Is this formulation valid for industrial use? Does it have proper mathematics behind it? Because I saw that frigate, how accurately does it depict real life flow?
This is not valid for any industrial use, and it depicts real life very poorly. This methods are used mostly for CGI and the VFX industry. You should be looking at other software for what you want
@@diogoferreira6589 The main advantage of something like this is performance. Its thousands of times faster than a 100% realistic simulation while still producing at least photo realistic effects. Smaller scale versions can run in real time, and the effect can be used in video games and movies to great effect.
It is, it is used for high deformation models, star collisions, some particle modelling for the aggro industry. The model is called sph, there is not too much info about it online. It does have proper mathematics, it uses the lagrangian form of navier stokes equations.
do you even know what Nvidia Flex is .. its exactly like this running in real time and the results are very accurate .. in blender i could utilize this in very interesting ways and make some interesting exparaments ... i just wish i knew where the plug in was found
![[SIGGRAPH 2018] Moving Least Squares MPM with Compatible Particle-in-Cell](http://i.ytimg.com/vi/8iyvhGF9f7o/mqdefault.jpg)
![[SIGGRAPH 2018] A Multi-Scale Model for Simulating Liquid-Fabric Interactions](http://i.ytimg.com/vi/xvyGpBKevLM/mqdefault.jpg)
its ingredible what 3d modeling can make!
Is this formulation valid for industrial use? Does it have proper mathematics behind it? Because I saw that frigate, how accurately does it depict real life flow?
This is not valid for any industrial use, and it depicts real life very poorly. This methods are used mostly for CGI and the VFX industry. You should be looking at other software for what you want
@@diogoferreira6589 The main advantage of something like this is performance. Its thousands of times faster than a 100% realistic simulation while still producing at least photo realistic effects. Smaller scale versions can run in real time, and the effect can be used in video games and movies to great effect.
It is, it is used for high deformation models, star collisions, some particle modelling for the aggro industry. The model is called sph, there is not too much info about it online. It does have proper mathematics, it uses the lagrangian form of navier stokes equations.
Programs are so future now that they can make real water
So real, I can drink it
This was 6 months ago? Should’ve used “futuristic”
COOL
i can do these in realtime in Nvidia Flex :3 .. at any rate i would love to do these in blender
do you even know what Nvidia Flex is .. its exactly like this running in real time and the results are very accurate .. in blender i could utilize this in very interesting ways and make some interesting exparaments ... i just wish i knew where the plug in was found
It's not the same as this at all lol.
no, no, aaaaand no.
@@grimtin10 Anyone gonna break the news?
@@DannyPJezz apparently not yet
見てるだけでストレス解消になる！
2 turkish people worked on this, wow
racist much?
@@thelonlypanda1 Bruh I'm turkish I was just happy to see people from my country in a project like this
Why not use this in games for ps4, for example ???
While I'm no expert it would probably take up all your space on the console...
Adelia Silva - haha lol
it takes 6 seconds to compute a frame, most games like that are 60 frames a second, it would take 6 minutes to generate one second.
@@pillarshipempireemployee0142 6 seconds is an extreme underestimate for most systems. it probably be more like 1-8 hrs a frame
@@jonaldjohnston2609 It looked like it said six seconds, but I might be wrong.
while GPU and CPU : Ahh I think i ate Plutonium ....
Using a ball to show the interaction with fluid as density increases is not that interesting... Try to replace it with a cube :)
No one cares what you think, it is interesting
😁😁😁🤣😂😃🤩🥳