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/********************************************************************** * * GEOS - Geometry Engine Open Source * http://geos.osgeo.org * * Copyright (c) 2024 Martin Davis * Copyright (C) 2024 Paul Ramsey * * This is free software; you can redistribute and/or modify it under * the terms of the GNU Lesser General Public Licence as published * by the Free Software Foundation. * See the COPYING file for more information. * **********************************************************************/ #pragma once #include #include #include #include #include #include #include #include #include // Forward declarations namespace geos { namespace algorithm { namespace locate { // class PointOnGeometryLocator; } } namespace operation { namespace relateng { // class LinearBoundary; // class AdjacentEdgeLocator; } } namespace geom { class CoordinateXY; class Geometry; class LineString; class Point; } } using geos::algorithm::BoundaryNodeRule; using geos::algorithm::locate::PointOnGeometryLocator; using geos::geom::Coordinate; using geos::geom::CoordinateXY; using geos::geom::Geometry; using geos::geom::LineString; using geos::geom::Point; using geos::geom::Location; namespace geos { // geos. namespace operation { // geos.operation namespace relateng { // geos.operation.relateng /** * Locates a point on a geometry, including mixed-type collections. * The dimension of the containing geometry element is also determined. * GeometryCollections are handled with union semantics; * i.e. the location of a point is that location of that point * on the union of the elements of the collection. * * Union semantics for GeometryCollections has the following behaviours: * * * For a mixed-dimension (heterogeneous) collection * a point may lie on two geometry elements with different dimensions. * In this case the location on the largest-dimension element is reported. * * For a collection with overlapping or adjacent polygons, * points on polygon element boundaries may lie in the effective interior * of the collection geometry. * * Prepared mode is supported via cached spatial indexes. * * @author Martin Davis */ class GEOS_DLL RelatePointLocator { private: // Members const Geometry* geom; bool isPrepared = false; const BoundaryNodeRule& boundaryRule; std::unique_ptr adjEdgeLocator; Coordinate::ConstXYSet points; std::vector lines; std::vector polygons; std::vector> polyLocator; std::unique_ptr lineBoundary; bool isEmpty; public: // Constructors RelatePointLocator(const Geometry* p_geom) : RelatePointLocator(p_geom, false, BoundaryNodeRule::getBoundaryRuleMod2()) {}; RelatePointLocator(const Geometry* p_geom, bool p_isPrepared, const BoundaryNodeRule& p_bnRule) : geom(p_geom) , isPrepared(p_isPrepared) , boundaryRule(p_bnRule) { init(geom); }; void init(const Geometry* p_geom); bool hasBoundary() const; void extractElements(const Geometry* geom); void addPoint(const Point* pt); void addLine(const LineString* line); void addPolygonal(const Geometry* polygonal); Location locate(const CoordinateXY* p); int locateLineEndWithDim(const CoordinateXY* p); /* * Locates a point which is known to be a node of the geometry * (i.e. a vertex or on an edge). * * @param p the node point to locate * @param parentPolygonal the polygon the point is a node of * @return the location of the node point */ Location locateNode(const CoordinateXY* p, const Geometry* parentPolygonal); /** * Locates a point which is known to be a node of the geometry, * as a DimensionLocation. * * @param p the point to locate * @param parentPolygonal the polygon the point is a node of * @return the dimension and location of the point */ int locateNodeWithDim(const CoordinateXY* p, const Geometry* parentPolygonal); /** * Computes the topological location ( Location) of a single point * in a Geometry, as well as the dimension of the geometry element the point * is located in (if not in the Exterior). * It handles both single-element and multi-element Geometries. * The algorithm for multi-part Geometries * takes into account the SFS Boundary Determination Rule. * * @param p the point to locate * @return the Location of the point relative to the input Geometry */ int locateWithDim(const CoordinateXY* p); private: // Methods /** * Computes the topological location (Location) of a single point * in a Geometry, as well as the dimension of the geometry element the point * is located in (if not in the Exterior). * It handles both single-element and multi-element Geometries. * The algorithm for multi-part Geometries * takes into account the SFS Boundary Determination Rule. * * @param p the coordinate to locate * @param isNode whether the coordinate is a node (on an edge) of the geometry * @param polygon * @return the Location of the point relative to the input Geometry */ int locateWithDim(const CoordinateXY* p, bool isNode, const Geometry* parentPolygonal); int computeDimLocation(const CoordinateXY* p, bool isNode, const Geometry* parentPolygonal); Location locateOnPoints(const CoordinateXY* p) const; Location locateOnLines(const CoordinateXY* p, bool isNode); Location locateOnLine(const CoordinateXY* p, /*bool isNode,*/ const LineString* l); Location locateOnPolygons(const CoordinateXY* p, bool isNode, const Geometry* parentPolygonal); Location locateOnPolygonal(const CoordinateXY* p, bool isNode, const Geometry* parentPolygonal, std::size_t index); PointOnGeometryLocator * getLocator(std::size_t index); }; } // namespace geos.operation.relateng } // namespace geos.operation } // namespace geos