Paper Models of Polyhedra
Recorded: Sept. 22, 2026, 2:51 a.m.
| Original | Summarized |
Paper Models of Polyhedra Mobile site Types: Selections: Indexes: Instructions: Facebook: Languages Paper Models of Polyhedra Archimedean Solids Kepler-Poinsot Polyhedra Other Uniform Polyhedra Compounds Pyramids Concave Pyramids Truncated Pyramids Dipyramids Other Pyramids Prisms Antiprisms Concave Prisms Concave Antiprisms Other Prisms Other Polyhedra Kaleidocycles Other Paper Models Polyhedra Collections Pictures of more models: Visual index |
The provided text outlines a resource dedicated to paper models of polyhedra, asserting that polyhedra are three-dimensional geometrical figures that have historically captivated philosophers, mathematicians, and artists. The resource offers a selection of several hundred free paper models, allowing users to construct these figures themselves, with access to nets for each model upon clicking a picture. The collection is systematically categorized into various types of polyhedra, including Platonic Solids, Archimedean Solids, and Kepler-Poinsot Polyhedra. Additional categories encompass Other Uniform Polyhedra, Compounds, and various forms of pyramids, such as concave pyramids, truncated pyramids, dipyramids, and other pyramids. The structure further includes categories for prisms, antiprisms, concave prisms, concave antiprisms, twisted prisms, and other prisms. The resource also includes classifications for other general polyhedra and specific forms like Kaleidocycles. The resource provides specific selections and collections, offering models such as the football (ball), selections of pyramids and prisms, and specific polyhedra like dodecahedra and isosceles tetracontahedra. There is also a focus on various model styles, including simple, oblique, and Egyptian pyramids. The organization of the models is facilitated by various indexing methods, such as indexing by type, alphabetic sorting, visual indexing, and the number of faces, along with instructional materials and video tutorials. This structure allows users to navigate the available paper models through visual indexes and collections of related figures. |