Hi. Does obi cloth 6.4 support unity2019.4.25f?
thanks.

   

Hi,

Obi fluid currently emits balls. Would it be possible to make it emit long pill shapes?

We're trying to get the following result by using your addon (Warning +18 video):
https://photos.app.goo.gl/95cNMwLK7rwCn3d48

Could you kindly share with us if this is possible? If yes, would you be able to share the parameters?

Thanks in advance!

Hi there,

Unity version: 2020.3.21f1
Obi Rope version: 6.3

I am trying to create a disc golf basket and I need to have individual chains react to a disc hitting them.  I am trying to do this with a minimal performance hit.  As is, I've created the chains as individual Obi ropes and then attached the Chain Renderer component.  Obviously the more chains I add, the more of a performance hit the game will take.  So I am trying to figure out the best approach for doing this.  This disc also isn't just a simple rigid body, so using the Obi Rigidbody component to make it collide with the chains is a bit more complicated.  I've also supplied a link to a video of me describing what I am trying to do on YouTube.  

Thank you for any assistance on this matter!


https://www.youtube.com/watch?v=Xt6Nr2N_zXc

I would like to know if anything is documented regarding the implementation of custom gravity for Obi Rope and Obi Soft Body.

Is there a way to apply a gravity force to each particle of a rope or a soft body? Or at least a way to apply a force to the whole object?

It looks like I can't find anything regarding that on the documentation.

Is it possible to bake cloth simulations using Obi cloth? Since I intend to use very high poly cloth, which are not runtime friendly, i'd like to bake out the simulations for offline usage

Hi,

I want to increase the length of the rope until it reach a given maximal length : l_max. Is there a way to know the pooled particles size for the given l_max ?
For example I wanted a rope with l_max = 100m, but I had a pooled particles of 100 and it only reach the length of 70m... Therefore I just randomly increased the pooled particles size to make it achieve 100 m. But it's not a satisfy solution...

Hi,

I wanted to increase the length of a rope toward a maximal length. I used a code based on manual :

Hi, satisfied obi rope customer here,



Tho I must add,


It would be nice if there was an option in Obi Rope Extruded Renderer to rotate the generated mesh's UV's per section.


That way there wouldn't be the need to manually rotate all textures so they repeat appropriately.



Ex vertical lines on a texture


  index.jpg (Size: 23.92 KB / Downloads: 6)




Right is current UV Tiling, Left is what a 90 degree rotation of the uv's would look like

   




Would be real convenient

Hello All,

I'm having a very weird issue with Obi Rope lately, and it looks like it's a bug from the plugin. I'm using Obi 6.2.

I'm developing a game where the Player can attach itself to objects and drag them around, using a Rope.
I've been configuring the different Constraints in the Obi Solver, tweaking the amount of iterations in order to get what I want.
Right now, Distance Constraints and Collision Constraints are set up with a high amount of iterations, which gives my rope a quite realistic result, as it will do its absolute best to keep its length and wrap around any surface it encounters without going through them, and apply a lot of tension on the linked objects, which is great.
I also have pin constraints set up through script that link the player with the targeted object.
The mass of the player is 100. While the mass of the objects range from 10 to 10000. With very heavy objects, the player is completely constrained by the attached rope.
The rope itself has a mass of 1, but it works pretty much the same through the range 0.5 to 5. A heavier rope will instantly break the rope.
The rope has Bend Constraints set up entirely at 0.
The rope has Distance Constraints with stretching at 1, the rest at 0.
The rope has Tearing with tear resistance at 100000, and tear rate at 1. Which allows tearing only when an extreme force is applied.

But, in several situations, the distance constraints seemed to be completely absent, as if there were not setup.
After some tests though, it seems like the player is just not affected by the two-way interaction with the Rope, as the rope does not keep its length at all, and eventually breaks, and the player just doesn't seem affected by the tension. Even though pin constraints are setup correctly, and it's been working fine in every situation.
But in the following situations, it does not :
- In build. All builds of the game lately have had this bug, while in editor it worked fine.
- Having the Solver in a Prefab. For some reason this triggered the bug too.
- Copying the Solver a second time (having more than one solver in the scene, even when only one is active)
- When updating the plugin to Obi 6.3, which I just did today.

I have no idea what is causing this, and why the simulation is different in these situations, but I'll be glad if this post could get reviewed by the Obi team.
If you need more details, I'll gladly link some more videos or screens.

Thank you for your time,

Max.

Hello, I have an issue I hope you can help me with.  For lack of anything better to call it, I'm calling it lumpy (surface) water.  

I have a 'glass' cube with Obi Fluid in it.  For the fluid, I'm using the particle renderer with enlarged particles.  For the cube, I have Obi colliders on the interior walls and a menu to allow the user to control the dimensions of the cube.

When the fluid particles are first produced, they settle out about how you would expect- relatively flat surface.  In playing around with the cube dimensions, however I can produce a non-flat surfaces like the one illustrated in the image below.  Notice the large bulge on the left side compared to the ride side.  I took the screenshot after the particles had settled.

I've also produced smaller 'lumps' than what's depicted in the picture.  Additionally, I noticed this odd lumping behavior in a different environment in which I was using the emitter to produce a continuous stream through a cube-like channel (like a pipe, but with cubed/squared walls).

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