H18.5全新“稀疏”显卡解算器制作Pyro爆炸Houdini Minimal OpenCL Solver (Sparse) test with RTX3090

Houdini Explosion [Pyro simulation with GPU]

Another pyro fx simulation test with RTX3090, same as my last explosion with different sources and settings.
Simulation time for 100 frames (+ writing to the disk!): 18 min
Active Voxel Count: ~137m

** Houdini Minimal Solver and RTX3090 Review **
https://youtu.be/GbhPtTEv858

#houdini #houdinifx #explosion #rtx3090 #pyrofx
谷歌翻译：
使用RTX3090进行的另一个pyro fx模拟测试，与我上次使用不同源和设置进行的爆炸相同。
100帧的仿真时间（+写入磁盘！）：18分钟
主动体素数：〜137m

** Houdini最小规划求解和RTX3090评估**
https://youtu.be/GbhPtTEv858

#houdini #houdinifx＃爆炸＃rtx3090 #pyrofx

Houdini Minimal OpenCL Solver (Sparse) test with RTX3090 !

Testing Houdini Minimal OpenCL solve with RTX 3090 with Explosion, Fire, and Smoke simulation.

New minimal openCL solver in the Houdini 18.5 is using NVIDIA NanoVDB library, so it is much faster than CPU or even regular OpenCL in Pyro Solver,
But we need to have large GPU memory for the very high res simulations,
Maybe for the medium-scale Fire and Explosion simulations, RTX 3090 with 24Gb of memory is enough!?

I decided to do a short review of the minimal OpenCL solver and RTX3090.
I think the results are promising but…

Let me know about your results with other graphic cards especially RTX3080 and RTX2080 ti.

*** one more test with RTX3090 ***

https://youtu.be/rugGIWzALbU

#houdini #houdinifx #explosion #fire #smoke #pyrofx #rtx3090
谷歌翻译：
使用带有爆炸，火灾和烟雾模拟的RTX 3090测试Houdini Minimal OpenCL解决方案。

Houdini 18.5中新的最小化openCL求解器正在使用NVIDIA NanoVDB库，因此它比CPU甚至Pyro Solver中的常规OpenCL都快得多，
但是我们需要有很大的GPU内存才能进行高分辨率的仿真，
也许对于中等规模的火灾和爆炸模拟，具有24Gb内存的RTX 3090足够了！

我决定简短回顾一下最小的OpenCL求解器和RTX3090。
我认为结果令人鼓舞，但…

让我知道您使用其他图形卡（尤其是RTX3080和RTX2080 ti）的结果。

***使用RTX3090进行另一项测试***

https://youtu.be/rugGIWzALbU

#houdini #houdinifx＃爆炸＃火＃烟#pyrofx＃rtx3090