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Map to coordinates: Move a marker on a Google Maps map (map or satellite view) and get Latitude, Longitude for the location. User interface in English language. Mapcoordinates: Map to coordinates: Move a marker on a Google Maps map (map or satellite view) and get Latitude, Longitude and Elevation for the location. User interface in German language.
image1 = Indonesia Java relief location map.png An alternative map image, usually a relief map, which can be displayed via the relief or AlternativeMap parameters; top = -4.4 Latitude at top edge of map, in decimal degrees; bottom = -9.7 Latitude at bottom edge of map, in decimal degrees; left = 104.8 Longitude at left edge of map, in decimal ...
I inputed this address into Google Maps, and I got the latitude and longitude for the place as 41.258724, -74.496273. I used these coordinates in the Location Map Many Template to put the mark on the map for this place. Is using a known address to get the latitude and longitude coordinates from Google Maps and then using the coordinates from ...
Longitude: from West to East this map definition covers 1.0667 degrees. At an image width of 200 pixels, that is 0.0053 degrees per pixel. At an image width of 1000 pixels, that is 0.0011 degrees per pixel. Latitude: from North to South this map definition covers 0.6151 degrees. At an image height of 200 pixels, that is 0.0031 degrees per pixel.
Longitude: from West to East this map definition covers 0.714 degrees. At an image width of 200 pixels, that is 0.0036 degrees per pixel. At an image width of 1000 pixels, that is 0.0007 degrees per pixel. Latitude: from North to South this map definition covers 0.424 degrees. At an image height of 200 pixels, that is 0.0021 degrees per pixel.
Longitude: from West to East this map definition covers 38.5 degrees. At an image width of 200 pixels, that is 0.1925 degrees per pixel. At an image width of 1000 pixels, that is 0.0385 degrees per pixel. Latitude: from North to South this map definition covers 35.46 degrees. At an image height of 200 pixels, that is 0.1773 degrees per pixel.
Since a geohash (in this implementation) is based on coordinates of longitude and latitude the distance between two geohashes reflects the distance in latitude/longitude coordinates between two points, which does not translate to actual distance, see Haversine formula. Example of non-linearity for latitude-longitude system:
It was developed at Google's Zürich engineering office, [2] and released late October 2014. [3] Location codes created by the OLC system are referred to as "plus codes". Open Location Code is a way of encoding location into a form that is easier to use than showing coordinates in the usual form of latitude and longitude. Plus codes are ...