We found 5 products by Wahtah
by
Wahtah
A Sierpinski tetrahedron, the 3D version of the Sierpinski triangle, stage 5 I think. There are 4096 of the smallest tetrahedrons. The model has 499994 faces.
Update:
The edges are now almost 18 cm (7 in) long and it stands about 14.5 cm (5.7 in) high.
The model has been updated because the smallest struts were a bit too small to be printed. So it's now 1.5 times bigger in all directions.
The pictures are of the previous smaller version, the new version has been ordered successfully a number of times in WSF.
I created the model using POVray and MeshLab.
Update:
The edges are now almost 18 cm (7 in) long and it stands about 14.5 cm (5.7 in) high.
The model has been updated because the smallest struts were a bit too small to be printed. So it's now 1.5 times bigger in all directions.
The pictures are of the previous smaller version, the new version has been ordered successfully a number of times in WSF.
I created the model using POVray and MeshLab.
by
Wahtah
My entry for the wedding contest: a Sierpinski tetrahedron made with hearts instead of triangles. It could be used as a centerpiece, maybe decorated with some flowers, or as a gift.
Either way it may be personalized with the names of the couple in the big hearts.
Inspired by xkcd: http://xkcd.com/543/ There are 204 hearts in total.
This version stands about 8.5 cm / 3.4 in tall.
Either way it may be personalized with the names of the couple in the big hearts.
Inspired by xkcd: http://xkcd.com/543/ There are 204 hearts in total.
This version stands about 8.5 cm / 3.4 in tall.
by
Wahtah
The Flextest contest made me think of springs. And as I like recursive stuff, I decided to make a spring out of a spring that's made of a spring. Three levels of springy.
The purpose of this item is to answer these fundamental questions:
- How long will it be when stretched? (my calculations say you might need something like a volleyball court to test this)
- Will it return to its original shape afterwards? Or will it turn into the phone cord from hell?
The model was made with POV-Ray (as you can see in one of the close ups, it's made of about 77000 spheres strung together). The final model in MeshLab has 750000 faces.
The purpose of this item is to answer these fundamental questions:
- How long will it be when stretched? (my calculations say you might need something like a volleyball court to test this)
- Will it return to its original shape afterwards? Or will it turn into the phone cord from hell?
The model was made with POV-Ray (as you can see in one of the close ups, it's made of about 77000 spheres strung together). The final model in MeshLab has 750000 faces.
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- 3D modeler
