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/********************************************************************** * * GEOS - Geometry Engine Open Source * http://geos.osgeo.org * * Copyright (C) 2022 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 // Forward declarations namespace geos { namespace geom { class Geometry; } } using geos::geom::Geometry; using geos::index::strtree::TemplateSTRtree; namespace geos { // geos namespace coverage { // geos::coverage /** * Validates a polygonal coverage, and returns the locations of * invalid polygon boundary segments if found. * * A polygonal coverage is a set of polygons which may be edge-adjacent but do * not overlap. * Coverage algorithms (such as {@link CoverageUnion} or simplification) * generally require the input coverage to be valid to produce correct results. * A polygonal coverage is valid if: * * * The interiors of all polygons do not intersect (are disjoint). * This is the case if no polygon has a boundary which intersects * the interior of another polygon, and no two polygons are identical. * * If the boundaries of polygons intersect, the vertices * and line segments of the intersection match exactly. * * A valid coverage may contain holes (regions of no coverage). * Sometimes it is desired to detect whether coverages contain * narrow gaps between polygons * (which can be a result of digitizing error or misaligned data). * This class can detect narrow gaps, * by specifying a maximum gap width using {@link #setGapWidth(double)}. * Note that this also identifies narrow gaps separating disjoint coverage regions, * and narrow gores. * In some situations it may also produce false positives * (linework identified as part of a gap which is actually wider). * See CoverageGapFinder for an alternate way to detect gaps which may be more accurate. * * @author Martin Davis * */ class GEOS_DLL CoverageValidator { private: std::vector& m_coverage; double m_gapWidth = 0.0; std::unique_ptr validate( const Geometry* targetGeom, TemplateSTRtree& index); public: /* * Creates a new coverage validator * * @param coverage a array of polygons representing a polygonal coverage */ CoverageValidator(std::vector& coverage) : m_coverage(coverage) {}; /** * Sets the maximum gap width, if narrow gaps are to be detected. * * @param gapWidth the maximum width of gaps to detect */ void setGapWidth(double gapWidth) { m_gapWidth = gapWidth; }; /** * Validates the polygonal coverage. * The result is an array of the same size as the input coverage. * Each array entry is either null, or if the polygon does not form a valid coverage, * a linear geometry containing the boundary segments * which intersect polygon interiors, which are mismatched, * or form gaps (if checked). * * @return an array of nulls or linear geometries */ std::vector> validate(); /** * Tests whether a polygonal coverage is valid. * * @param coverage an array of polygons forming a coverage * @return true if the coverage is valid */ static bool isValid( std::vector& coverage); /** * Tests if some element of an array of geometries is a coverage invalidity * indicator. * * @param validateResult an array produced by a polygonal coverage validation * @return true if the result has at least one invalid indicator */ static bool hasInvalidResult( const std::vector>& validateResult); /** * Validates that a set of polygons forms a valid polygonal coverage. * The result is a list of the same length as the input, * containing for each input geometry either * a linear geometry indicating the locations of invalidities, * or a null if the geometry is coverage-valid. * * @param coverage an array of polygons forming a coverage * @return an array of linear geometries indicating coverage errors, or nulls */ static std::vector> validate( std::vector& coverage); /** * Validates that a set of polygons forms a valid polygonal coverage * and contains no gaps narrower than a specified width. * The result is a list of the same length as the input, * containing for each input geometry either * a linear geometry indicating the locations of invalidities, * or a null if the geometry is coverage-valid. * * @param coverage an array of polygons forming a coverage * @param gapWidth the maximum width of invalid gaps * @return an array of linear geometries indicating coverage errors, or nulls */ static std::vector> validate( std::vector& coverage, double gapWidth); }; } // namespace geos::coverage } // namespace geos