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Winkel-Denner III (40°) vs. Winkel-Denner V (40°)

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  Winkel-Denner III (40°) Winkel-Denner V (40°)
Creator Peter Denner (2023) Peter Denner (2023)
Group Lenticular Lenticular
Property Compromise Compromise
Other Names
  • Winkel Tripel rounded corners
  • Winkel Tripel rounded corners lower angular distortion
Remarks Arithmetic mean of the equirectangular (with φ0 = 40°) and Aitoff projections for the x values, and using the Aitoff projection (without averaging) for the y values. Originally presented in a thread in the mapthematics forum.
Also see the blogpost The Winkel-Denner Projections.
Arithmetic mean of the equirectangular (with φ0 = 40) and Aitoff projections for the x values, and of the Aitoff projection and a (scaled down) Aitoff-transformed new azimuthal projection for the y values. Originally presented in a thread in the mapthematics forum.
Also see the blogpost The Winkel-Denner Projections.
recommended comparisons

1. Comparison: Physical Map

Winkel-Denner III (40°)
Winkel-Denner III (40°)
Winkel-Denner V (40°)
Winkel-Denner V (40°)

2. Comparison: Political Map

Winkel-Denner III (40°)
Winkel-Denner III (40°)
Winkel-Denner V (40°)
Winkel-Denner V (40°)

3. Comparison: Silhouette Map

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Grey areas: Superimposition of projections
Winkel-Denner III (40°) Silhouette Map
Winkel-Denner V (40°) Silhouette Map

4. Comparison: Tissot Indicatrix, 30°

Winkel-Denner III (40°)
Winkel-Denner III (40°) Tissot Indicatrix
Winkel-Denner V (40°)
Winkel-Denner V (40°) Tissot Indicatrix
 

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