It seems that the only way to control a fluid particle is via "Lifespan" parameter. I think it would be convenient if there is an option to provide a bounding box and all the particles go outside are recycled.

I am currently working on a small fishing game using Obi Rope and seeking some advice. Inspired by the RopeGrapplingHook, I'm creating a rope based on the player's lines. My approach involves continuously altering 'cursorMu' between 0.1 and 0.9, along with adjusting 'ChangeLength', to achieve consistent contraction of the rope from both ends. However, I'm encountering a significant challenge: the rope vibrates intensely and behaves unpredictably during generation. I've used a custom outline from a sprite to create a mesh collider. I need to reel in the fish slowly, just like it's shown in the video. If I don't, the fish ends up slipping through the collider of the rope.Could anyone offer insights or suggestions on how to optimize and address this issue?

Thanks in advance for your help!

here is my game video：

I tried to Compute backend, and my Unity editor started freezing occasionally when I got into Play mode. When it happens the GPU usage is at 100% and there is no way to unfreeze it except killing the whole process.

Switching back to Burst seems to fix it.

It's quite hard to provide a set of steps to reproduce, since it only happens occasionally, but it's a bad enough to make Compute completely unusable for me.

It happens even with a minimum project:

https://drive.google.com/file/d/1o9kf_fv...sp=sharing

Hi


I am having trouble rigging my character that has a bunch of submeshes(internal organs in this case). I manage to get other simpler meshes to work properly with softbody but something is breaking when I do it with my complex character.




Going by the "Elastic character" tutorial does not really apply as the elastic character only has one main mesh.




I will provide some screenshots. I have the default ObiSolver component on the "FemaleBody" Object. This is a medical app btw.

It seems that decreasing speed doesn't just make the flow slower, but also makes it discontinuous:

Speed = 1:

   

Speed = 0.5:

   

Any tip on how to make slow but steady and continuous stream?

I'm a bit confused about what this "Generate" button is for. It seems the changes on parameters take effect without using this button. When do I need to press it?

The volume constraint's document is a little bit of confusing to me:

Quote:Volume constraints can be used to simulate some sort of softbody physics, though they are not suitable for very stiff softbodies. Volume constraints are better suited for very soft, blobby bodies like a partially deflated beach ball and, in the case of cloth, they require the cloth mesh to be closed (that is, no holes on it).

This question may not be related to obi.

How do I make an Obi Fluid liquid translucent?

Lowering the alpha of ParticleColor in ObiParticleRenderer will not change the appearance.
For example, if you want to make an appropriate 3D model translucent, create an appropriate material, set REnderingMode to Fade, and change the alpha of Color to translucent.

In the same way, we are seeking to change the Color setting to make it translucent.

How can we describe a very sticky liquid, like oil?

For example, something that takes a very long time to fall when it hits a vertical wall.

First, I set Viscosity to 2, using this page as a reference.
http://obi.virtualmethodstudio.com/manua...rials.html

There was indeed a change, but it is still not enough.

Next, I changed the Gravity of the Buoyancy and Obi Solver so that it takes longer to fall.
These are fine if only a little, but changing them significantly can cause undesirable visual effects, such as slower falling speeds.


Therefore, I would like to know if there are any other parameters other than these that would affect the stickiness if changed.

My use case is that I'm working on my own custom fluid shader. The workflow is tedious: Press Play -> Wait for the simulation until the fluid gets to a certain shape I'd like to inspect the shader for -> Tweak the shader.

I figured that if I dump the mesh from BurstFluidMesherSystem as an Unity asset, it would make iterating on the shader much faster. So I added this API: