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I'm sure there must be a way to cover a sphere, but your pattern
too. But You surely know that you can aproximate a sphere by n
equal-sided triangles, where n are some discrete numbers...
I don't know if it will work, to take 2 of these triangles
together, but maybe you can get your' penrose tiling this way to
the sphere ...
hmm ... quite hard to explain, hope you know what I mean...
--
,', Jan Walzer \V/ http://wa.lzer.net ,',
',',' student of >|< mailto:jan### [at] lzer net ',','
' ComputerScience /A\ +49-177-7403863 '
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