25-12-2019, 03:41 AM
[/url]https://www.youtube.com/watch?v=DYWq_CjsSVw
[url=https://www.youtube.com/watch?v=DYWq_CjsSVw]
I wonder whether obi rod could implement this in the above vedio. Jump straight to 58 seconds.
There are some key features which I think should be pointed out first:
1. The black line in the vedio is made of metal in reality. It is highly resistant to stretching and twisting but easy to be bended. Most important of all, it is very stable for there is almost no jittering while moving(I have tried the obi rod but it jitters a lot while moving).
2.The blood vessel which around the black line could collide with the black line. The vessel animates periodically so it can be seen as a rigidbody rather than a softbody because the animation is known prior.
So does obi rod could implement this? I have implemented use finite methods,but the collision force is hard to compute.
[url=https://www.youtube.com/watch?v=DYWq_CjsSVw]
I wonder whether obi rod could implement this in the above vedio. Jump straight to 58 seconds.
There are some key features which I think should be pointed out first:
1. The black line in the vedio is made of metal in reality. It is highly resistant to stretching and twisting but easy to be bended. Most important of all, it is very stable for there is almost no jittering while moving(I have tried the obi rod but it jitters a lot while moving).
2.The blood vessel which around the black line could collide with the black line. The vessel animates periodically so it can be seen as a rigidbody rather than a softbody because the animation is known prior.
So does obi rod could implement this? I have implemented use finite methods,but the collision force is hard to compute.