User Portlet
| Discussions |
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| I am interested in implementing the method described in the attached paper as illustrated in this YouTube video [Rapid Deployment of Curved Surfaces via Programmable Auxetics][1] in Mathematica that will allow any arbitrary 3D shape with compound... |
| Is there a simple call to convert a surface to the enclosed solid? |
| Perfect! Thank you so very much. |
| The real table is significantly larger and each row (Model #) contains a number of parameters and the coefficients for a series of polynomial equations specific to that Model that I will need to solve of the form: y^2 = Subscript[a, 1]x +... |
| Many thanks Martijn - Learned quite a few new things getting this to work! Cheers - Kevin |
| Yes, that was the problem. Many thanks! |
| Just what the doctor ordered! Now need to study this. Many thanks. |