01-24-2020, 01:06 PM
I've looked your file (i7 - 32GB Ram), and indeed it's very slow.
But I wouldn't blame Tyflow here, but rather the workflow. For example, I saw you placed 100 bind connections per particle.
I hardly know the case where you need more then 10.
Your voxels are very very small, and I understand why you used custers (you probably wanted organic sticky snow), but when I visualize cluster, it doesn't make much sense to me (they are grouped at the middle).
What I'd suggest you to do, is to create a "small res" Tyflow sim of snow with voxels, and then use another flow (and birth flow) to increase particle numbers.
Here is the sample:
https://vimeo.com/335055310
And the tutorial:
https://youtu.be/BpslvHU4PFQ
There is also other granural tutorials on youtube, and I suggest you to take a look at it.
Also, I think you can't compare Tyflow with Phoenix FD, because Tyflow is not a fluid solver, and a completely different beast.
Hope that helps.
But I wouldn't blame Tyflow here, but rather the workflow. For example, I saw you placed 100 bind connections per particle.
I hardly know the case where you need more then 10.
Your voxels are very very small, and I understand why you used custers (you probably wanted organic sticky snow), but when I visualize cluster, it doesn't make much sense to me (they are grouped at the middle).
What I'd suggest you to do, is to create a "small res" Tyflow sim of snow with voxels, and then use another flow (and birth flow) to increase particle numbers.
Here is the sample:
https://vimeo.com/335055310
And the tutorial:
https://youtu.be/BpslvHU4PFQ
There is also other granural tutorials on youtube, and I suggest you to take a look at it.
Also, I think you can't compare Tyflow with Phoenix FD, because Tyflow is not a fluid solver, and a completely different beast.
Hope that helps.