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Redpoint didn't say anything about a covered patio:
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I wasn't commenting on what redpoint5 may or may not have said, but on the illustration provided.
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there are numerous calculators out there. Here is one, and the calculations for a 35 ft dome using struts that can be mmade from standard 8 ft wall studs.:
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The calculator you showed returns edge length and dihedral angle. Consider
Rick Bono's Dome 4.8
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DOME currently supports five file formats:
1.) DXF - DXF face data which can be input into most computer aided design packages.
Each polyhedron face is saved on a seperate level if spherical data generation is
requested. DXF data for Buckyballs are saved as LINE data. The default DXF data for
all other structures is 3D POLYFACE data. This can be changed to LINE data with
the -w option. Note that not all applications support DXF line data. In these cases,
use polyface instead.
2.) DAT - An ASCII report format. Shows only symmetry triangle parameters. This format
displays chord factors, face angles and axial angles. Not available for Buckyballs.
3.) PRN - An ASCII comma delimited format. Contains vertex coordinate and chord
coordinate data. Suitable for parsing into custom routines and spreadsheets. Only data
for the symmetry triangle is saved. Not available for Buckyballs.
4.) POV - POV-ray script file. Generates spheres for vertexia, cylinders for chords
and triangles for faces. Faces are not saved when using the Buckyball option.
The POV script consists of two files. The .POV file contains the scene description
while the dome.inc file contains the dome geometry. Note that DOME references "up"
as the z-axis while POV references the y-axis. The Sky statement in the camera
definition compensates for this.
5.) WRL - VRML file for use with a VRML enabled browser such as the Cortona plugin
from ParallelGraphics. Only wire-frame output is available with Buckyball option.
WinDome supports the VRML97 Specification.
6.) OFF - Can be processed, analysed and viewed by the Antiprism tools (use
off_util to merge elements), Geomview and JavaView.
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So you can get face angles and axial angles (necessary for setting the end cuts and sheathing). It returns XYZ coordinates. It shows elliptical and parabolic meshes. It outputs 3D models.You might like it. (I use 4.6 because I can't get 4.8 to Makefile.)
I mentioned Fuller's Hexapent patent for it's engineering certification.
ksa8907 — This wouldn't be pioneering. It's in a subdivision.
edit:
I like to scroll through
https://www.reddit.com/r/tartarianarchitecture. Three days ago someone posted a 13-story pagoda built entirely of
cast iron in 1061! Someone posted the
Armour-Stiner House
Strike the pink floor and blow the upper level up to the diameter of the 360° porch. Shrink the cupola.
Use shingles or something so the neighbors don't freak out.