timy

I just discovered the @shape dynamicmesh example patch, and thought it would be the best tool to simulate a buoy floating on a water surface.

Can I make a jit.phys.body object directly interact with this surface? ( it involves to allow overlapping between the dynamic mesh and the buoy)

If it is not the right solution, Should I evaluate the normal vector at a given point of the surface to make my objet follow its movements?

I saw that jit.anim.node had a direction attribute but I don't know how to get it from a precise point of the dynamic mesh...

I just discovered the @shape dynamicmesh example patch, and thought it would be the best tool to simulate a buoy floating on a water surface.
Can I make a jit.phys.body object directly interact with this surface? ( it involves to allow overlapping between the dynamic mesh and the buoy)
If it is not the right solution, Should I evaluate the normal vector at a given point of the surface to make my objet follow its movements?
I saw that jit.anim.node had a direction attribute but I don't know how to get it from a precise point of the dynamic mesh...


how-to-simulate-a-floating-object

thank you for pointing me the phys.ghost objet. I definitely have to study it

Actually, my floating object was a shortcut for finding the normal vector at a given point of the water surface. The normal orientation will trigger some sound events and variations.

the floating objects with the ghost solution will only fluctuate on their y axis. and jit.bfg is perfect for water surface simulation.

Here is what I tried to achieve. Is there a way to get and draw the normal vector? I may not have to use a "buoy" for that.

I have read I can get the normal matrix thanks to @matrixoutput from a gridshape, is it a solution to study?

thank you for pointing me the phys.ghost objet. I definitely have to study it
Actually, my floating object was a shortcut for finding the normal vector at a given point of the water surface. The normal orientation will trigger some sound events and variations.
the floating objects with the ghost solution will only fluctuate on their y axis. and jit.bfg is perfect for water surface simulation.
Here is what I tried to achieve. Is there a way to get and draw the normal vector? I may not have to use a "buoy" for that.
I have read I can get the normal matrix thanks to @matrixoutput from a gridshape, is it a solution to study?


how to simulate a floating object?