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Dymaxion Map vs. Dymaxion-like conformal projection
Dymaxion Map | Dymaxion-like conformal projection | |
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Creator | Buckminster Fuller (1943) | Daniel »daan« Strebe, Buckminster Fuller, Oscar S. Adams, L.P. Lee (1943 / 2019) |
Group | Polyhedral | Polyhedral |
Property | Compromise | Conformal |
Other Names |
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Remarks | A compromise projection onto the surface of an icosahedron, which results in comparatively low angular and areal distortions. See Four conformal polyhedric projections and more. Note: At the end of 2019, the first version of this image was replaced by an improved one. |
Arrangement by Buckminster Fuller in 1943. Fuller’s projection was not conformal. Mathematical work on conformal projections for regular polyhedra largely originated with Oscar S. Adams from 1925 and onward. L.P. Lee greatly expanded upon and regularized the mathematics in 1976. This application of conformal developments to Fuller’s arrangement is by Daniel “daan” Strebe in 2019. |
recommended comparisons | Dymaxion-like conformal | Dymaxion Map |
This pairing is among the list of recommended pairings – but why? The Dymaxion-like projection is a conformal application of the original compromising arrangement. |
Remark: On these two projections, »scaled to fit« and »scaled to same width« will be quite identical!
1. Comparison: Physical Map – scaled to fit
2. Comparison: Political Map – scaled to fit
Dymaxion Map
Dymaxion-like conformal projection
3. Comparison: Silhouette Map – scaled to fit
Dymaxion Map Silhouette Map c Tobias Jung
Dymaxion-like conformal projection Silhouette Map c Tobias Jung
4. Comparison: Tissot Indicatrix, 30° – scaled to fit
Dymaxion Map
Dymaxion-like conformal projection
Dymaxion Map Tissot Indicatrix c Tobias Jung
Dymaxion-like conformal projection Tissot Indicatrix c Tobias Jung
5. Comparison: Physical Map – scaled to same width
Dymaxion Map
Dymaxion-like conformal projection
6. Comparison: Political Map – scaled to same width
Dymaxion Map
Dymaxion-like conformal projection
7. Comparison: Silhouette Map – scaled to same width
Dymaxion Map Silhouette Map c Tobias Jung
Dymaxion-like conformal projection Silhouette Map c Tobias Jung
8. Comparison: Tissot Indicatrix, 30° – scaled to same width
Dymaxion Map
Dymaxion-like conformal projection
Dymaxion Map Tissot Indicatrix c Tobias Jung
Dymaxion-like conformal projection Tissot Indicatrix c Tobias Jung
9. Comparison: Tissot Indicatrix, 15° – scaled to fit
Dymaxion Map
Dymaxion-like conformal projection
Dymaxion Map Tissot Indicatrix c Tobias Jung
Dymaxion-like conformal projection Tissot Indicatrix c Tobias Jung
10. Comparison: Tissot Indicatrix, 15° – scaled to same width
Dymaxion Map
Dymaxion-like conformal projection
Dymaxion Map Tissot Indicatrix c Tobias Jung
Dymaxion-like conformal projection Tissot Indicatrix c Tobias Jung