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/// Kernels to compute various predicates pub mod kernels; /// Calculate the area of the surface of a `Geometry`. pub mod area; /// Calculate the bearing to another `Point`, in degrees. pub mod bearing; /// Calculate the bounding rectangle of a `Geometry`. pub mod bounding_rect; /// Calculate the centroid of a `Geometry`. pub mod centroid; /// Calculate the signed approximate geodesic area of a `Geometry`. pub mod chamberlain_duquette_area; /// Calculate the closest `Point` between a `Geometry` and an input `Point`. pub mod closest_point; /// Calculate the concave hull of a `Geometry`. pub mod concave_hull; /// Determine whether `Geometry` `A` is completely enclosed by `Geometry` `B`. pub mod contains; /// Calculate the convex hull of a `Geometry`. pub mod convex_hull; /// Determine whether a `Coordinate` lies inside, outside, or on the boundary of a geometry. pub mod coordinate_position; /// Iterate over geometry coordinates. pub mod coords_iter; /// Dimensionality of a geometry and its boundary, based on OGC-SFA. pub mod dimensions; /// Calculate the minimum Euclidean distance between two `Geometries`. pub mod euclidean_distance; /// Calculate the length of a planar line between two `Geometries`. pub mod euclidean_length; /// Calculate the extreme coordinates and indices of a geometry. pub mod extremes; /// Calculate the Frechet distance between two `LineStrings`. pub mod frechet_distance; /// Calculate the Geodesic distance between two `Point`s. pub mod geodesic_distance; /// Calculate a new `Point` lying on a Geodesic arc between two `Point`s. pub mod geodesic_intermediate; /// Calculate the Geodesic length of a line. pub mod geodesic_length; /// Calculate a destination `Point`, given a distance and a bearing. pub mod haversine_destination; /// Calculate the Haversine distance between two `Geometries`. pub mod haversine_distance; /// Calculate a new `Point` lying on a Great Circle arc between two `Point`s. pub mod haversine_intermediate; /// Calculate the Haversine length of a Line. pub mod haversine_length; /// Determine whether `Geometry` `A` intersects `Geometry` `B`. pub mod intersects; /// Determines whether a `LineString` is convex. pub mod is_convex; /// Interpolate a point along a `Line` or `LineString`. pub mod line_interpolate_point; /// Computes the intersection of two Lines. pub mod line_intersection; /// Locate a point along a `Line` or `LineString`. pub mod line_locate_point; /// Apply a function to all `Coordinates` of a `Geometry`. pub mod map_coords; /// Orient a `Polygon`'s exterior and interior rings. pub mod orient; /// Helper functions for the "fast path" variant of the Polygon-Polygon Euclidean distance method. pub(crate) mod polygon_distance_fast_path; /// Coordinate projections and transformations using the current stable version of [PROJ](http://proj.org). #[cfg(feature = "use-proj")] pub mod proj; /// Relate two geometries based on DE-9IM pub mod relate; /// Rotate a `Geometry` around either its centroid or a `Point` by an angle given in degrees. pub mod rotate; /// Simplify `Geometries` using the Ramer-Douglas-Peucker algorithm. pub mod simplify; /// Simplify `Geometries` using the Visvalingam-Whyatt algorithm. Includes a topology-preserving variant. pub mod simplifyvw; /// Translate a `Geometry` along the given offsets. pub mod translate; /// Calculate the Vincenty distance between two `Point`s. pub mod vincenty_distance; /// Calculate the Vincenty length of a `LineString`. pub mod vincenty_length; /// Calculate and work with the winding order of `Linestring`s. pub mod winding_order;