beautiful! I love blender...

Awesome video!

You created this with style. ;)

Really Cool Dude!

You can turn the inflow on/off by hovering over the enabled checkbox in the fluid panel and pressing the i key to insert a keyframe in the timeline where you want to turn it on/off. I have tried a little bit animating the inflow velocity but it does not seem to respond to the animation changes.

nice...and sticky!

@ruupi01 Inflow velocity appears to be 6.0 along one axis (Z in my case). I couldn't figure out how to animate that parameter, or even switch it off, which i wanted to do.

@HiAdrian Thank you, I'll try After Effects for my next video =)

nice money shot bro...

@bananian Actually, it's very accurate since it uses the Lattice-Boltzmann method.

@ruupi01 Yeah; If there's no need for post work, many small tools, even Blender itself, will do.

@Dubik22 After Effects. I see you're quite knowledgeable about Blender fluids, that's some good stuff on your channel.

Coool =) What software are you use to put the rendered images together ?

is the physics accurate in this program? Can you easily adjust the density of particle to something like air?

...got milk? lol

how did you manage to create such a high resolution simulation? most of mine crash because of resolution or get strange problems half way through.

how long u rnder?

GIVE ME YOUR MILK!!!

Got Milk?

This in 3d!!!!!!!!

@bananian Not accurate in the sense that's it's close to reality, no. For artistic purposes it suffices. You can't simulate gases with the fluid solver shown in this video, but you will be able to with blender's new particle physics. There are some pretty impressive "smoke" videos floating around on KZfaq to give you an idea. This stuff is still heavily in development though, and as i said, it's an artistic tool, not a scientific one.

cum...:D