Task: Create a parametric model of a hexagonal honeycomb. By changing a single driving parameter (variable), the entire model must adapt and transition from State A to State B without any geometry failing or breaking constraints.
The rules
Fixed Dimensions: A
Driving Parameter: B
Driven Dimensions: All other structural dimensions must automatically update to maintain the honeycomb proportions.
Important: your design history tree must contain only Sketches and Extrusions. Any other feature type results in an automatic fail.
I used a plane to set an array direction (in the same plane as the sketch itself), which I left in the history. I don’t think that breaks the sketches+extrusion rule, does it?
it turns out you can delete the plane and it has no effect on the operation of the sketch.
Didn’t get it - but put a few hours in and learnt a bit. My iPads and iMac were hanging as my hexagon count increased so I figured i was not going down the correct design route.
Got the outer tiles to change parametrically. Submitted in the hope I would get some credit for trying.
One of our users, @Xdrakosha, also shared their own solution, and we think it is a good alternative approach. Check it out to discover other ways to solve the problem and see a different workflow.