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Our rapidly reusable moulding technology could decrease this cost further.

How have i missed this in my research

You guys don't happen to know about Fluid Flux in Unreal Engine?

That's amazing!

Thank

is there any way to create this in houdini? would really love to be able to use this!

Hi! Is this made in rhino or grasshopper? What commands are used to create such curves?

Very good job. How do you produce the animation of the fabrics? it is amazing.

My name is Sigmoid. Sigmoid Steepness.

They should simulate the fabric draping over two spheres.

You guys are awesome

goodjob

Interesting

I am super fascinated in the study! This really helps my personal studies too lately. Its really explained very well

Can anyone link to this simulation code, or any other similiar simulation code?

WOW

Incredible!

Are there any updates on support for non-heightfield terrain or the dynamic cage computation? This technology is critical for the future of dynamic voxel worlds.

Has anyone else tried to clone the repo from the project site to run MADYPG interactive app locally? I'm running into nothing but vcpkg errors due to the magnum submodule dependencies not being included :(

thank you so much for sharing this masterpiece! great work truly

this can change many games ... or generate new ones ... this one can add more realism to any real time simulation. HUGE WORK and accomplishment. well done and thank you for sharing this state of the ART.

Great work!

6:05 👀

Incredible!

2 min papers

two minute papers pog

Impressive!!!

Incredible work!! What a time to be alive!! 😄

That is amazing!!!!! Saw first at 2 minutes video. Your are doing an incredible job!!!!

Impressive work! And great explanation. It's such an elegant solution and high performance that I'm sure it will be adapted in video games in a short time. But also for all kinds of cloth simulation and rendering in animation it's a great boost, going down from hours and days to real time. What a huge leap forward!

Wow 😲 What a time to be alive!

Nice work!

I was sent from two minute papers, amazing stuff!

Перешел от Two Minute Papers. Браво!

Thank you for the amazing paper and great presentation !

Anyone know how to export the animation ?

Feels like there is a layer of latex on top of the water, or like boiled milk. But a great piece of tech!

there are so many applications for this!!! great algorithm

Neat. You could make this suitable in video games by doing something similar with textures instead of geometry. In other words, blend between different textures of the yarn, which are captured from the yarn simulation under different deformations. Then depending on the vertex positions, derive per-vertex blending weights for each of the possible texures. Something similar is done for wrinkle maps for face animations.

this is very cool, great work!

I'm really surprised how much research goes into yarn simulations, given their limited application in things like games, for instance.

Thanks, and it's so clear & nice animation!

Can we use that in our project?

unreal and unity3d ,both are there ,why dont you guys create a github project and share to the world? , who uses this standlone code and shaders ?

I'm not an expert, but transporting this glass to the building site must be a nightmare. One crack and you have to make the piece all over again. But the end result is spectacular. Great work.

This reminds me of when I would sit at the tail of the boat watching the waves as they gets pushed away by the engine

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