polyhedron 3d models

Two copies come together to form an attractive diamond, while two copies combined with a half-cube result in a nonahedron, a nine-faced polyhedron with an unusual name. This intriguing desktop toy boasts an appealing aesthetic that kids may adore for...

Geometry: comprised exclusively of quads, with no triangles or polyhedrons in evidence. Surface detail is fully defined by the normal map channel's meticulous encoding. The generated normal map originates directly from the raw point cloud data...

Thanks to its direct generation of triangles via the polyhedron command, this tool is both speedy and lightweight. For those interested, Syvwlch has also provided an anaglyph grayscale image to view with red/blue glasses. If you fancy a peek at the...

This fascinating regular polyhedron has the property of packing space in aperiodic tessellations. Its faces are made up of golden rhombi, with diagonals in harmonic proportion (1/φ). The design is related to Roger Penrose's rhombi, found in the...

The Dual Partnership: Octahedron in a Cube / Hexahedron Each polyhedron has a dual counterpart, where faces and vertices swap places. Only a handful can be easily demonstrated physically by fitting one into the other. The cube appears to be an...

Some necessary instructions and notes for assembly: Using these parameters for your build: Height = five Number of sides (or facets) of a polyhedron: six Ring inserts in each hole: fifteen Radial openings for any circular shapes that are to be built...

I didn't want to waste four of 608zz bearings on a spinner.As I had some 1/4" hexnuts that didn't have the correct thread to fit a camera tripod, I thought I'd use them as weights, which meant I only need to use one bearing.So I've modified...

The second torus was formed by merging a mirror image of the aforementioned regular torus with itself, resulting in an attractive symmetrical polyhedron. OpenSCAD code is provided below. Print Settings: Printer Brand: MakerBot Printer: MakerBot...

Although a similar nautilus shell design exists on Thingiverse, this particular model is entirely crafted using OpenSCAD, employing polyhedrons and the Fibonacci spiral formula to achieve its shape. To ensure ample space for the crab's abdomen, I...

... operations and primitive parts. Note that this version doesn't support polyhedron or 2D primitives, but these can be easily added. ...Additionally, the OpenScad_VM model can serve as a transport mechanism for objects, providing a convenient feature.

The new kit features polyhedron components with symmetric unsigned hinges, including an octagon. Improvements over the previous kit include larger facets and dimensional compatibility with other "Elements." The unique hinge design resolves issues by...

Grand Landscape Model: A Detailed Polyhedron Constructed from 17,617 precision-cut polygons, this intricate terrain is comprised of a staggering 17,837 vertices. The base texture resolution measures an impressive 4096 by 4096 pixels. Model Export...

polyhedron_type - Adjusts the intricate geometry at the heart of the model, presenting a choice between various complex shapes. With 2 chosen, the outcome features interconnected, hexagonal components, adding an organic flair to the structure's...

OpenSCAD's polyhedron command is used to create these models. A program is needed to write the openSCAD commands due to shared vertices. The build surface needs careful leveling, as rafts don't work. Some smudges occurred on certain faces of the...

Hexasphericon is a term used to describe a six-sided polyhedron with equal hexagonal faces. This shape has been studied extensively in various fields of mathematics and science, particularly in geometry and crystallography. Researchers have found...

OpenSCAD's modified polyhedron() command is now more organized, with functional sections and comments. Choose between Rolson or Fairbury wrench sizes. Expect faster rendering due to optimized assembly of threads. The instructions provide two files,...

This model was designed using a polyhedron from Shapes pack and is optimized for printing with no need for supports. It's perfect for holding small plants, but feel free to enlarge it before slicing. To ensure smooth print quality, slow down your...

It skillfully constructs the mesh and polyhedron with minimal user effort required. The extrusion length and direction are dictated by a vector, with the default [0,0,1] resulting in a 1 mm extrusion in the z direction. I am confident that numerous...

3 Files: art3d-clb-photo-grand-icosaedre-84mm.stl art3d-clb-photo-grand-icosaedre-2phi-cm.stl art3d-clb-grand-icosaedre.zip with the two previous files and the technical data sheet: art3d-clb-impr-3d-fiche-tech-grand-icosaedre.pdf Presence of the...

Ergonomic Seating Solution: 8861-Sided Polyhedron. This sophisticated seating arrangement boasts an impressive 8863 vertices, ensuring a seamless and immersive experience for gamers and simulation enthusiasts alike. A high-resolution texture...

... trying another print on the Flashforge Dreamer Printer to see how it turns out. Post-Printing All sides should look identical. Instructions Made in the Thingiverse Customizer Customizer setting: shell_percent = 25 polyhedron_type = 4 style = shell

Can be used as an actual hinge, or for assembling polyhedrons from a set of individual faces.tabs: number of tabs (and gaps) in one hinge piecethickness: height of hinge (the diameter of the pivot is derived from thickness)length: length along the...

Geometry: Units: Centimeters Count of Polygons: 15,120 Total Vertices: 15,126 Number of Triangles: Zero Quadrilaterals: 15,120 Polyhedrons with More than Five Faces: None Object: Dimensions in Centimeters: 8.8 cm x 8.8 cm x 6.5 cm Equivalent...

Armchair Masterpiece: A Polyhedron of Precision. 4096 polygon points expertly crafted, a total of 4760 vertices forming the foundation for this design. A high-resolution texture, measuring 4096 by 4096 pixels, provides an ultra-realistic finish.

That is, using the built-in polyhedron module to create a function graph. This demonstrates the function_grapher module in my library, which is easy to use. For example: include <OpenSCADGraphGenerator.scad>; include <Bolt.scad>; include...

... The map was printed directly on the build platform using three shells for smooth peaks and a Fortran program that outputs an openSCAD polyhedron command, allowing openSCAD's thrown-together debugging feature.

So I've modified swholmstead's design to take smaller hex nuts that don't poke all the way through the holder, and also cleaned up aubenc's knurling2 library to get rid of polyhedron(triangle) calls and assign() functions and some debugging/spacing...

The unique design allows you to build complex shapes and polyhedrons that would be impossible to construct otherwise. By snapping these modules together, you can create intricate structures with ease. The circular hole also enables the connection to...

Sides: 8 - Number of sides of the polyhedron that form this structure. Radius: 50mm - The radius at which each edge meets at the base. Number of Slices: 60 - More slices give a smoother shape, but are more computationally intensive. Body Twist:...

The process involves defining the number of faces, edges, and vertices of the star, which are the building blocks of any polyhedron. A polyhedral star typically has an odd number of sides, with a minimum of five, making it a pentagonal star. Once the...