05-04-2023, 10:41 AM
(This post was last modified: 05-04-2023, 10:43 AM by josemendez.)
Hi Patrick,
The answer to this depend on what you mean by "wind". Ropes can be affected by force zones (eg. ObiAmbientForceZone), but this is not wind in the strict sense of the word as it doesn't take into account air density, rope orientation with respect to the wind direction, or occlusion (some parts of the rope shielding others from the wind).
Only cloth and fluids currently support proper wind. However, regular forces do affect ropes, so I'd try using a ObiAmbientForceZone or ObiSphericalForceZone with your rope as it can mimic wind in most cases.
Also, you can write your own custom multithreaded force effectors easily using the particles API. Check out the manual for an example of a radial force field implemented using jobs (you'll find it at the very end of the page):
http://obi.virtualmethodstudio.com/manua...icles.html
kind regards,
The answer to this depend on what you mean by "wind". Ropes can be affected by force zones (eg. ObiAmbientForceZone), but this is not wind in the strict sense of the word as it doesn't take into account air density, rope orientation with respect to the wind direction, or occlusion (some parts of the rope shielding others from the wind).
Only cloth and fluids currently support proper wind. However, regular forces do affect ropes, so I'd try using a ObiAmbientForceZone or ObiSphericalForceZone with your rope as it can mimic wind in most cases.
Also, you can write your own custom multithreaded force effectors easily using the particles API. Check out the manual for an example of a radial force field implemented using jobs (you'll find it at the very end of the page):
http://obi.virtualmethodstudio.com/manua...icles.html
kind regards,