-
Is there a way to tie one end/corner of an object to another?
Here’s what I’m looking to do:
Imagine a line. Could I attach the left end of it to an object, so when I moved the object that end of the line moved with it like it would in real life if you attached a stick to a ball. The other end would be controlled accordingly (would only pivot, move as needed).
This is hard to explain, but hopefully you get what I’m driving at. I’ve always assumed that you needed to do something like this in a 3D app because of the physics involved, but maybe there’s a “hack” way to simulate it. (BTW – I don’t need the object to move in 3d space)
Thanks for the input. I have a big project and the idea in my head uses this type of behavior, so I’d like to try it if I can work it out.
Thanks a bunch for the time,
ML -
5 Replies
-
This will involve an expression, no doubt. I would seek the advice of Dan Ebberts on this after effects question.
Eternity…don’t miss it for the world.
-
What you’re describing sounds a little like inverse kinematics, but not quite. I’m not sure you have the constraints defined well enough to suggest a solution. What decides whether the stick needs to pivot or follow the ball?
Dan
-
At the moment it sounds like it could be solved with parenting.
Simon Bonner
youtube.com/simonsaysFX -
Would what you are describing, be something like a kite with a piece of string attached to it? The kite would move through the sky, and the string would stay attached to kite and to its point on the ground? Getting longer and shorter as needed, and moving about so as to stay attached? You would have one end of the string parented to the kite and one to the ground or the person flying the kite?
-
Sort of, and that actually might work too. Let me try and explain it – start with this graphic:
The line = a stick, attached where it meets each box
Scenario #1: if you slid box A to the right, box B would follow accordingly with it. If you slid box A left, box B wouldn’t move with it until you got far enough left and the stick would pivot till it couldn’t an more
Scenario #2: The same as #1, but depending on how fast you slide box A, box B would continue to move via centrifical force (I’m guessing this is harder to replicate, but I could be wrong)
Make sense now?
Thanks everyone for the replys. I appreciate the help.
ML
Reply to this Discussion! Login or Sign Up