Inversion of Diamond Lattice 2

Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art inverted diamond lattice
inverted diamond lattice
Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art inverted diamond lattice
Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art inverted diamond lattice
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Raw Brass
Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Raw Brass
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Green Strong & Flexible Polished
Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Green Strong & Flexible Polished
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Yellow Strong & Flexible Polished
Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Yellow Strong & Flexible Polished
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Pink Strong & Flexible Polished
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Purple Strong & Flexible Polished
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Blue Strong & Flexible Polished
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art White Strong & Flexible Polished
Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art White Strong & Flexible Polished
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Metallic Plastic
Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Metallic Plastic
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Black Strong & Flexible
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art Red Strong & Flexible Polished
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Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art
Inversion of Diamond Lattice 2 3d printed Sculptures Mathematical Art
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3d Model Viewer

About this Product

The diamond lattice of tetrahedrons (see the diamond model) has been inverted (turned inside out) by substituting for each vertex vector, v, the signed vector Sqrt[v]. this puts the innermost tetrahedron on the outside, and the outer edges into the center, but makes the inner parts larger than the standard inversion, which substitutes 1/v for v. The file was created in Mathematica, in Meshlab.

Dimensions

IN: 2.043 w x 2.043 d x 2.039 h
CM: 5.188 w x 5.188 d x 5.18 h
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