Great compound and tutorial!!! Amazing. Now my question is... How can I make the bifrost graph follow an animated object? A jellyfish for example.. I want to do something similar to your example d. The raptor file. How can I make the trails follow the object while it is translting. Thank you !
Hi Dario, I think it's very simple. Just copy the same model, then squeeze it, and move the face of the model in the direction of the normal, which is slightly larger than the original model. This way the particles can get close to the surface.
@@BruceLee-vx2en THank you Bruce. So i imagine that is the mesh to volume inside compounds that is the "problem"(not a problem anymore) I'll do a try. Thansk and great as usual.
![Maya: Water Along a Curve [Bifröst]](http://i.ytimg.com/vi/IcDJMLjSowI/mqdefault.jpg)
![Maya: Water Along a Curve [Bifröst]](/img/tr.png)
![Maya: Curves Become Strands [Bifrost Graph]](/img/n.gif)
Tool download link: forums.autodesk.com/t5/bifrost-forum/bifrost-developed-the-second-generation-curve-influence-tool/td-p/10075375
Thank you Bruce! This Curve influence tool is awesome, could you do a tutorial with fluids? :)
bruce finally got to install wow it is super kool many many thanks for sharing
thank you Bruce Lee - this is so valuable
Absolutely amazing!
Great compound and tutorial!!! Amazing. Now my question is... How can I make the bifrost graph follow an animated object? A jellyfish for example.. I want to do something similar to your example d. The raptor file. How can I make the trails follow the object while it is translting. Thank you !
Bruce, is there a way to render or get the strand information out from the 'D' scope?
hi bruce, is there a way where we can change the source particles to a mesh of our choosing?
Thanks , supergood
Hi Bruce. Well done. I'm start to using your compound. I will like to know if there is a way to make particles stay close to surface. Thanks
Hi Dario,
I think it's very simple. Just copy the same model, then squeeze it, and move the face of the model in the direction of the normal, which is slightly larger than the original model. This way the particles can get close to the surface.
@@BruceLee-vx2en THank you Bruce. So i imagine that is the mesh to volume inside compounds that is the "problem"(not a problem anymore) I'll do a try. Thansk and great as usual.
looks great, I'm on iMac I'm sorry could I try that? Where to copy your example files?
Yes, BIfrost has no requirements for the system. You can use it on any three systems.
Ty
wow~~good~~