Beautiful work, all those fine details on the edges of the fractures are beyond amazing. You could almost convince me that some of these scenes were just filmed instead of being simulated.
Papers like this are why I became an Engineer...unfortunately I don't have time to write my own...I must live vicariously through the work of these focused youth! Ad Astra!
Interesting results and very nice visualization. Does the traditional MPM use linear interpolation functions in the simulations? Are there some specific fracture criteria, or is it inherent to the constitutive model?
No. Rabbit, armadillos, dragon etc are famous free scanned meshes ( graphics.stanford.edu/data/3Dscanrep/ ), available for all science purposes. That is why they used so often. May be, they become memetic for years.
Who technically owns this footage? I’m considering using some of these clips in a music video, and want permission to do so. Can I do that if the footage is owned by a university?
how long did these take to render and what hardware was used? Nevermind, in the video! Intel I7-8700K with 12 threads (assumed 12 software threads) Cookie: 1.67m particles, 634.5 sec/frame (10.5 minutes to simulate a single frame) CRABS: 0.918m particles, 96.8 sec/frame (~1.6 minutes per frame) Watermelon: 1.75m particles, 313.4 sec/frame (~5 minutes per frame) Pumpkins: 1.02m particles, 176.7 sec/frame (~3 minutes per frame) Octocats: 0.690m particles, 17.6 sec/frame (~4 frames per minute) JELLO T-REX: 1.43m particles, 538.8 sec/frame (~9 minutes per frame) Fence: 1.45m particles, 175.2 sec/frame (~3 minutes per frame) Armadillo: 8.27m particles, 118.3 sec/frame (~2 minutes per frame) JELLO TWIST: 7.79m particles, 548.6 sec/frame (~9 minutes per frame) BREADS: 11.5m particles, 331.7 sec/frame (~5.5 minutes per frame)
the scary part is, that if we're this close to simulating the physics of our reality with such accuracy that it is almost indistinguishable from our reality, then who's to say that our very own reality is actually being simulated in real time by some super mega cosmic quantum computer?
![[SIGGRAPH 2020] AnisoMPM: Animating Anisotropic Damage Mechanics](http://i.ytimg.com/vi/eXJi7pkUZn0/mqdefault.jpg)
![[SIGGRAPH 2020] AnisoMPM: Animating Anisotropic Damage Mechanics](/img/tr.png)
![[SIGGRAPH 2017] Anisotropic Elastoplasticity for Cloth, Knit and Hair Frictional Contact](http://i.ytimg.com/vi/eGtB0VXJsuI/mqdefault.jpg)
![[SIGGRAPH Asia 2019] The Taichi Programming Language](http://i.ytimg.com/vi/wKw8LMF3Djo/mqdefault.jpg)
"With three realistic armadillos..." LOL
wobbly armadillos
Beautiful work, all those fine details on the edges of the fractures are beyond amazing. You could almost convince me that some of these scenes were just filmed instead of being simulated.
I'm showing this to my class
They all liked it. Good example of where elastics simulation is at in 2019.
This is so exciting! The T-rex was impressive, but that bread-tear had me clapping!
From your paper to Houdini nodes, with wings please.
Breaking bread with Science! Great video
Why is there that little views, upvotes and subscribers to this? I actually had to double check to make sure this is real. Mind blowing
The choice of objects to showcase is just priceless. Well done on the simulation model!
Papers like this are why I became an Engineer...unfortunately I don't have time to write my own...I must live vicariously through the work of these focused youth! Ad Astra!
WOW this is super impressive! I would love to see this kind of physics in future games :D
you guys are amazing, I wish there was some way to celebrate all of you guys because these simulation videos are just so cool
Wow! Amazing work. This is the future!
truly impressive work
This is mind-blowing work. Bravo!
Wow - this is amazing :)
I'm more and more convinced that we are, in fact, in a simulation... That bread actually made me hungry.
THIS IS INSANE!
Outstanding work!
The bread looks like a sponge
Douwe E. ...Bread kind of is a sponge.
That’s what bread is: a starchy gluten sponge.
Will you ever release the code?
"....and here we torture an armadillo!"
Both CD-MPM and Silly Rubber are now open-sourced and ready for use! Find it here: github.com/squarefk/ziran2019
That watermelon looked too much like jello
Wow, this is so cool!
that would be epic as a VR Demo
@@mongolman3492 When the Time is up, the Hardware would be good enough for this.
Most impressive
I'd like to see this simulate an airplane crash. Most CGI crashes don't accurately show the twisting/stretching of the aluminum skin.
There are some and they figured out that carbon could save a lot of lifes but its too expansive
@@GrinderFX expansive or expensive?
@@spordel yes expensive. They dont care about life, its more important to safe some bucks.
