Acoustic panels Muse Fluid By Michael Young

[laurent_delrieu]

@Quan_Li

, but the result was not ideal.

I think there are infinite ways to get a result in Kangaroo, it is not easy to be realistic for fabric as there are many parameters, like weight, wind force, number of points, anchors …
Some good discussions are here

Grid flapper

Here’s a first go at it. gridflap.gh (25.9 KB)

Kangaroo Wind Control

Hi @zic_23 The flapping of a flag in the wind is not primarily driven by variations in the wind velocity - even in a perfectly steady wind, it will still flap, and that’s what’s happening in the simulation. What happens is a feedback loop - depending on their angle, some parts of the mesh catch more of the wind, so parts of the mesh move differently. The tension of the fabric makes all the parts interact, and it gets pulled into a new shape, which results in a new wind force distribution, and …

you could also gave a try with Flexhopper.
The second thing I see is that there is a recursion in X so it could be good to have a simulation on a cylinder.

Having a bumped surface you can exaggerate it but using its normal, a bit like some light ray on a water surface

Here I use my noise tool and a sinus, but there are many others methods
noise points.gh (22.1 KB)