lift an object

[valeriob]

Hello, everyone.
I better explain the problem. after building a part or a together and
having attached the materials to them, I would have the need to see everything in the lifting stage (by wagon for example), to dead weight at any point of the or components (and not by what force in the mass center), so as to understand if the lifting tilts me excessively everything.
I tried, in a very rough way, to hang together part to a hypothetical hook. attributed materials and given gravity and contact. The problem is, once the hanging piece is animated, it doesn't stop, so I can't see the position clearly because it doesn't stop swaying.
it is possible to do it in a precise way and also give it + anchor points (type to lift it with a rope on 2 or 3 points).
if someone answers me with pictures or videos would be maximum iol.
sw2011.

 

[Fulvio Romano]

the ideal is to make him calculate the centerpiece and then rotate the axieme in order to put this point vertically under the suspension point. this if the lifting point is unique.

 

[Ivan1990]

Hello, everyone.
I better explain the problem. after building a part or a together and
having attached the materials to them, I would have the need to see everything in the lifting stage (by wagon for example), to dead weight at any point of the or components (and not by what force in the mass center), so as to understand if the lifting tilts me excessively everything.
I tried, in a very rough way, to hang together part to a hypothetical hook. attributed materials and given gravity and contact. The problem is, once the hanging piece is animated, it doesn't stop, so I can't see the position clearly because it doesn't stop swaying.
it is possible to do it in a precise way and also give it + anchor points (type to lift it with a rope on 2 or 3 points).
if someone answers me with pictures or videos would be maximum iol.
sw2011.

Do you use motion?

 

[valeriob]

I tried with a motion study to which I applied gravity and contact, but at the time when I activate the movement, the suspended object
It starts swinging without stopping at the "dead" point, but lead.
this detection to me serves exclusively during the handling of a + or - complex cup. Imagine having to lift a tool machine. these for those who did not know have various anchoring points in which are introduced of the gulfs in turn hooked to chains that allow precisely the lifting at the bubble of the machine.
I just veiled being able to simulate it, applied to more objects
simple, the best method is for you to tell me, if you can. Thank you.

 

[Ivan1990]

I tried with a motion study to which I applied gravity and contact, but at the time when I activate the movement, the suspended object
It starts swinging without stopping at the "dead" point, but lead.
this detection to me serves exclusively during the handling of a + or - complex cup. Imagine having to lift a tool machine. these for those who did not know have various anchoring points in which are introduced of the gulfs in turn hooked to chains that allow precisely the lifting at the bubble of the machine.
I just veiled being able to simulate it, applied to more objects
simple, the best method is for you to tell me, if you can. Thank you.

but once the study of movement uses basic movement or analysis of movement?? with analysis of the movement I think you can quite accurately if you create a well done study. . .