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Saddle Surface
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Download this file to get two halves of the saddle surface [z=x^2-y^2](https://en.wikipedia.org/wiki/Saddle_point) restricted to a circular domain. Oriented and optimized for 3D printing, although you have to glue the halves together later!
Design notes:
* The surface was created with Mathematica, using the code Plot3D[.1(x^2-x^2),{x,-5,5},{y,-5,5}, PlotPoints->40, PlotTheme->"ThickSurface"], then exported to STL
* The STL was restricted to a circular domain, cut in half, and oriented with TInkercad. TInker with it yourself at this public Tinkercad link: [Pringle saddle surface](https://www.tinkercad.com/things/lstozkok9d5-pringle-saddle-surface-on-circular-domain/editv2)
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#####Twitter: [twitter.com/mathgrrl](https://twitter.com/mathgrrl)
#####Hacktastic blog: [www.mathgrrl.com/hacktastic](http://www.mathgrrl.com/hacktastic)
#####Shapeways geekhaus store: [www.shapeways.com/shops/mathgrrl](https://www.shapeways.com/shops/mathgrrl)
Design notes:
* The surface was created with Mathematica, using the code Plot3D[.1(x^2-x^2),{x,-5,5},{y,-5,5}, PlotPoints->40, PlotTheme->"ThickSurface"], then exported to STL
* The STL was restricted to a circular domain, cut in half, and oriented with TInkercad. TInker with it yourself at this public Tinkercad link: [Pringle saddle surface](https://www.tinkercad.com/things/lstozkok9d5-pringle-saddle-surface-on-circular-domain/editv2)
=====
#####Twitter: [twitter.com/mathgrrl](https://twitter.com/mathgrrl)
#####Hacktastic blog: [www.mathgrrl.com/hacktastic](http://www.mathgrrl.com/hacktastic)
#####Shapeways geekhaus store: [www.shapeways.com/shops/mathgrrl](https://www.shapeways.com/shops/mathgrrl)
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