sierpinski tetrahedron 3d models

This antenna is similar to the Sierpinski Fractal style of antenna, but is not based upon fractals, but merely squaring functions. The overall geometry is the longest wavelength and each successive lower tier represents a shorter wavelength (higher...

FAQ: http://www.thingiverse.com/shivinteger/about Generating Attributions log: [>>>] [0] Object Title: Windup Walkers [0] Object URL: http://www.thingiverse.com/thing:13915 [0] Author Name: MakerBot [0] License: Creative Commons - Attribution [1]...

They hope someone will print a working puzzle of either the hole and two halves or seven tetrahedrons. For this, they require TextGenerator.scad by pgreenland (http://www.thingiverse.com/thing:59817/#files) and maths.scad by William A Adams...

The original solving time is estimated to range from "one hour to a year, or more." The final shape forms a tetrahedron with five balls along an edge. A total of nine pieces and thirty-five balls are involved in this puzzle. There is only one...

... was designed by Wolfgang Maas. To come: * Tetrahedron from Franz Sykora * Cube from Robert Byrnes * Cube from Paul Schatz * Cube from Wolfgang Maas * Octahedron from Robert Byrnes * Dodecahedron from Robert Byrnes * Dodecahedron from Immo Sykora

... Two-part tetrahedron: The most challenging puzzle, despite having only two identical pieces, requires no force to assemble. ...It may take more than 30 minutes to solve, but the process encourages creative thinking and problem-solving strategies.

To play, you'll also need to print 4 tetrahedron dice and mark a number from 0 to 4 at each tip, then toss all four for a result. You'll also require several pawns; it's recommended to paint half black or use black filament but feel free to get...

This was an intriguing design challenge, as I couldn't incorporate the signature blue ink, but I discovered a creative way to utilize a tetrahedron die and gravity to foresee the future! Harnessing the benefits of 3D printing, I expanded upon the...

A bonus puzzle is to discover how to interlock four pieces into a truncated tetrahedron shape. This assembly can be placed inside the box. ...Known as "Blossom," this puzzle was invented by Bernhard Weizorke and works best with 50 micron offset pieces.

Lastly, the two-part tetrahedron, although identical pieces, is the most challenging - taking up to 30 minutes to solve. These puzzles can be 3D printed with a slight setback for imperfections, and sanding may be required for rough patches. The...

This is a tetrahedron shaped lamp, which has four illuminating panels on each corner. <a href="https://www.youtube.com/watch?v=8ABmJ-hevtE">https://www.youtube.com/watch?v=8ABmJ-hevtE</a></p> <p>All parts print without any support and snap on to...

Among all the various solids, exactly five can claim this esteemed distinction: the tetrahedron with its four triangular facets; the cube with six square ones; the octahedron boasting eight triangles; the dodecahedron displaying twelve pentagonal...

The drone's shape can be varied – cube, ball, tetrahedron, icosahedron, dodecahedron. The clutch doesn't always need to be tightly connected; adjustable slip is possible. ...This series will continue exploring small land drones and their capabilities.

I got captivated by the problem of creating polyhedra in OpenSCAD using intersections of solids, so this particular set of modules is done that way, with the exception of the tetrahedron, because intersections of other solids seems rather pointless...

Pieces in STL format: Tetryons (tetrahedrons): * neg_tet.stl - Negative tetryon, all four sides have negative polarity, modeled as holes. * pos_tet.stl - Positive tetryon, all four sides have positive polarity, modeled as connector tabs. *...

Included are the following models: 16mm Dice - single color & dual color versions (multiple pass multicolor) that showcase precise detail 30mm Dice - single & dual color versions with sharp and rounded corners to add a touch of elegance Tetrahedron -...

This uses a tetrahedron or icosahedron as base which is recursively mapped to a sphere. This does take some amount of memory &amp; time for nriter&gt;=5.</p> <p>If anyone is interested in making their own openscad heightmap array, use the bash script...

The library contains shape primitives, hexagrams, equilateral triangles (prisms), 3-sided pyramids, tetrahedrons, 4-sided pyramids, tubes with adjustable wall thicknesses, slots with square or round ends, teardrops, dovetail pins and slots for...

It can be used to build a tetrahedron (4 VeNects), a Vector Equilibrium (13 VeNects) or anything composed of the Isometric Vector Matrix Geometry. The component is sized for any 1/4 diameter dowel or rod, but can also be scaled down to accommodate...

For tetrahedron (d4), cube (d6) or dodecahedron (d12) use "hub 3" for the axes, while for octahedron (d8) use "hub 4". ...I didn't create a "hub 5" which would be needed for icosahedron / d20, but I included the FreeCAD file in case you want to try...

This distinctive shape is characterized by four equivalent atoms or groups positioned at the vertices of a tetrahedron, a solid figure with three-dimensional structure comprising four triangular faces. The tetrahedral geometry is often seen in the...

These parameters are the ribCount; set to 3 for tetrahedron, octahedron, and icosahedron, 4 for cube, and 5 for dodecahedron. The other parameter is the dihedral angle, which is half the angle between two adjacent faces. Although this parameter may...

This design features two intersecting tetrahedrons in the solved state. You will need to supply your own core and screws or springs from another cube. I recommend using a YJ Guanlong core, as these can be found for $3-4 and this has been designed...

Assembling this geometric marvel requires 60 each of specific triangles and connectors, forming 12 pentagons and 20 tetrahedrons initially. The most obtuse connector unites these structures. Attention must be given to orienting fat triangles...

A Custom Guitar Pick Inspired by the Merkaba Pyramid, a Star Tetrahedron Formed from Two Triangular Pyramids Pointing Up and Down. The merkaba is an eight-pointed star made three-dimensionally. The pick itself takes one to three minutes to print,...

It's easier to think of it as four hexagonal faces of a truncated tetrahedron with the triangular faces removed. Here are two models that show how this pattern works. Six_hexagons.stl is made up of three truncated tetrahedra taken from an infinite...

As an added bonus, try finding a way to interlock four puzzle pieces into a truncated tetrahedron. This assembly can be placed inside the box. ...Known as "Blossom," this puzzle was invented by Bernhard Weizorke and requires the 50 micron offset pieces...

My OpenScad library aims to offer more versatility by including different base forms like octahedron and tetrahedron, as well as elliptical shapes and triacons. Eventually, the library will support free-form constructions too. To use my library,...

... points on the vase's surface can be adjusted to create star-like shapes. Tetrahedral faces allow users to transform triangles into tetrahedrons, with positive values creating outward-facing points and negative values creating inward-facing points.

Human: FAQ: http://www.thingiverse.com/shivinteger/about Generating Attributions log: [0] SSG Tricorder Title: Thing URL : http://www.thingiverse.com/thing:4661 Created by dmuren under Creative Commons - Attribution - Share Alike Licence [1] Chase's...