Renders a geographic map. Qurak draws an equirectangular map using the
Diffère de la référence .wl : `GeoGraphics` view and output form
Drawing primitives
Besides `GeoMarker` and `Point`, `GeoGraphics` draws connecting paths, filled
Geographic entities
A position may be given as an `Entity[…]`, resolved to coordinates through the
Geodesy functions
Distances, bearings and destinations use Karney's geodesic on the GRS80
Notes
Auto-zoom fits a single point to a square regional window and several points to
Head[GeoGraphics[{Red, PointSize[Large], GeoMarker[GeoPosition[{-26.2041, 28.0473}]]}]]
→ GeoGraphicsGeoMarker[GeoPosition[{-26.2041, 28.0473}]]
→ GeoMarker[GeoPosition[{-26.2041, 28.0473}]]Head[GeoGraphics[GeoPath[{{40, -100}, {34, -118}, {47, -122}}]]]
→ GeoGraphicsHead[GeoGraphics[{Red, GeoDisk[{40, -100}, Quantity[500, "Kilometers"]]}]]
→ GeoGraphicsGeoPath[{{1, 2}, {3, 4}}]
→ GeoPath[{{1, 2}, {3, 4}}]Head[GeoGraphics[Entity["Country", "France"]]]
→ GeoGraphicsHead[GeoGraphics[{Red, GeoMarker[Entity["City", {"Munich", "Bavaria", "Germany"}]]}, GeoRange -> Quantity[50, "Kilometers"]]]
→ GeoGraphicsGeoDirection[{0, 0}, {0, 10}]
→ Quantity[90., AngularDegrees]Round[GeoBounds[{GeoPosition[{40, -100}], GeoPosition[{34, -118}]}]]
→ {{34, 40}, {-118, -100}}GeoNearest["Country", GeoPosition[{48.85, 2.35}]]
→ {Entity[Country, France]}- ImageSize — map width in pixels (the height follows the data aspect
- GeoRange — "World" for the whole globe, All/Automatic to fit the
- GeoProjection — "Equirectangular" (the default) or "Mercator".
- GeoGridLines — Automatic draws a latitude/longitude graticule;