NO ONE has any idea how much I`d love to be a zero-g environment, with lots of water & how much I`d be trying to drink & chug it in different ways!!!! From a popped balloon, from a glass, from a straw, from a water gun, from my hands, from mid-air, from a bottle, from a bottle with a sport cap, from a can, from a bowl, from a bag...And I`d absolutely love to see what it looks like you open a bottle of fizzy water in a zero-g environment!!!! And drinking that water! It`s too much to dream of!
@Hydrophile44 The other night I had a dream.... that I plugged a power adapter for one of those "plasm sphere" things you get from spencers, and the entire tv room lost gravity, it was awsome.
@TechnoStickmen I actually thought I was commenting on a different video when I said that stuff: (NASA WAter Balloons in G HIgh Quality). I`m not sure how my comments for that vid. ended up here, but whatever. Anyway, your dream about the plasma sphere and the zero-g tv room sounds pretty cool. I`d like to dream something like that sometime, something with zero-g action in it. And a whole lot more water!! Especially water that I could drink!!
@TechnoStickmen I have only looked at it briefly and a bit sad that the navigation is so different from Maya, because I would love to learn it. Its free and you don’t have to install it. It’s brilliant!
well i thought that you input-ed a very high density for the sphere and let the program calculate the attraction. if so the pull would basically be gravity and the fall of would be just like in nature, inversely proportional to the square of the distance between a drop of water and the sphere
@oanradukvids well, the attraction may get get incredibly strong incredibly fast, but the distance that the water would be attracted at all would also be great. This is fun stuff! By the way in the program I used, I only set attraction force and area of effect, so It wouldn't be gravity after all. However there is an awsome game calledf universe sandbox lol!
@avaiboot This one wart actually made on my 2009 notebook with only a 2.2Ghz duel core processer and three gigs of ram... this stuff is cpu and ram dependant so this was the best my computer could dish out lol. The render took so long that I wasn't up to fixing the mistakes such as lighting, shadows, etc. Today I have a desktop I put together, It currently has a 3.3Ghz 6-cor proc., 16 gigs RAM, and a pro 3d workstation gpu (fire pro v5800). I'm soon getting 3.6 Ghz 8-core and a 2nd gpu, WOOT!
@avaiboot I literally copied this from Newegg . com lol "AMD FX-8150 Zambezi 3.6GHz Socket AM3+ 125W Eight-Core Desktop Processor" no hyperthreading or multi threading like intel, but the fact that it's 8 physical cores is BEAST.
@oanradukvids The domain itself that the simulation takes place in has no gravity, however the sphere has a strong gravitational pull, but with a very steep gravitational fall off which as far as I know doesn't occur in nature. Given that it's fall off of attraction is similar to that of a magnetic field's fall off, but isn't attracted in a specific path, means the orientation of the sphere doesn't matter. Also, it's atracting fluid and not metal, so it's an unknown field force.
@TechnoStickmen entire earth at minimum? More like it has more matter than 3x the mass of the core of the sun packed into the volume less than a bullet... XD
Given my understanding in physics, this is not what water would do at all. There are many flaws in this first of that ring shape in the beginning is almost impossible to keep as perfect like that since water has a tendency to stick together normaly forming a sphere. As for the orbiting thing I don't know who the hell though waters mass is strong enough to actually create a noticeably fast orbit on its self... sorry for my English btw.
@INMATE2468 lol. it's alright, I have already seen these flaws (made with a free program) this program does not take atmospheric pressure into account nor does it acount for water's tendency to contrct itself to a natural sphere. As for the orbit... it wasn't the water's mass, but the 3 billion grams per square inch mass (crazy but awesome!) of the sphere that had a gravitational fall off similar to that of a magnet. You are correct, this is ver unrealistic, but I had fun!
@TechnoStickmen Assume gravity was not simulated, but that surface tension was modeled. Then that the simulation started simultanously with the ball moving. So you are not seing a simulation of gravity attraction between a small sphere and a torus of water, but a torus of water finding its minimum entropy level by lowering its surface area. Or something.
@youskeff On the other hand, some free blobs of water are rotation around the central blob of water. So gravity is simulated after all, "just" not the field from the earth.
@youskeff yeah it would be awsome if the simulator I used wased upgraded to simulate water skin tension, self attraction, you should see the video demo to flowline (it's a fluid dynamic simultion software that is used in su things like movies such as 2012 and what not). Their demo on what they can do is incredible!
@lello887 yeah, thats totally true, if that were to be in real space, for the water to be attracted like that, that ball would have such a high density.... we probably wouldnt be watching it lol :)
@naython13 If that little sphere was dense enough to do that....(taking into account that this simulation is about 1/3 real life speed and in a domain of .5 meters) this little sphere would need to have an insane density of around 3billion g/cm3!! Lol that's crazy... that would be the same density of the Earth if Earth was compressed to something around 3.36km in diameter! This sphere acts more like a magnet due to it's high gravitational fall off distance. Yay physics!
