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First of all, I would like to ask how the coordinates of the waterbomb model are calculated?Like this,
Another problem is that I want to build a model like the one shown below. Can this model be implemented in a FOLD file?This is a wheeled structure, I want to model it with a FOLD file and import it into the simulation software so that we can see where its structure can be improved.This structure is derived from the basic waterbomb structure.
I have read the courses and books on your homepage. Very interested in the origami algorithm. I hope to get your advice, thank you
The text was updated successfully, but these errors were encountered:
I think my question is not explained in detail. One of the problems that most trouble me now is:How can the edge formed by vertex 4 and vertex 17 = the edge formed by vertex 14 and vertex 33? In other words, how can the folding of this paper be turned into a cylindrical structure?
First of all, I would like to ask how the coordinates of the waterbomb model are calculated?Like this,
![微信截图_20190320105034](https://user-images.githubusercontent.com/48558722/54655728-f474fe00-4afd-11e9-9175-19fe953892b1.png)
![微信截图_20190320105747](https://user-images.githubusercontent.com/48558722/54656047-233fa400-4aff-11e9-99fa-3e5ba08c9e5a.png)
![微信截图_20190320105842](https://user-images.githubusercontent.com/48558722/54656049-233fa400-4aff-11e9-8309-2e212042acde.png)
Another problem is that I want to build a model like the one shown below. Can this model be implemented in a FOLD file?This is a wheeled structure, I want to model it with a FOLD file and import it into the simulation software so that we can see where its structure can be improved.This structure is derived from the basic waterbomb structure.
I have read the courses and books on your homepage. Very interested in the origami algorithm. I hope to get your advice, thank you
The text was updated successfully, but these errors were encountered: