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Hello again!
Is it possible to simulate Archimedes' forces?)
I have a liquid, that fills a vessel. Then i'm going to throw a few balls, which have a lower density than liquid. In real life, balls first be drowned for a moment, then float up and will float on the surface, while I will continue to pour the liquid and fill the vessel.
If I cast a jet on the ball, he almost drowned again and again emerge.
I want to hear your thoughts. How can I do this kind of interesting interaction with collision objects?
Regard Kirill.
Is it possible to simulate Archimedes' forces?)
I have a liquid, that fills a vessel. Then i'm going to throw a few balls, which have a lower density than liquid. In real life, balls first be drowned for a moment, then float up and will float on the surface, while I will continue to pour the liquid and fill the vessel.
If I cast a jet on the ball, he almost drowned again and again emerge.
I want to hear your thoughts. How can I do this kind of interesting interaction with collision objects?
Regard Kirill.
Right now you could either animate the objects manually, or use various tricks to make this more procedurally - for example you could use the Phoenix force PFlow operator to push the obstacles if they are many and have simple shapes, or otherwise it would look too artificial. This won't exactly produce the Archimedes force effect though, but it's some kind of fluid-object interaction 
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