algorithmic modeling for Rhino
Hi,
I am working on a simple origami folding pattern; however, when it is activated, it rotates in spaces as well as folds. The folding is find, but I need it to stay still. I have tried adding anchor points, but then kangaroo fails.
Thank you in advance. I have internalized the data.
Tags:
Hello Erik,
Which points are you trying to anchor?
Generally for rigid origami only one face can be fixed.
Alternatively for some symmetric arrangements you can use AnchorXYZ to constrain some points in only one direction
Hi Daniel,
Thank you for your prompt reply. I am attempting to constrain the points along an XZ plane, but hopefully with regards to a center point. I believe I would only be able to anchor one corner point as all the points shift with the automation. That's why I think I can only constrain the points to a plane. In the end it is for an automated sunshade where the folded shapes will transform around a center point.
Thank you in advance,
Erik
Ah - AnchorXYZ has to go into the Force objects input, not AnchorPoints.
I realize this is confusing - it was an unfortunate side effect of the order some features were developed in.
For future versions I think it will be possible to have a more consistent treatment of all force/constraint inputs.
Thank you, unfortunately the AnchorXYZ works, but inhibits folding. Without it, the folding works, but the main issue is that the object rotates about the Y axis. I also cannot anchor an end point as that stops the process.
Do you happen to have a solution to allow the folding, but constrain the rotation?
Thank you again, such a wonderful plugin.
To use AnchorXYZ you do have to select which axes to constrain (for example, to allow movement in the XY plane, set X and Y to false but Z to true), as in the attached example.
Also, I do have a fix on the way for this small spurious rotational acceleration that can occur with the hinge force.
Amazing! This works like a charm. I overlooked the possibility of using mesh edges. Thanks to you very much. Great component.
Best,
Erik
Welcome to
Grasshopper
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
© 2024 Created by Scott Davidson. Powered by