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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 // Forward declarations namespace geos { namespace operation { namespace relateng { class NodeSection; class RelateGeometry; class RelateNode; class TopologyPredicate; } } } using geos::geom::CoordinateXY; using geos::geom::Location; using geos::operation::relateng::NodeSection; using geos::operation::relateng::NodeSections; using geos::operation::relateng::RelateGeometry; using geos::operation::relateng::RelateNode; using geos::operation::relateng::TopologyPredicate; namespace geos { // geos. namespace operation { // geos.operation namespace relateng { // geos.operation.relateng class GEOS_DLL TopologyComputer { private: // Members TopologyPredicate& predicate; RelateGeometry& geomA; RelateGeometry& geomB; std::map nodeMap; std::deque> nodeSectionsStore; // Methods /** * Determine a priori partial EXTERIOR topology based on dimensions. */ void initExteriorDims(); void initExteriorEmpty(bool geomNonEmpty); inline RelateGeometry& getGeometry(bool isA) const { return isA ? geomA : geomB; }; void updateDim(Location locA, Location locB, int dimension); void updateDim(bool isAB, Location loc1, Location loc2, int dimension); /** * Update topology for an intersection between A and B. * * @param a the section for geometry A * @param b the section for geometry B */ void updateIntersectionAB(const NodeSection* a, const NodeSection* b); /** * Updates topology for an AB Area-Area crossing node. * Sections cross at a node if (a) the intersection is proper * (i.e. in the interior of two segments) * or (b) if non-proper then whether the linework crosses * is determined by the geometry of the segments on either side of the node. * In these situations the area geometry interiors intersect (in dimension 2). * * @param a the section for geometry A * @param b the section for geometry B */ void updateAreaAreaCross(const NodeSection* a, const NodeSection* b); /** * Updates topology for a node at an AB edge intersection. * * @param a the section for geometry A * @param b the section for geometry B */ void updateNodeLocation(const NodeSection* a, const NodeSection* b); void addNodeSections(NodeSection* ns0, NodeSection* ns1); void addLineEndOnLine(bool isLineA, Location locLineEnd, Location locLine, const CoordinateXY* pt); void addLineEndOnArea(bool isLineA, Location locLineEnd, Location locArea, const CoordinateXY* pt); /** * Updates topology for an area vertex (in Interior or on Boundary) * intersecting a point. * Note that because the largest dimension of intersecting target is determined, * the intersecting point is not part of any other target geometry, * and hence its neighbourhood is in the Exterior of the target. * * @param isAreaA whether the area is the A input * @param locArea the location of the vertex in the area * @param pt the point at which topology is being updated */ void addAreaVertexOnPoint(bool isAreaA, Location locArea, const CoordinateXY* pt); void addAreaVertexOnLine(bool isAreaA, Location locArea, Location locTarget, const CoordinateXY* pt); void evaluateNode(NodeSections* nodeSections); void evaluateNodeEdges(const RelateNode* node); NodeSections* getNodeSections(const CoordinateXY& nodePt); public: TopologyComputer( TopologyPredicate& p_predicate, RelateGeometry& p_geomA, RelateGeometry& p_geomB) : predicate(p_predicate) , geomA(p_geomA) , geomB(p_geomB) { initExteriorDims(); }; int getDimension(bool isA) const; bool isAreaArea() const; /** * Indicates whether the input geometries require self-noding * for correct evaluation of specific spatial predicates. * Self-noding is required for geometries which may * have self-crossing linework. * This causes the coordinates of nodes created by * crossing segments to be computed explicitly. * This ensures that node locations match in situations * where a self-crossing and mutual crossing occur at the same logical location. * The canonical example is a self-crossing line tested against a single segment * identical to one of the crossed segments. * * @return true if self-noding is required */ bool isSelfNodingRequired() const; bool isExteriorCheckRequired(bool isA) const; bool isResultKnown() const; bool getResult() const; /** * Finalize the evaluation. */ void finish(); void addIntersection(NodeSection* a, NodeSection* b); void addPointOnPointInterior(const CoordinateXY* pt); void addPointOnPointExterior(bool isGeomA, const CoordinateXY* pt); void addPointOnGeometry(bool isA, Location locTarget, int dimTarget, const CoordinateXY* pt); /** * Add topology for a line end. * The line end point must be "significant"; * i.e. not contained in an area if the source is a mixed-dimension GC. * * @param isLineA the input containing the line end * @param locLineEnd the location of the line end (Interior or Boundary) * @param locTarget the location on the target geometry * @param dimTarget the dimension of the interacting target geometry element, * (if any), or the dimension of the target * @param pt the line end coordinate */ void addLineEndOnGeometry(bool isLineA, Location locLineEnd, Location locTarget, int dimTarget, const CoordinateXY* pt); /** * Adds topology for an area vertex interaction with a target geometry element. * Assumes the target geometry element has highest dimension * (i.e. if the point lies on two elements of different dimension, * the location on the higher dimension element is provided. * This is the semantic provided by {@link RelatePointLocator}. * * Note that in a GeometryCollection containing overlapping or adjacent polygons, * the area vertex location may be INTERIOR instead of BOUNDARY. * * @param isAreaA the input that is the area * @param locArea the location on the area * @param locTarget the location on the target geometry element * @param dimTarget the dimension of the target geometry element * @param pt the point of interaction */ void addAreaVertex(bool isAreaA, Location locArea, Location locTarget, int dimTarget, const CoordinateXY* pt); void addAreaVertexOnArea(bool isAreaA, Location locArea, Location locTarget, const CoordinateXY* pt); void evaluateNodes(); /** * Disable copy construction and assignment. Apparently needed to make this * class compile under MSVC. (See https://stackoverflow.com/q/29565299) */ TopologyComputer(const TopologyComputer&) = delete; TopologyComputer& operator=(const TopologyComputer&) = delete; }; } // namespace geos.operation.relateng } // namespace geos.operation } // namespace geos