地図投影法
バージョン11は,球および楕円体の準拠モデルの両方について,数百に及ぶ大規模な地図投影法を提供している.これらはいくつかの方法で分類できるが,ここではそのいくつかの投影法の例を見てみる.
In[1]:=
![Click for copyable input](assets.ja/cartographic-geo-projections/In_57.png)
worldmap[proj_] := Framed[Labeled[
GeoGraphics["World", GeoBackground -> "Satellite",
GeoProjection -> proj, GeoGridLines -> Automatic,
GeoGridLinesStyle -> Directive[White, Opacity[0.25]]],
proj]]
円筒図法.
In[2]:=
![Click for copyable input](assets.ja/cartographic-geo-projections/In_58.png)
worldmap /@ {"Balthasart", "Mercator", "BSAMCylindrical",
"CylindricalEqualArea"}
Out[2]=
![](assets.ja/cartographic-geo-projections/O_45.png)
擬円筒図法.
In[3]:=
![Click for copyable input](assets.ja/cartographic-geo-projections/In_59.png)
worldmap /@ {"WinkelTripel", "Mollweide", "EckertI",
"FoucautStereographic"}
Out[3]=
![](assets.ja/cartographic-geo-projections/O_46.png)
円錐図法.
In[4]:=
![Click for copyable input](assets.ja/cartographic-geo-projections/In_60.png)
worldmap /@ {"Albers", "ConicEquidistant", "Euler",
"LambertConicEqualArea"}
Out[4]=
![](assets.ja/cartographic-geo-projections/O_47.png)
擬円錐図法と多円錐図法.
In[5]:=
![Click for copyable input](assets.ja/cartographic-geo-projections/In_61.png)
worldmap /@ {"Bonne", "Werner", "Bottomley", "AmericanPolyconic"}
Out[5]=
![](assets.ja/cartographic-geo-projections/O_48.png)
方位図法.
In[6]:=
![Click for copyable input](assets.ja/cartographic-geo-projections/In_62.png)
worldmap /@ {"LambertAzimuthal", "Orthographic", "GinzburgII", "Airy"}
Out[6]=
![](assets.ja/cartographic-geo-projections/O_49.png)
擬方位図法とクレイグ方位図法.
In[7]:=
![Click for copyable input](assets.ja/cartographic-geo-projections/In_63.png)
worldmap /@ {"Aitoff", "Wiechel", "CraigRetroazimuthal", "Littrow"}
Out[7]=
![](assets.ja/cartographic-geo-projections/O_50.png)
その他の図法.
In[8]:=
![Click for copyable input](assets.ja/cartographic-geo-projections/In_64.png)
worldmap /@ {"Armadillo", "AugustEpicycloidal", "Lagrange",
"PeirceQuincuncial"}
Out[8]=
![](assets.ja/cartographic-geo-projections/O_51.png)