@AfterEffectsBlender Yeah, I saw my mistake after the render that took forever with my old lap top, I ampretty good with these nowadays, You may like my "very high resolution blender 2.5 beta water simulation" video, it took nearly 16gigs of ram to bake, or my (CG whirlpool "blender 3d high res water simulation").
first, you add any type of mesh like a sphere or something then you go to the fluid options and click on the control then you can mess around with gravitational pulls and even make it push by setting atraction force to negetive values. it's really fun just mess around with the radius and pull force it's awsome. I used the control for the liquid gone supercritical vid too
NO ONE has any idea how much I`d love to be a zero-g environment, with lots of water & how much I`d be trying to drink & chug it in different ways!!!! From a popped balloon, from a glass, from a straw, from a water gun, from my hands, from mid-air, from a bottle, from a bottle with a sport cap, from a can, from a bowl, from a bag...And I`d absolutely love to see what it looks like you open a bottle of fizzy water in a zero-g environment!!!! And drinking that water! It`s too much to dream of!
Hydrophile44 1 week ago
@Hydrophile44 The other night I had a dream.... that I plugged a power adapter for one of those "plasm sphere" things you get from spencers, and the entire tv room lost gravity, it was awsome.
TechnoStickmen 1 week ago
@TechnoStickmen I actually thought I was commenting on a different video when I said that stuff: (NASA WAter Balloons in G HIgh Quality). I`m not sure how my comments for that vid. ended up here, but whatever. Anyway, your dream about the plasma sphere and the zero-g tv room sounds pretty cool. I`d like to dream something like that sometime, something with zero-g action in it. And a whole lot more water!! Especially water that I could drink!!
Hydrophile44 1 week ago
@Hydrophile44 I'd like to dive into a 10ft in diameter sphere of water in 0 g
TechnoStickmen 1 week ago
Nice Video That You Share , So Very Nice Thanks You water and ZERO gravity
fitnesus 3 weeks ago
I Really Like The Video From Your physics is just fun. made using blender
lupabuatchannel 3 weeks ago
Your Video Is Very Useful Sharing physics is just fun. made using blender
cenedywong 3 weeks ago
muther f*****.
guitarroxtar991 1 month ago
wait... its not real????????????????????
guitarroxtar991 1 month ago
not bending but coliest to bending u get is using yer chi
antman1234able 1 month ago
WATER BENDING! LOL
XionMasters 1 month ago 6
@XionMasters Hmmmm...Fire bending, challenge excepted LOL
TechnoStickmen 1 month ago 6
all mass will eventually form into a sphere form after time and then it'll start to stand still if no other gravity is affecting it.
Skyscraper125 1 month ago
Rasengan!
kwantom1996 1 month ago
wtf did i just watch? O.o.. but i liked it...
emilio9831 2 months ago
Looks like the Realflow software, Maya or Blender...;)
Curiousonic 2 months ago
@Curiousonic Blender it's fun stuff
TechnoStickmen 2 months ago
@TechnoStickmen I have only looked at it briefly and a bit sad that the navigation is so different from Maya, because I would love to learn it. Its free and you don’t have to install it. It’s brilliant!
Curiousonic 2 months ago
im not majorly into science but it looks very realistic...like even the water looks very convincing...kudos man great job
jinnra 2 months ago
@jinnra Gee thanks!
TechnoStickmen 2 months ago
well i thought that you input-ed a very high density for the sphere and let the program calculate the attraction. if so the pull would basically be gravity and the fall of would be just like in nature, inversely proportional to the square of the distance between a drop of water and the sphere
oanradukvids 3 months ago
@oanradukvids well, the attraction may get get incredibly strong incredibly fast, but the distance that the water would be attracted at all would also be great. This is fun stuff! By the way in the program I used, I only set attraction force and area of effect, so It wouldn't be gravity after all. However there is an awsome game calledf universe sandbox lol!
TechnoStickmen 3 months ago
this looks heavy. whats your rig?
avaiboot 3 months ago
@avaiboot This one wart actually made on my 2009 notebook with only a 2.2Ghz duel core processer and three gigs of ram... this stuff is cpu and ram dependant so this was the best my computer could dish out lol. The render took so long that I wasn't up to fixing the mistakes such as lighting, shadows, etc. Today I have a desktop I put together, It currently has a 3.3Ghz 6-cor proc., 16 gigs RAM, and a pro 3d workstation gpu (fire pro v5800). I'm soon getting 3.6 Ghz 8-core and a 2nd gpu, WOOT!
TechnoStickmen 3 months ago
@TechnoStickmen damn thats nice. i can only content myself with 3.3~3.7 Ghz, 4-core and 8gb RAM. but which 8-core model is that?
avaiboot 3 months ago
@avaiboot I literally copied this from Newegg . com lol "AMD FX-8150 Zambezi 3.6GHz Socket AM3+ 125W Eight-Core Desktop Processor" no hyperthreading or multi threading like intel, but the fact that it's 8 physical cores is BEAST.
