Package pygeodesy :: Module hausdorff :: Class HausdorffFlatPolar |
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# Class HausdorffFlatPolar

      object --+
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    named._Named --+
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           Hausdorff --+
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        HausdorffRadians --+
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                          HausdorffFlatPolar

Compute the `Hausdorff` distance based on the angular distance in `radians` from function pygeodesy.flatPolar_.

See Also: HausdorffCosineLaw, HausdorffEquirectangular, HausdorffEuclidean, HausdorffExact, HausdorffHaversine and HausdorffVincentys.

Instance Methods
__init__(self, points, wrap=False, seed=None, name='') New HausdorffFlatPolar calculator. |
directed(self, points, early=True) Compute only the `forward Hausdorff` distance. |
symmetric(self, points, early=True) Compute the combined `forward and reverse Hausdorff` distance. |
distance(self, p1, p2) Return the pygeodesy.flatPolar_ distance in `radians`. |
Inherited from `HausdorffRadians`: `point` Inherited from `named._Named`: `__imatmul__`, `__matmul__`, `__repr__`, `__rmatmul__`, `__str__`, `attrs`, `classof`, `copy`, `dup`, `rename`, `toRepr`, `toStr`, `toStr2` Inherited from `object`: `__delattr__`, `__format__`, `__getattribute__`, `__hash__`, `__new__`, `__reduce__`, `__reduce_ex__`, `__setattr__`, `__sizeof__`, `__subclasshook__`

Properties
Inherited from `Hausdorff`: `adjust`, `datum`, `seed`, `units`, `wrap` Inherited from `named._Named`: `classname`, `classnaming`, `iteration`, `name`, `named`, `named2`, `named3`, `named4` Inherited from `object`: `__class__`

Method Details

### __init__ (self, points, wrap=False, seed=None, name='') (Constructor) |
New HausdorffFlatPolar calculator. Arguments: `points` - Initial set of points, aka the `model` or `template` (`LatLon`[], `Numpy2LatLon`[], `Tuple2LatLon`[] or `other`[]). `wrap` - Optionally, wrap and pygeodesy.unrollPI longitudes (`bool`). `seed` - Random seed (`any`) or `None`, `0` or `False` for no random sampling. `name` - Optional name for this interpolator (`str`). Raises: `HausdorffError` - Insufficient number of `points` or invalid `seed`. Overrides: object.__init__

### directed (self, points, early=True) |
Compute only the `forward Hausdorff` distance. Arguments: `points` - Second set of points, aka the `target` (`LatLon`[], `Numpy2LatLon`[], `Tuple2LatLon`[] or `other`[]). `early` - Enable or disable early breaking (`bool`). Returns: A Hausdorff6Tuple`(hd, i, j, mn, md, units)`. Raises: `HausdorffError` - Insufficient number of `points` or an invalid `point`. Overrides: Hausdorff.directed Note: See `points` note at HausdorffDistanceTo.

### symmetric (self, points, early=True) |
Compute the combined `forward and reverse Hausdorff` distance. Arguments: `points` - Second set of points, aka the `target` (`LatLon`[], `Numpy2LatLon`[], `Tuple2LatLon`[] or `other`[]). `early` - Enable or disable early breaking (`bool`). Returns: A Hausdorff6Tuple`(hd, i, j, mn, md, units)`. Raises: `HausdorffError` - Insufficient number of `points` or an invalid `point`. Overrides: Hausdorff.symmetric Note: See `points` note at HausdorffDistanceTo.

### distance (self, p1, p2) |
Return the pygeodesy.flatPolar_ distance in `radians`. Overrides: Hausdorff.distance