Cool! At first I was like 'I can generate a few variations with a Repeat Zone, i don't need this fancy new one for *this* use case!'. But then I've compared the two methods and the For Each Zone can get 10x faster! Parallelism! 👍
This rocks so clever and exact kind of content I’m looking for. I recommend picking up an shure sm57 mic and umc404hd audio interface (both cheap and industry std) to fix the crazy aliased audio. Add compression and noise gate boom 💥
Amazing tutorial, Bradley! ❤🔥 Also, i was wondering, does this node open up new posibilities for a much more accurate and simplified collision detection node group or a circuit board generator(similar to your experimental version you created before)? and if so, are you planning to make an updated tutorial on the circuit board generator? thanks
No. "For each element" is a [parallel loop] that each loop is [independent] of each other. Collision often requires a detection and solution [depending] on the previous detection and solution, and therefore a [serial loop] as by the "repeat" zone. This is the same for my "tree generator", the new branches have to be built on the previous branches, so they are using the repeat zone as a main function.
![[Tut] Set Geometry Origin for "Split to Instances" node - Blender Geometry Nodes Fundamental 4.1+](http://i.ytimg.com/vi/Gl6rSdW3Nkg/mqdefault.jpg)
![[Tut] Set Geometry Origin for "Split to Instances" node - Blender Geometry Nodes Fundamental 4.1+](/img/tr.png)
When you are not sounding stressed out or rushed your tutorials are really really good. This was fantastic.
And there is finally a for loop.....
very interesting. Love your custom nodes btw
Thank you Bradley, as always top explanations, I just love that
Amazing Tutorial!!!
I still couldn't figure out what this feature was that was added
Thanks for the detailed explanation!!!!
Cool! At first I was like 'I can generate a few variations with a Repeat Zone, i don't need this fancy new one for *this* use case!'. But then I've compared the two methods and the For Each Zone can get 10x faster! Parallelism! 👍
This rocks so clever and exact kind of content I’m looking for. I recommend picking up an shure sm57 mic and umc404hd audio interface (both cheap and industry std) to fix the crazy aliased audio. Add compression and noise gate boom 💥
Amazing tutorial, Bradley! ❤🔥 Also, i was wondering, does this node open up new posibilities for a much more accurate and simplified collision detection node group or a circuit board generator(similar to your experimental version you created before)? and if so, are you planning to make an updated tutorial on the circuit board generator? thanks
No. "For each element" is a [parallel loop] that each loop is [independent] of each other. Collision often requires a detection and solution [depending] on the previous detection and solution, and therefore a [serial loop] as by the "repeat" zone.
This is the same for my "tree generator", the new branches have to be built on the previous branches, so they are using the repeat zone as a main function.
Thank you bradley