Domain Settings: > Resolution = 180 > Scale = 1 Viscosity Domain Size X = 1.5 m Y = .5 m Z = .5 m Sheeting and Surface Tension Domain Size X = 3.5 m Y = .3.5m Z = 1 m
Excelent tutorial man, it helped me a lot. Quick question: If i want to increase the amount of liquid in a Fluid Object, how can i achieve that? With the Resolution?
Every setup is unique, the best way to know the settings that will work for your scene is to play with the simulation variables. Besides the world settings you may want to try out the force fields. We will be covering those in our next training video.
![Intro to FLIP Fluids - Part 1: Getting Started [Blender Add-on Tutorial]](http://i.ytimg.com/vi/Iu_YxibkUn8/mqdefault.jpg)
![Intro to FLIP Fluids - Part 1: Getting Started [Blender Add-on Tutorial]](/img/tr.png)
Domain Settings:
> Resolution = 180
> Scale = 1
Viscosity Domain Size
X = 1.5 m
Y = .5 m
Z = .5 m
Sheeting and Surface Tension Domain Size
X = 3.5 m
Y = .3.5m
Z = 1 m
정말 좋은 정보라고 생각합니다.
많은 도움이 될 것 같아요.
감사합니다
Excelent tutorial man, it helped me a lot. Quick question: If i want to increase the amount of liquid in a Fluid Object, how can i achieve that? With the Resolution?
can you make tutorial about foarm settings for beer ? :D
Can you add what resolution you used, that matters the most when choosing settings
I pinned a comment about the domain information for each comparison above. Thanks for watching!
Can the viscosity go higher than that?
Is there any option to stop the flowing liquid and keeps the liquids on a surface till it gets quiet?
Hey can you tell the perfect settings for the effect where a person is drinking water which is leaking from his mouth to his body ?
Every setup is unique, the best way to know the settings that will work for your scene is to play with the simulation variables. Besides the world settings you may want to try out the force fields. We will be covering those in our next training video.
surface tension does not exist in blender
These are settings for the flip fluids add-on, not the native fluid solver