10-2 擬円筒図法リスト (6-2)
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6-2-1
通常計算
6-2-1- 1 Sanson-Flamsteed
(Sinusoidal Projection,サンソン図法)
6-2-1- 2 Putnins P5
6-2-1- 3 Craster Parabolic (クラスタ パラボリック図法)
6-2-1- 4 Quartic Authalic
6-2-1- 5 Eckert Ⅰ (エッケルト Ⅰ 図法)
6-2-1- 6 Eckert Ⅱ (エッケルト Ⅱ 図法)
6-2-1- 7 Eckert Ⅴ (エッケルト Ⅴ 図法)
6-2-1- 8 Winkel Ⅰ
6-2-1- 9 McBryde·Thomas Flat-Polar Parabolic
6-2-1-10 DeNoyer Semi-Elliptical
6-2-1-11 Kavrayskiy Ⅶ
6-2-1-12 Eckert Ⅲ (エッケルト Ⅲ 図法)
6-2-1-13 Robinson (ロビンソン図法)
6-2-14 Wagner Ⅵ
6-2-15 Loximuthal
6-2-16 Collignon
6-2-17 Trapezoidal (台形図法)
6-2-18 Baker Dinomic
6-2-1-19 Maurer
6-2-1-20 Fahey
6-2-1-21 Fourtier Ⅱ
6-2-1-22 Holzel
6-2-1-23 Apian Ⅱ
6-2-1-24 Apian Ⅱ Globular
6-2-1-24-1 半球描画
6-2-1-24-2 全球描画
(半球並列)
6-2-1-25_Oxford Atlas
6-2-1-26 Times Atlas
6-2-1-27 Putnins P1
6-2-1-28 Putnins P'1
6-2-1-29 Putnins P3
6-2-1-30 Putnins P'3
6-2-1-31 Putnins P'4
6-2-1-32 Werenskiold I
6-2-1-33 Putnins P'5
6-2-1-34 Siemon IV
6-2-1-35 Snyder Minimum Error
6-2-1-36 Urmayev V Projection
6-2-1-37 Wagner I (Kavraisky VI) Projection
6-2-1-38_Wagner Ⅱ Projection
6-2-2 φに対応するθを算出して描画
6-2-2-1 2θ + sin 2θ = π sin φ
6-2-2-1-1 Mollweide (モルワイデ図法)
6-2-2-1-2 Goode Homolosine (グート図法)
6-2-2-1-3 Boggs Eumorphic
6-2-2-2 2θ + sin 2θ = 2.67595 sin φ,2θ + sin 2θ = 2.43763 sin φ
6-2-2-2 Hatano Asymmetrical Equal-Area
(羽田野非対称正積図法)
6-2-2-3 2θ + sin 2θ = { [4π + 3 √3] / 6 } sin φ
6-2-2-3 Wagner IV
6-2-2-4 θ + sin θ cos θ + 2 sin θ = (4 + π)(sin φ)/2
6-2-2-4 Eckert Ⅳ (エッケルト Ⅳ 図法)
6-2-2-5 θ + sin θ = (1 + π/2) sin φ
6-2-2-5 Eckert Ⅵ (エッケルト Ⅵ 図法)
6-2-2-6 θ/2 + sin θ = (1 + π/4) sin φ
6-2-2-6-1 McBryde-Thomas Flat-Polar Sinusoidal
6-2-2-6-2 McBryde S3
6-2-2-7 sin(θ/2) + sin θ = ( 1 + 21/2/2) sin φ
6-2-2-7 McBryde-Thomas Flat-Polar Quartic