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How well would this method work for plate tectonics? Would it be able to cause breaks in the simulated crust to form new plates?

You're looking for big problems with Meshy, fine.

taichi is otherwordly

Where in heck are machine specs?

Is it possible to use this in realtime game engines like Unreal? Amazing tech

谢谢大佬的工作！python和gpu之间就差了您的taichi！

0:02 2:45 PLEASE PUT A SEIZURE WARNING AT THE BEGINNING OF THE TITLE (wheels sim) @Yuanming Hu

Like a crab's exoskeleton

Amazing

This is great! Congrats

Hi Taichi. Do you have an English translation?

Thanks but can a newer and more comprehensive tutorial also be made

can we use Taichi for sparse linear algebra calculations like Eigenvalue computation of a large sparse matrix?

when will this finally be useable?? We really need an alternative to the expensive proprietary solutions

Great work

hello. how do I get the effect on the last frame with the penetration of cubes?

我们矿山领域的软件有一个短板就是不能渲染超大的块模型，比如超过几千万个块就几乎渲染不出来。 我们现在用的块是3公里乘2公里，高度是500米，块的大小只能做的很大。比如25乘25乘12。能不能通过你们做出的物理引擎来进行渲染分辨率更小的比如1米乘1米乘1米的块模型呢？ 非常感谢！ 除了渲染以外，我们通常会圈定出一个区域来进行块模型属性的报告，比如在这个区域内体积，质量，和平均的金属品位等。

大神！我是一名采矿工程师，我们领域的块模型，跟体素一模一样，我们是用块来储存地质信息比如岩性和金属品位。然后做出资源模型。就是一个区域内大概含有金属量有多少。 然后我们的工作几乎全是围绕这个块模型。 基本的储存格式是csv，里面有每个块的坐标和属性。

LoL, this is name is exactly like "太极拳" 🙂

1:21:54 maybe you can look at the random123 library? That is stateless and much easier to parallelize without any locking.

38:00 大神谦虚的说：＂自己的智商如何如何＂😂😂😂

When will have taichi con again? Where can I register to attend? Thank you very much!

If you worked on making a plugin to the Unreal Engine for this, you would get tons and tons more traffic on this. Real-time water physics for small-scale games would quite literally revolutionize a lot of game-styles. I've looked at FLIP and SPH methods, but your MLS-MPM approach seems much, much faster. Pretty much all games use flat-plane geometry with oscillations of the surface to represent water-interaction. With the push into the "metaverse" idea, players have been wanting to interact with their games more and more (voxel games for example). Flat-plane water techniques fall apart fairly fast in a non-static world where the players can modify the terrain. The currently available techniques are limited to very small volumes or very slow run-times (examples below): SPH method th-cam.com/video/7ojILF1Dmro/w-d-xo.html FLIP method th-cam.com/video/uW1z2taixQo/w-d-xo.html

我会说一点中文。 我是美国学生。 我在学校学中文。Tai Chi有意思。谢谢你的工作。

add to blender plz

Thank you for sharing.

Awesome!

good video

Excellent work!!

I hope you make more videos or possibly a live stream, would love to know the possibilities.

Any reason the code file won’t show and saying try again? Amazing read I want to scale this myself.

Though I do not really know about Taichi, It is really cool and so many efforts behind it. Now I am wondering if it can combining with neural rendering techniques...

再次膜拜大佬

膜拜大佬

Awesome!

This is definitely the next big thing, also great idea for the name!

Sir i think this language next brilliant language which is going to rock this earth...

soooo cool. way underated. thanks

Hello! This looks amazing, how could one implement this code in practice? and would it be possible to export the end product to a popular CAD modelling software in formats such as STL or OBJ? Thanks.

Thank you!

you have github access in china?

I love you for the work you are doing. from the bottom of my heart. thanks!

Hello, @Yuanming Hu On what hardware was this simulation calculated? And how much time and memory did the miscalculation take? And how long can it take to render 100 million particles of water or snow or sand? As far as I understood, Elastic simulation is the least time consuming. Or the simulation of Sand.

thats super impressive. they are even deformable.

No no no no!! This whole video gives you the impression that Taichi is a high-performance *programming language* when it reality it's just a *Python library* ... Even one Python function call per element is far too expensive to call this a high-performance ANYTHING, and I believe this video is extremely misleading. Shame on you for false marketing.

Hi! What attributes does any of those particles have (except density)?

Hi there! Is that some kind of voxels? Do you use the octrees? Is there any connection with the cellular automata?

Cool work! Thanks for it!

I saw lots of MPM simulations for soft jelly-like objects, would MPM be suitable for simulating the fracture of a hard object (crystal) with a high Young's modulus? (Maybe a much smaller time step is needed?) Thank you!

Fantastic work, thank you.