TechnoStickmen 3 months ago
how is this 0 gravity?
oanradukvids 3 months ago
@oanradukvids The domain itself that the simulation takes place in has no gravity, however the sphere has a strong gravitational pull, but with a very steep gravitational fall off which as far as I know doesn't occur in nature. Given that it's fall off of attraction is similar to that of a magnetic field's fall off, but isn't attracted in a specific path, means the orientation of the sphere doesn't matter. Also, it's atracting fluid and not metal, so it's an unknown field force.
TechnoStickmen 3 months ago
Hmmm. The bullet appeared to have more gravity than the water...
katsurencho 3 months ago
@katsurencho A black hole is smaller than a bullet; does that mean it has less gravity?
mabz9 3 months ago
@mabz9 nope, it just means it has more matter than the entire earth (at minimum) packed into the volume of less than a bullet... which is AWSOME
TechnoStickmen 3 months ago
@TechnoStickmen entire earth at minimum? More like it has more matter than 3x the mass of the core of the sun packed into the volume less than a bullet... XD
mabz9 3 months ago
@mabz9 lol, yeah some black holes have something like over a billion times the mass of our sun... AAHHHH!
TechnoStickmen 3 months ago
Given my understanding in physics, this is not what water would do at all. There are many flaws in this first of that ring shape in the beginning is almost impossible to keep as perfect like that since water has a tendency to stick together normaly forming a sphere. As for the orbiting thing I don't know who the hell though waters mass is strong enough to actually create a noticeably fast orbit on its self... sorry for my English btw.
INMATE2468 3 months ago
@INMATE2468 lol. it's alright, I have already seen these flaws (made with a free program) this program does not take atmospheric pressure into account nor does it acount for water's tendency to contrct itself to a natural sphere. As for the orbit... it wasn't the water's mass, but the 3 billion grams per square inch mass (crazy but awesome!) of the sphere that had a gravitational fall off similar to that of a magnet. You are correct, this is ver unrealistic, but I had fun!
TechnoStickmen 3 months ago
@TechnoStickmen Assume gravity was not simulated, but that surface tension was modeled. Then that the simulation started simultanously with the ball moving. So you are not seing a simulation of gravity attraction between a small sphere and a torus of water, but a torus of water finding its minimum entropy level by lowering its surface area. Or something.
youskeff 3 months ago
@youskeff On the other hand, some free blobs of water are rotation around the central blob of water. So gravity is simulated after all, "just" not the field from the earth.
youskeff 3 months ago
@youskeff yeah it would be awsome if the simulator I used wased upgraded to simulate water skin tension, self attraction, you should see the video demo to flowline (it's a fluid dynamic simultion software that is used in su things like movies such as 2012 and what not). Their demo on what they can do is incredible!
TechnoStickmen 3 months ago
mind fucked
TylerAMercer 3 months ago
@lello887 yeah, thats totally true, if that were to be in real space, for the water to be attracted like that, that ball would have such a high density.... we probably wouldnt be watching it lol :)
naython13 3 months ago
@naython13 If that little sphere was dense enough to do that....(taking into account that this simulation is about 1/3 real life speed and in a domain of .5 meters) this little sphere would need to have an insane density of around 3billion g/cm3!! Lol that's crazy... that would be the same density of the Earth if Earth was compressed to something around 3.36km in diameter! This sphere acts more like a magnet due to it's high gravitational fall off distance. Yay physics!
TechnoStickmen 3 months ago
@TechnoStickmen So imagine if the fluid was ferrofluid and the ball was a magnet. That'd be really awesome in zero gravity!
InteoixCA 3 months ago
@InteoixCA Wow, I could only begin to imagine that. That would be some sight!
TechnoStickmen 3 months ago
that dot must weigh as much as a city for that to happen
lello887 4 months ago
I don't get it…
Yeahman205 4 months ago
@Yeahman205 ... me neither
TechnoStickmen 4 months ago 2
@Yeahman205 The ball has a very high density
MrJiYung 4 months ago
wait, what? This is cg?
Carlit0Tit0 6 months ago
@AfterEffectsBlender Yeah, I saw my mistake after the render that took forever with my old lap top, I ampretty good with these nowadays, You may like my "very high resolution blender 2.5 beta water simulation" video, it took nearly 16gigs of ram to bake, or my (CG whirlpool "blender 3d high res water simulation").
TechnoStickmen 6 months ago
thats sweet
flipglitch91 9 months ago
Its soo simple but it is cool as hell.
Theyallfloatdownhere 1 year ago
Hello, how did you do to the water to be attracted by the ball in blender?
dmfaria83 2 years ago
first, you add any type of mesh like a sphere or something then you go to the fluid options and click on the control then you can mess around with gravitational pulls and even make it push by setting atraction force to negetive values. it's really fun just mess around with the radius and pull force it's awsome. I used the control for the liquid gone supercritical vid too
TechnoStickmen 2 years ago
very nice!
DNmasterD 2 years ago
Whoa, nice! That was a cool deflection effect there right before the marble/bullet hit the torus. Good job!
BnBGobo 2 years ago