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Complex of the pyramids constructed of glass, metal, stone, ceramics, tree, amber and other materials
The information on architecture and details of a complex pyramids has been received by means of a framework dowsing and channelling. In work materials results of researches in the field of alternative medicine where it is revealed are in more details stated, that the architecture of pyramids can is applied in the medical purposes. In this work it is shown, how the physical form of a matter influences movement of the radio form of a matter (the Spirit substance). And all it is carried out by means of architecture of making components of a pyramid. In work photos of development of architecture of a complex of pyramids are presented [1].
The basic materials of which the staff is made: aluminium, copper, iron, zinc, a brass, cupronickel, quartz, glass, lazurite, a nephrite, a jasper, corals, turquoise, amber, a cedar. —Preceding unsigned comment added by Shatilov Konstantin ( talk • contribs) 18:08, 26 December 2007 (UTC)
[ [2]] —Preceding unsigned comment added by 91.122.151.50 ( talk) 10:49, 26 December 2007 (UTC)
-- Shatilov Konstantin 12:10, 14 September 2007 (UTC)
Take a bipyramid, cut it in two along its equator, and rotate one of the halves so that its vertices alternate, around the equator, with the vertices of the other half. Take the convex hull of the result. It has kite-shaped faces, and is face-transitive. What is it called? I think it is regular enough to deserve an article. Or maybe it has an article already, which should be linked to from this one. Maproom ( talk) 12:20, 15 October 2012 (UTC)
@ Jacobolus. Sorry, I did not see you have edit the article in the last day. I have removed the sections, merging into one section that includes the equilateral, and symmetry. The rest of the section that I have planned is trying to merge into one sections, since most of them are talking about the "other types and related polyhedra". Dedhert.Jr ( talk) 05:08, 24 January 2024 (UTC)
Bipyramid name |
Digonal bipyramid |
Triangular bipyramid |
Square bipyramid |
Pentagonal bipyramid |
Hexagonal bipyramid |
... |
Apeirogonal bipyramid |
---|---|---|---|---|---|---|---|
Polyhedron image |
... | ||||||
Spherical tiling image |
Plane tiling image |
||||||
Face config. | V2.4.4 | V3.4.4 | V4.4.4 | V5.4.4 | V6.4.4 | ... | V∞.4.4 |
Coxeter diagram |
... |
I am not finding a lot in my attempts at a literature search. So far I can find one source which doesn't really describe/define a star dipyramid, but invokes it to describe some historical artifacts, and only one source doi: 10.1016/0097-8493(88)90036-2 which describes it. – jacobolus (t) 06:52, 26 January 2024 (UTC)
star_pyramid(n, a, h) = n(S_0; Y 4π/n; S_1; Y-2π/n)
[...]star_dipyramid(n, a, h) = star_pyramid(n, a, h); star_dipyramid(n, a, -h).
This article is rated C-class on Wikipedia's
content assessment scale. It is of interest to the following WikiProjects: | |||||||||||||||||||||
|
Complex of the pyramids constructed of glass, metal, stone, ceramics, tree, amber and other materials
The information on architecture and details of a complex pyramids has been received by means of a framework dowsing and channelling. In work materials results of researches in the field of alternative medicine where it is revealed are in more details stated, that the architecture of pyramids can is applied in the medical purposes. In this work it is shown, how the physical form of a matter influences movement of the radio form of a matter (the Spirit substance). And all it is carried out by means of architecture of making components of a pyramid. In work photos of development of architecture of a complex of pyramids are presented [1].
The basic materials of which the staff is made: aluminium, copper, iron, zinc, a brass, cupronickel, quartz, glass, lazurite, a nephrite, a jasper, corals, turquoise, amber, a cedar. —Preceding unsigned comment added by Shatilov Konstantin ( talk • contribs) 18:08, 26 December 2007 (UTC)
[ [2]] —Preceding unsigned comment added by 91.122.151.50 ( talk) 10:49, 26 December 2007 (UTC)
-- Shatilov Konstantin 12:10, 14 September 2007 (UTC)
Take a bipyramid, cut it in two along its equator, and rotate one of the halves so that its vertices alternate, around the equator, with the vertices of the other half. Take the convex hull of the result. It has kite-shaped faces, and is face-transitive. What is it called? I think it is regular enough to deserve an article. Or maybe it has an article already, which should be linked to from this one. Maproom ( talk) 12:20, 15 October 2012 (UTC)
@ Jacobolus. Sorry, I did not see you have edit the article in the last day. I have removed the sections, merging into one section that includes the equilateral, and symmetry. The rest of the section that I have planned is trying to merge into one sections, since most of them are talking about the "other types and related polyhedra". Dedhert.Jr ( talk) 05:08, 24 January 2024 (UTC)
Bipyramid name |
Digonal bipyramid |
Triangular bipyramid |
Square bipyramid |
Pentagonal bipyramid |
Hexagonal bipyramid |
... |
Apeirogonal bipyramid |
---|---|---|---|---|---|---|---|
Polyhedron image |
... | ||||||
Spherical tiling image |
Plane tiling image |
||||||
Face config. | V2.4.4 | V3.4.4 | V4.4.4 | V5.4.4 | V6.4.4 | ... | V∞.4.4 |
Coxeter diagram |
... |
I am not finding a lot in my attempts at a literature search. So far I can find one source which doesn't really describe/define a star dipyramid, but invokes it to describe some historical artifacts, and only one source doi: 10.1016/0097-8493(88)90036-2 which describes it. – jacobolus (t) 06:52, 26 January 2024 (UTC)
star_pyramid(n, a, h) = n(S_0; Y 4π/n; S_1; Y-2π/n)
[...]star_dipyramid(n, a, h) = star_pyramid(n, a, h); star_dipyramid(n, a, -h).