pyinterp.geometry.geographic.algorithms.convex_hull

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pyinterp.geometry.geographic.algorithms.convex_hull#

pyinterp.geometry.geographic.algorithms.convex_hull(geometry: pyinterp.core.geometry.geographic.Point, spheroid: pyinterp.core.geometry.geographic.Spheroid | None = None, strategy: pyinterp.core.geometry.geographic.algorithms.Strategy = Strategy.ANDOYER) → pyinterp.core.geometry.geographic.Polygon#
pyinterp.geometry.geographic.algorithms.convex_hull(geometry: pyinterp.core.geometry.geographic.Segment, spheroid: pyinterp.core.geometry.geographic.Spheroid | None = None, strategy: pyinterp.core.geometry.geographic.algorithms.Strategy = Strategy.ANDOYER) → pyinterp.core.geometry.geographic.Polygon
pyinterp.geometry.geographic.algorithms.convex_hull(geometry: pyinterp.core.geometry.geographic.Box, spheroid: pyinterp.core.geometry.geographic.Spheroid | None = None, strategy: pyinterp.core.geometry.geographic.algorithms.Strategy = Strategy.ANDOYER) → pyinterp.core.geometry.geographic.Polygon
pyinterp.geometry.geographic.algorithms.convex_hull(geometry: pyinterp.core.geometry.geographic.LineString, spheroid: pyinterp.core.geometry.geographic.Spheroid | None = None, strategy: pyinterp.core.geometry.geographic.algorithms.Strategy = Strategy.ANDOYER) → pyinterp.core.geometry.geographic.Polygon
pyinterp.geometry.geographic.algorithms.convex_hull(geometry: pyinterp.core.geometry.geographic.Ring, spheroid: pyinterp.core.geometry.geographic.Spheroid | None = None, strategy: pyinterp.core.geometry.geographic.algorithms.Strategy = Strategy.ANDOYER) → pyinterp.core.geometry.geographic.Polygon
pyinterp.geometry.geographic.algorithms.convex_hull(geometry: pyinterp.core.geometry.geographic.Polygon, spheroid: pyinterp.core.geometry.geographic.Spheroid | None = None, strategy: pyinterp.core.geometry.geographic.algorithms.Strategy = Strategy.ANDOYER) → pyinterp.core.geometry.geographic.Polygon
pyinterp.geometry.geographic.algorithms.convex_hull(geometry: pyinterp.core.geometry.geographic.MultiPoint, spheroid: pyinterp.core.geometry.geographic.Spheroid | None = None, strategy: pyinterp.core.geometry.geographic.algorithms.Strategy = Strategy.ANDOYER) → pyinterp.core.geometry.geographic.Polygon
pyinterp.geometry.geographic.algorithms.convex_hull(geometry: pyinterp.core.geometry.geographic.MultiLineString, spheroid: pyinterp.core.geometry.geographic.Spheroid | None = None, strategy: pyinterp.core.geometry.geographic.algorithms.Strategy = Strategy.ANDOYER) → pyinterp.core.geometry.geographic.Polygon
pyinterp.geometry.geographic.algorithms.convex_hull(geometry: pyinterp.core.geometry.geographic.MultiPolygon, spheroid: pyinterp.core.geometry.geographic.Spheroid | None = None, strategy: pyinterp.core.geometry.geographic.algorithms.Strategy = Strategy.ANDOYER) → pyinterp.core.geometry.geographic.Polygon

Calculates the convex hull of a geometry.

The convex hull is the smallest convex geometry that contains all points of the input geometry. It is always returned as a Polygon.

Parameters:

  • geometry – Geometric object.

  • spheroid – Optional spheroid for geodetic calculations. If not provided, uses WGS84 ellipsoid.

  • strategy – Calculation strategy.

Returns:

A Polygon representing the convex hull.

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