AHTYA 2.0 – pt. 06: Flower Tube Project Part 1
Added 2023-07-06 14:25:02 +0000 UTCWelcome to the second big project of our AHTYA Starter Kit Section. Over the next weeks and videos, we'll create the Flower Tube you know from the teaser, we will explore two very important concepts of Houdini (Groups and Attributes) and we will take a look at different ways of Rendering in Houdini.
In this video, we'll build the base of our setup, with more polymodelling and Vellum.
Comments
Hello, I was wondering how would I complete this if I wanted to instance pre-made geo instead of the sweep node? What node would I use to plug the vellum solver into that I can also plug the geo/file to, so that each geo is placed on a hair? I see that the sweep node has 2 specific inputs, but not many nodes have this kind of option so it is confusing me on what to do next. Thanks so much!
Danielle VanBrabant
2024-11-06 00:23:24 +0000 UTCHi Team. I am a new member of Patreon. Learning a lot from this series. I had a question regarding the materials created for these models. How are the materials created ? Is there a separate series on Entagma for creating procedural material. If not can some one point me to some resources on how to create procedural materials. Like how blender has shader nodes for creating materials. Thanks !
sumit bakhli
2024-08-29 16:58:06 +0000 UTCHi Guys! I don't know why, but the vellum solver after the first frame distorts the base of the "flowers" and makes them tremble. I've already tried editing with the Peak and fiddling with the vellum solver, but I can't. It is as if the flowers collapsed slightly on themselves, despite the absence of the force of gravity.
Jora Niery
2024-02-16 14:52:42 +0000 UTCYay, that's a great solution. Thank you! ☺️
Philipp Welsing
2023-08-24 08:20:41 +0000 UTCHey! Not only in your case, but in my example file as well. I quite liked the look and it made the scene a bit simpler. Here's how you can get a non deforming ring: Directly above the left input on the path deform wire in a pack node. And directly below the output of the path deform wire in an unpack node. This is a bit hacky, but it's the easiest, quickest way I know. Essentially were turning the torus into instanced geometry, which can only be moved, not deformed. And after our path animation were turning it back into standard geometry.
Entagma_Chris
2023-08-24 08:14:44 +0000 UTCHi Entagma! :-) When using the path deform, in my case the ring itself is deforming while travelling. Any way or setting to prevent this? Really want it to keep its shape. Thanks for your amazing work.
Philipp Welsing
2023-08-20 14:29:11 +0000 UTCWhoops, sorry for joining in so late. The easiest way to resolve stuck hair is to start out with a larger main radius on the torus node and then keyframe it smaller over the first couple simulation frames. So essentially the torus starts out large enough to touch no hair and then shrinks to collide with them.
Entagma_Chris
2023-08-17 10:41:36 +0000 UTCHey! Thanks, I was having the same problem. I also reduced the friction on the vellum solver node which seems to have helped
Sonia Lange
2023-08-11 08:02:16 +0000 UTCJust managed to solve the problem by playing with the Scatter's seed. It seems like you just have to find the right parameter to prevent any hair from being stuck.
Benoît Texier
2023-08-01 09:19:36 +0000 UTCHey guys. It seems that in your simulation, there's no problem, but in my case, a few hairs get "trapped" inside the torus at the beginning of the simulation. These hairs stretch a lot because the highest point of the hair remains stuck inside the torus until they forcefully detach themselves. Is there a way to ensure a clean simulation without any hair inside the torus? I've tried adjusting the peak and the torus' thickness, but if the hair is too short, it doesn't interact with the torus properly. On the other hand, the longer the hair, the more lines being trapped at the beginning of the simulation. Any ideas on how to solve this?
Benoît Texier
2023-07-31 22:44:18 +0000 UTC