I lost a few brain cells reading these comments
Just wow. Simulation times are still somewhat high (relatively speaking ;) ), but the results... wow!
Interesting results and very nice visualization. Does the traditional MPM use linear interpolation functions in the simulations? Are there some specific fracture criteria, or is it inherent to the constitutive model?
amazing! which program did you use?
They... are showcasing their program?
Voice of HomeWorld :p
Is this thing with armadillos a meme or something? We see it in every SIGGRAPH
No. Rabbit, armadillos, dragon etc are famous free scanned meshes ( graphics.stanford.edu/data/3Dscanrep/ ), available for all science purposes. That is why they used so often. May be, they become memetic for years.
a meme in the computer graphics community
@@BigOlSmellyFlashlight blender default cube
blender default slightly tilted camera angle
“Sandwich cookie”
*INTERNAL RAGE*
Maybe because of copyright they can’t say Oreo
@@Prism00n But it says. literally says Oreo on the "Sandwich cookie". Guess that's what they are called now.
3:56 ew
Who technically owns this footage? I’m considering using some of these clips in a music video, and want permission to do so. Can I do that if the footage is owned by a university?
I hope ed boon will implement this technology in future mortal kombat titles
Hi, this is amazing work!
One question though: Why do you hate armadillos so much? :D
lol i was going to ask the same question
That bread at the start looks so appetizing lol
so all this visualization is done with Blender?
I want this in Blender right now.
looks delicious!
"Breaking Bread"
Yea don't tell me this pun wasn't f***ing intended
this pun wasn't f***ing intended
Is this available to the public? Can this be done in blender??
:58 what exactly is a background scratchpad grid? :x
quite cool.
I always wanted to see a rabbit crack open!
That bread is one major health hazard! A mold universe!
Oh I wish I studied at school to undestand all this math...
Bring it to Blender baby!!
Molecular addon
th-cam.com/video/SRYdvsNa2Ac/w-d-xo.html
@@user-yn9mp4bt3q oof amazing, thanks!
The real question is how did you make that gun fire an entire cartridge and not just the bullet?
When will this stuff be available?
Does anyone know which software they have used to render those simulations? Would anyone also recommend blender to achieve a similar result?
3:44 big lizard go bye bye
can this simulation be introduce into Blender 3D software?
how long did these take to render and what hardware was used? Nevermind, in the video!
Intel I7-8700K with 12 threads (assumed 12 software threads)
Cookie: 1.67m particles, 634.5 sec/frame (10.5 minutes to simulate a single frame)
CRABS: 0.918m particles, 96.8 sec/frame (~1.6 minutes per frame)
Watermelon: 1.75m particles, 313.4 sec/frame (~5 minutes per frame)
Pumpkins: 1.02m particles, 176.7 sec/frame (~3 minutes per frame)
Octocats: 0.690m particles, 17.6 sec/frame (~4 frames per minute)
JELLO T-REX: 1.43m particles, 538.8 sec/frame (~9 minutes per frame)
Fence: 1.45m particles, 175.2 sec/frame (~3 minutes per frame)
Armadillo: 8.27m particles, 118.3 sec/frame (~2 minutes per frame)
JELLO TWIST: 7.79m particles, 548.6 sec/frame (~9 minutes per frame)
BREADS: 11.5m particles, 331.7 sec/frame (~5.5 minutes per frame)
While this is cool in concept... I can't get excited about this stuff until they can do this in real-time.
bravo
3:00
(when they start actually breaking stuff)
wow!
The T-rex bullet demo is clearly neglecting cavitation effects from the bullet
Wow
Guys can someone provide me with a MATLAB implementation code for this MPM please
Thank you
looks delicious
most of the stuff looks either like sponge if it's not a jelly
LINK TO THE PAPER come on guys.
HERE:
joshuahwolper.com/publications
Bluedrake squad
3:56
О.О
how did I found myself here?
daym
I wish I understood what is going on here
1:37. SCIENCE.
04:09, this is just cruel ...
R.I.P. CPU
But WTF?! I don't find any words... o.O
Why? It's not real-time.
poor armadillos
2:53 /r/simulated
Bread
the scary part is, that if we're this close to simulating the physics of our reality with such accuracy that it is almost indistinguishable from our reality, then who's to say that our very own reality is actually being simulated in real time by some super mega cosmic quantum computer?
OCTOCATS
“Sandwich cookie” you mean a smore.
How dare you rip apart an armadillo!
The actual real world application: Call of Duty.
Beamng.drive 2
while I really don't want to diminish this impressive feat, couldn't they have chosen a less bland looking bread to animate?
the phase field dinosaur destruction looks too gruesome.
The armadillo limb pull-off is worse
No, the dino has splaatter
are you serious?
Nice pfp
They should add realistic colouring and blood just to keep us looking