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/********************************************************************** * * GEOS - Geometry Engine Open Source * http://geos.osgeo.org * * Copyright (C) 2011 Sandro Santilli * * 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. * ********************************************************************** * * Last port: operation/union/UnaryUnionOp.java r320 (JTS-1.12) * **********************************************************************/ #pragma once #include #include #include #include #include #include #include #include #include #include #ifdef _MSC_VER #pragma warning(push) #pragma warning(disable: 4251) // warning C4251: needs to have dll-interface to be used by clients of class #endif // Forward declarations namespace geos { namespace geom { class GeometryFactory; class Geometry; } } namespace geos { namespace operation { // geos::operation namespace geounion { // geos::operation::geounion /** \brief * Unions a collection of Geometry or a single Geometry * (which may be a collection) together. * * By using this special-purpose operation over a collection of * geometries it is possible to take advantage of various optimizations * to improve performance. * Heterogeneous [GeometryCollections](@ref geom::GeometryCollection) * are fully supported. * * The result obeys the following contract: * * - Unioning a set of overlapping [Polygons](@ref geom::Polygon) has the effect * of merging the areas (i.e. the same effect as * iteratively unioning all individual polygons together). * - Unioning a set of [LineStrings](@ref geom::LineString) has the effect of * **fully noding** and **dissolving** the input linework. * In this context "fully noded" means that there will be a node or * endpoint in the output for every endpoint or line segment crossing * in the input. * "Dissolved" means that any duplicate (e.g. coincident) line segments * or portions of line segments will be reduced to a single line segment * in the output. * This is consistent with the semantics of the * [Geometry::Union(Geometry* )](@ref geom::Geometry::Union()) * operation. If **merged** linework is required, the * [LineMerger](@ref operation::linemerge::LineMerger) class * can be used. * - Unioning a set of [Points](@ref geom::Point) has the effect of merging * all identical points (producing a set with no duplicates). * * `UnaryUnion` always operates on the individual components of * MultiGeometries. * So it is possible to use it to "clean" invalid self-intersecting * MultiPolygons (although the polygon components must all still be * individually valid.) */ class GEOS_DLL UnaryUnionOp { public: template static std::unique_ptr Union(const T& geoms) { UnaryUnionOp op(geoms); return op.Union(); } template static std::unique_ptr Union(const T& geoms, geom::GeometryFactory& geomFact) { UnaryUnionOp op(geoms, geomFact); return op.Union(); } static std::unique_ptr Union(const geom::Geometry& geom) { UnaryUnionOp op(geom); return op.Union(); } template UnaryUnionOp(const T& geoms, geom::GeometryFactory& geomFactIn) : geomFact(&geomFactIn) , unionFunction(&defaultUnionFunction) { extractGeoms(geoms); } template UnaryUnionOp(const T& geoms) : geomFact(nullptr) , unionFunction(&defaultUnionFunction) { extractGeoms(geoms); } UnaryUnionOp(const geom::Geometry& geom) : geomFact(geom.getFactory()) , unionFunction(&defaultUnionFunction) { extract(geom); } void setUnionFunction(UnionStrategy* unionFun) { unionFunction = unionFun; } /** * \brief * Gets the union of the input geometries. * * If no input geometries were provided, an empty GEOMETRYCOLLECTION is returned. * * @return a Geometry containing the union * @return an empty GEOMETRYCOLLECTION if no geometries were provided * in the input */ std::unique_ptr Union(); private: template void extractGeoms(const T& geoms) { for(typename T::const_iterator i = geoms.begin(), e = geoms.end(); i != e; ++i) { const geom::Geometry* geom = *i; extract(*geom); } } void extract(const geom::Geometry& geom) { util::ensureNoCurvedComponents(geom); using namespace geom::util; if(! geomFact) { geomFact = geom.getFactory(); } GeometryExtracter::extract(geom, polygons); GeometryExtracter::extract(geom, lines); GeometryExtracter::extract(geom, points); } /** * Computes a unary union with no extra optimization, * and no short-circuiting. * Due to the way the overlay operations * are implemented, this is still efficient in the case of linear * and puntal geometries. * Uses robust version of overlay operation * to ensure identical behaviour to the union(Geometry) operation. * * @param g0 a geometry * @return the union of the input geometry */ std::unique_ptr unionNoOpt(const geom::Geometry& g0) { if(! empty.get()) { empty = geomFact->createEmptyGeometry(); } return unionFunction->Union(&g0, empty.get()); } /** * Computes the union of two geometries, * either of both of which may be null. * * @param g0 a Geometry (ownership transferred) * @param g1 a Geometry (ownership transferred) * @return the union of the input(s) * @return null if both inputs are null */ std::unique_ptr unionWithNull( std::unique_ptr g0, std::unique_ptr g1 ); // Members std::vector polygons; std::vector lines; std::vector points; const geom::GeometryFactory* geomFact; std::unique_ptr empty; UnionStrategy* unionFunction; ClassicUnionStrategy defaultUnionFunction; }; } // namespace geos::operation::union } // namespace geos::operation } // namespace geos #ifdef _MSC_VER #pragma warning(pop) #endif