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object --+
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basestring --+
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str --+
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object --+ |
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named._Named --+
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named._NamedStr --+
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Geohash
Geohash class, a _NamedStr.
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Inherited from Inherited from Inherited from Inherited from |
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| Static Methods | |||
| a new object with type S, a subtype of T |
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| Properties | |
| ab | |
| latlon | |
| neighbors | |
| precision | |
| sizes | |
| N | |
| S | |
| E | |
| W | |
| NE | |
| NW | |
| SE | |
| SW | |
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Inherited from Inherited from |
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| Method Details |
New Geohash from an other Geohash
instance or
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Determine the adjacent cell in given compass direction.
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Return the lower-left SW and upper-right NE bounds of this geohash cell.
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Estimate the distance between this and an other geohash (from the cell sizes). |
Compute the distance between this and an other geohash using the Equirectangular Approximation / Projection.
See Also: Local, flat earth approximation, functions |
Compute the great-circle distance between this and an other geohash using the Haversine formula. |
Return (the approximate center of) this geohash cell as an instance of
the supplied
Example: >>> from sphericalTrigonometry import LatLon >>> ll = Geohash('u120fxw').toLatLon(LatLon) >>> print(repr(ll)) # LatLon(52°12′17.9″N, 000°07′07.64″E) >>> print(ll) # 52.204971°N, 000.11879°E |
| Property Details |
ab
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latlon
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neighbors
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precision
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sizes
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N
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S
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E
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W
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NE
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NW
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SE
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SW
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