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/********************************************************************** * * GEOS - Geometry Engine Open Source * http://geos.osgeo.org * * Copyright (C) 2020 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 // Forward declarations namespace geos { namespace geom { class Coordinate; class CoordinateSequence; class Envelope; class GeometryFactory; class PrecisionModel; } namespace operation { namespace overlayng { class InputGeometry; class OverlayGraph; } } } namespace geos { // geos. namespace operation { // geos.operation namespace overlayng { // geos.operation.overlayng using namespace geos::geom; /** * Utility methods for overlay processing. * * @author mdavis * */ class GEOS_DLL OverlayUtil { private: static constexpr double SAFE_ENV_BUFFER_FACTOR = 0.1; static constexpr int SAFE_ENV_GRID_FACTOR = 3; static constexpr double AREA_HEURISTIC_TOLERANCE = 0.1; /** * Computes an envelope which covers the extent of the result of * a given overlay operation for given inputs. * The operations which have a result envelope smaller than the extent of the inputs * are: * * - INTERSECTION: result envelope is the intersection of the input envelopes * - DIFERENCE: result envelope is the envelope of the A input geometry * * Otherwise, null is returned to indicate full extent. */ static bool resultEnvelope(int opCode, const InputGeometry* inputGeom, const PrecisionModel* pm, Envelope& rsltEnvelope); static double safeExpandDistance(const Envelope* env, const PrecisionModel* pm); static bool safeEnv(const Envelope* env, const PrecisionModel* pm, Envelope& rsltEnvelope); static bool isEmpty(const Geometry* geom); /** * Tests for disjoint envelopes adjusting for rounding * caused by a fixed precision model. * Assumes envelopes are non-empty. */ static bool isDisjoint(const Envelope* envA, const Envelope* envB, const PrecisionModel* pm); static bool isLess(double v1, double v2, double tol) { return v1 <= v2 * (1 + tol); }; static bool isGreater(double v1, double v2, double tol) { return v1 >= v2 * (1 - tol); } public: static bool isFloating(const PrecisionModel* pm); /** * Computes a clipping envelope for overlay input geometries. * The clipping envelope encloses all geometry line segments which * might participate in the overlay, with a buffer to * account for numerical precision * (in particular, rounding due to a precision model. * The clipping envelope is used in both the {@link RingClipper} * and in the {@link LineLimiter}. * * Some overlay operations (i.e. UNION and SYMDIFFERENCE * cannot use clipping as an optimization, * since the result envelope is the full extent of the two input geometries. * In this case the returned * envelope is null to indicate this. */ static bool clippingEnvelope(int opCode, const InputGeometry* inputGeom, const PrecisionModel* pm, Envelope& rsltEnvelope); /** * Tests if the result can be determined to be empty * based on simple properties of the input geometries * (such as whether one or both are empty, * or their envelopes are disjoint). */ static bool isEmptyResult(int opCode, const Geometry* a, const Geometry* b, const PrecisionModel* pm); /** * Tests if the geometry envelopes are disjoint, or empty. * The disjoint test must take into account the precision model * being used, since geometry coordinates may shift under rounding. */ static bool isEnvDisjoint(const Geometry* a, const Geometry* b, const PrecisionModel* pm); /** * Creates an empty result geometry of the appropriate dimension, * based on the given overlay operation and the dimensions of the inputs. * The created geometry is an atomic geometry, * not a collection (unless the dimension is -1, * in which case a GEOMETRYCOLLECTION EMPTY is created.) */ static std::unique_ptr createEmptyResult(int dim, const GeometryFactory* geomFact); /** * Computes the dimension of the result of * applying the given operation to inputs * with the given dimensions. * This assumes that complete collapse does not occur. * * The result dimension is computed according to the following rules: * - OverlayNG::INTERSECTION - result has the dimension of the lowest input dimension * - OverlayNG::UNION - result has the dimension of the highest input dimension * - OverlayNG::DIFFERENCE - result has the dimension of the left-hand input * - OverlayNG::SYMDIFFERENCE - result has the dimension of the highest input dimension * (since the Symmetric Difference is the Union of the Differences). */ static int resultDimension(int opCode, int dim0, int dim1); /** * Creates an overlay result geometry for homogeneous or mixed components. */ static std::unique_ptr createResultGeometry( std::vector>& resultPolyList, std::vector>& resultLineList, std::vector>& resultPointList, const GeometryFactory* geometryFactory); static std::unique_ptr toLines(OverlayGraph* graph, bool isOutputEdges, const GeometryFactory* geomFact); /** * A heuristic check for overlay result correctness * comparing the areas of the input and result. * The heuristic is necessarily coarse, but it detects some obvious issues. * (e.g. https://github.com/locationtech/jts/issues/798) *

* Note: - this check is only safe if the precision model is floating. * It should also be safe for snapping noding if the distance tolerance is reasonably small. * (Fixed precision models can lead to collapse causing result area to expand.) * * @param geom0 input geometry 0 * @param geom1 input geometry 1 * @param opCode the overlay opcode * @param result the overlay result * @return true if the result area is consistent */ static bool isResultAreaConsistent( const Geometry* geom0, const Geometry* geom1, int opCode, const Geometry* result); /** * Round the key point if precision model is fixed. * Note: return value is only copied if rounding is performed. */ static bool round(const Point* pt, const PrecisionModel* pm, Coordinate& rsltCoord); template static void moveGeometry(std::vector>& inGeoms, std::vector>& outGeoms) { static_assert(std::is_base_of::value, ""); for (auto& geom: inGeoms) { Geometry* outGeom = static_cast(geom.release()); outGeoms.emplace_back(outGeom); } return; } }; } // namespace geos.operation.overlayng } // namespace geos.operation } // namespace geos