Expand description
This module includes all the functions of geometric calculations
Re-exports
pub use kernels::HasKernel;pub use kernels::Kernel;pub use kernels::Orientation;pub use area::Area;pub use bearing::Bearing;pub use bounding_rect::BoundingRect;pub use centroid::Centroid;pub use chaikin_smoothing::ChaikinSmoothing;pub use chamberlain_duquette_area::ChamberlainDuquetteArea;pub use closest_point::ClosestPoint;pub use concave_hull::ConcaveHull;pub use contains::Contains;pub use convert::Convert;pub use convert::TryConvert;pub use convex_hull::ConvexHull;pub use coordinate_position::CoordinatePosition;pub use coords_iter::CoordsIter;pub use dimensions::HasDimensions;pub use euclidean_distance::EuclideanDistance;pub use euclidean_length::EuclideanLength;pub use extremes::Extremes;pub use frechet_distance::FrechetDistance;pub use geodesic_distance::GeodesicDistance;pub use geodesic_intermediate::GeodesicIntermediate;pub use geodesic_length::GeodesicLength;pub use haversine_destination::HaversineDestination;pub use haversine_distance::HaversineDistance;pub use haversine_intermediate::HaversineIntermediate;pub use haversine_length::HaversineLength;pub use intersects::Intersects;pub use is_convex::IsConvex;pub use k_nearest_concave_hull::KNearestConcaveHull;pub use line_interpolate_point::LineInterpolatePoint;pub use line_intersection::LineIntersection;pub use line_locate_point::LineLocatePoint;pub use lines_iter::LinesIter;pub use orient::Orient;pub use relate::Relate;pub use rotate::Rotate;pub use rotate::RotatePoint;pub use simplify::Simplify;pub use simplify::SimplifyIdx;pub use simplifyvw::SimplifyVW;pub use simplifyvw::SimplifyVWPreserve;pub use simplifyvw::SimplifyVwIdx;pub use translate::Translate;pub use vincenty_distance::VincentyDistance;pub use vincenty_length::VincentyLength;pub use winding_order::WindingOrder;pub use bool_ops::BooleanOps;pub use bool_ops::OpType;Modules
Calculate the area of the surface of a Geometry.
Calculate the bearing to another Point, in degrees.
Boolean Ops;
Calculate the bounding rectangle of a Geometry.
Calculate the centroid of a Geometry.
Smoothen LineString, Polygon, MultiLineString and MultiPolygon using Chaikins algorithm.
Calculate the signed approximate geodesic area of a Geometry.
Calculate the closest Point between a Geometry and an input Point.
Calculate the concave hull of a Geometry.
Determine whether Geometry A is completely enclosed by Geometry B.
Convert the type of a geometry’s coordinate value.
Calculate the convex hull of a Geometry.
Determine whether a Coordinate lies inside, outside, or on the boundary of a geometry.
Iterate over geometry coordinates.
Dimensionality of a geometry and its boundary, based on OGC-SFA.
Calculate the minimum Euclidean distance between two Geometries.
Calculate the length of a planar line between two Geometries.
Calculate the extreme coordinates and indices of a geometry.
Calculate the Frechet distance between two LineStrings.
Calculate the Geodesic distance between two Points.
Calculate a new Point lying on a Geodesic arc between two Points.
Calculate the Geodesic length of a line.
Calculate a destination Point, given a distance and a bearing.
Calculate the Haversine distance between two Geometries.
Calculate a new Point lying on a Great Circle arc between two Points.
Calculate the Haversine length of a Line.
Determine whether Geometry A intersects Geometry B.
Determines whether a LineString is convex.
Calculate concave hull using k-nearest algorithm
Kernels to compute various predicates
Interpolate a point along a Line or LineString.
Computes the intersection of two Lines.
Locate a point along a Line or LineString.
Iterate over the lines in a geometry.
Apply a function to all Coordinates of a Geometry.
Orient a Polygon’s exterior and interior rings.
Relate two geometries based on DE-9IM
Rotate a Geometry around either its centroid or a Point by an angle given in degrees.
Simplify Geometries using the Ramer-Douglas-Peucker algorithm.
Simplify Geometries using the Visvalingam-Whyatt algorithm. Includes a topology-preserving variant.
Planar sweep algorithm and related utils
Translate a Geometry along the given offsets.
Calculate the Vincenty distance between two Points.
Calculate the Vincenty length of a LineString.
Calculate and work with the winding order of Linestrings.
Traits
Map a function over all the coordinates in an object, returning a new one
Map a function over all the coordinates in an object in place
Map a fallible function over all the coordinates in a geometry, returning a Result