I want to achieve a kind of simulation that the soft body can be picked up by a pair of chopsticks. The problem is that the chopstick is thin and will always pass through the particles. Even I increase the collision iterations. The particles will be pushed away by the chopsticks (use low shape matching stiffness). The particle picker can just pick and drag one vertex. If I want to achieve the whole softbody picked up and clipped by another physical object (rigidbody chopstick). How to setup the softbody? 

Do I need to combine both shape matching and distance constraint ? So the shape matching can maintain volume while the distance constraint can maintain particle's connection (not to be pushed away while collide with chopsticks). Does that mean I need to Obi Cloth ? Is it possible to setup a soft body object using both Obi Cloth and Obi Softybody?

Hello,
I just can't get Obi Fluid to simulate waterdrops on a plane to behave remotely like this one:

Would you please shed some light on this problem? any help is appreciated.
Thanks.

Hi, I just bought the Obi Cloth:


I'm trying to integrate Obi Cloth to my current project for skirt simulation for my characters. I followed the tutorial: http://obi.virtualmethodstudio.com/tutor...thing.html

However when I play my game the skirt change its position and practically undress my character.

I'm using Unity 2019.1.0f2


[attachment=349]

[attachment=350]

Crash occurs on iOS (iPhone X, iOS 12.2) device shortly after the app starts. Note that this crash does not occur in the Unity editor or on Android. Using the latest version of ObiRope and Unity 2018.3.14. Crash log is pasted below:

Is there any way to swap between 2D and 3D mode on a obi solver (fluids) in runtime? I am trying to access the variable/parameter trough scripting, but I can not find a "Mode" on the Obisolver. Either I am looking in the wrong place - or the answer is "no you can not"?

And since someone always asks "Why would you want to do that" let me clarify that I understand I can not do both 2d and 3d at the *same* time.   
It just would like using the same one solver and swap between 3d and 2d mode and keep all other settings - instead of setting up another one and point emitters back and forth and make sure all things match up. It is a visual effect thing that happens in between some other things in a visual art thing.

Hello,

I've isolated a problem with the way Obi handles reflection. To fix my problem simply, I need to know where the Fluid Renderer is considering reflection, and disable it entirely.

If anybody could help, that would be great.

Thanks in advance, I look forward to swift replies

Hi,

I've encountered another issue. When I look slightly away from the particles that have been spawned, they lose their colour and look washed out. I'm using the Fluid Renderer component on my main camera.

Any ideas?

EDIT #1: I'm using Deferred lighting, and swapping to the other versions of lighting in the camera to Forward solves the issue, Use Graphics Settings and Deferred (which we've built our project around) have the issue.

EDIT #2: It's to do with the reflection probe in the scene. I turned it off and the problem was solved, but when I turned it on again and put the particle on another layer and this didn't work.

EDIT #3: I began work on another particle effect because I can't proceed until this is fixed. The particle isn't related to Obi Fluid, but it fixes the issue when it's active. When it's inactive the problem reappears.

EDIT #4: Further testing has revealed that the error is present with all Obi particles regardless of position, rotation, etc. It is to do with the Fluid Renderer script that can be attached to the camera.

EDIT #5: It's not to do with directional lights. I turned them off and the problem persisted.

Optimize particle always leaves green particles(fixed particles) around blue particles. Those remaining green particles still get used to skinned mesh and affected by the parent's transform. This becomes a problem for my skinned character. Let's say I want the arm to be a Softbody which is parented to a shoulder joint. When I rotate the shoulder joint, Those green particles that creep onto the shoulder area will rotate at full skinned weight causing ugly transformation.

It would be best if we have custom bind functionality so we can precisely paint skin weight on each vertex for each particle. Or at least, just get rid of those green particles and let the original skinned weight to do its job to transform those vertices on the transitional area between Softboded vertices and normal verticed.

I need to use one particle per vertex which in turns, automaticallay cause softbody to lose stiffness. The problem is it become too soft and the stiffness slider(on Shape Matching Constraints) only goes up to 1. Any suggestion?

I asked almost same question, but I could not get sign of when it is torn. I want an example to achieve.