586 F Mixed cylindric map projections
Fig. F.7. Horizontal weighted mean of the generalized Lambert projection and the generalized Sanson–
Flamsteed projection of the biaxial ellipsoid E
2
A,B , squared relative eccentricity E
2 = 0.1, weight parameters
α = 1, β = 0.5.
Fig. F.8. Horizontal weighted mean of the generalized Lambert projection and the generalized Sanson–
Flamsteed projection of the biaxial ellipsoid E
2
A,B (generalized Nell–Hammer projection), squared relative
eccentricity E
2 = 0.1, weight parameters α = β = 1.
Fig. F.9. Horizontal weighted mean of the generalized Lambert projection and the generalized Sanson–
Flamsteed projection of the biaxial ellipsoid E
2
A,B , squared relative eccentricity E
2 = 0.1, weight parameters
α = 0.5, β = 1.
Fig. F.10. Horizontal weighted mean of the generalized Lambert projection and the generalized Sanson–
Flamsteed projection of the biaxial ellipsoid E
2
A,B , squared relative eccentricity E
2 = 0.1, weight parameters
α = 0.1, β = 1.
Fig. F.7. Horizontal weighted mean of the generalized Lambert projection and the generalized Sanson–
Flamsteed projection of the biaxial ellipsoid E
2
A,B , squared relative eccentricity E
2 = 0.1, weight parameters
α = 1, β = 0.5.
Fig. F.8. Horizontal weighted mean of the generalized Lambert projection and the generalized Sanson–
Flamsteed projection of the biaxial ellipsoid E
2
A,B (generalized Nell–Hammer projection), squared relative
eccentricity E
2 = 0.1, weight parameters α = β = 1.
Fig. F.9. Horizontal weighted mean of the generalized Lambert projection and the generalized Sanson–
Flamsteed projection of the biaxial ellipsoid E
2
A,B , squared relative eccentricity E
2 = 0.1, weight parameters
α = 0.5, β = 1.
Fig. F.10. Horizontal weighted mean of the generalized Lambert projection and the generalized Sanson–
Flamsteed projection of the biaxial ellipsoid E
2
A,B , squared relative eccentricity E
2 = 0.1, weight parameters
α = 0.1, β = 1.