thank you Magnus. Another great tutorial.

More info than most 30 minutes tutorials in just 6! You set the level very hihg :) Do you plan on doing a more indepth dive into the heightfield related nodes?

Thanks!!!!

Nice!

Wow!

very cool!

// VOLUME WRANGLE vector pos[] = detail(1, 'pos', 0); float weight = 0.0; float height = 0.0; foreach(vector p; pos){ float d = distance2(v@P, set(p.x, 0.0, p.z)); float w = 1.0 / (d * d * d); weight += w; height += p.y * w; } f@height = height / weight;

Thanks brother

Amazing

Really cool stuff! is this technique able to work with a curve instead of a circle?

its possible to paint the attribute for chosing where is small or not ?

awesome

Very well explained! Even an amateur beginner Houdini user is able to follow this:) I'm wondering, could this method also work with a vdb sequence?

Thanks!

Thank you

thank you, it is excellent.

GOAT. Thank you!

Thank you

Incredibly helpful and mystifying in equal measure, as always. Thank you!

Learned so much today, thanx to you Konstantin. You’re the simply best! Lotsa cheers… 🙏🙏🫶🫶🫶👍👍👍

Great, Konstantin! Thank You very much!

cool

Thank you for sharing

Is "vertexcurveparam" basically a universal "curveu"? That would be super handy... EDIT: It's not. As it is generated depending on the vertex positions. Ha! It still is as long as the curve's points are evenly spaced.

Awesome! Thank you! Did you see Ben Watts' take on this in his Houdini talk? He implemented a simple ground collision as well.

Great tutorial. Thank you again :)