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// MARKER(update_precomp.py): autogen include statement, do not remove
#include "precompiled_basegfx.hxx"
// autogenerated file with codegen.pl

#include "preextstl.h"
#include "gtest/gtest.h"
#include "postextstl.h"

#include <basegfx/matrix/b2dhommatrix.hxx>
#include <basegfx/curve/b2dcubicbezier.hxx>
#include <basegfx/curve/b2dbeziertools.hxx>
#include <basegfx/range/b2dpolyrange.hxx>
#include <basegfx/polygon/b2dpolygon.hxx>
#include <basegfx/polygon/b2dpolygontools.hxx>
#include <basegfx/polygon/b2dpolypolygontools.hxx>
#include <basegfx/polygon/b2dpolypolygoncutter.hxx>
#include <basegfx/polygon/b2dpolygonclipper.hxx>
#include <basegfx/polygon/b2dpolypolygon.hxx>
#include <basegfx/numeric/ftools.hxx>

#include <boost/bind.hpp>

using namespace ::basegfx;

// FIXME:
#define RUN_OLD_FAILING_TESTS 0

namespace basegfx2d
{
/// Gets a random ordinal [0,n)
inline double getRandomOrdinal( const ::std::size_t n )
{
    // use this one when displaying polygons in OOo, which still sucks
    // great rocks when trying to import non-integer svg:d attributes
    // return sal_Int64(double(n) * rand() / (RAND_MAX + 1.0));
    return double(n) * rand() / (RAND_MAX + 1.0);
}

inline bool compare(const B2DPoint& left, const B2DPoint& right)
{
    return left.getX()<right.getX()
        || (left.getX()==right.getX() && left.getY()<right.getY());
}


class boxclipper : public ::testing::Test
{
protected:
    B2DPolyRange aDisjunctRanges;
    B2DPolyRange aEqualRanges;
    B2DPolyRange aIntersectionN;
    B2DPolyRange aIntersectionE;
    B2DPolyRange aIntersectionS;
    B2DPolyRange aIntersectionW;
    B2DPolyRange aIntersectionNE;
    B2DPolyRange aIntersectionSE;
    B2DPolyRange aIntersectionSW;
    B2DPolyRange aIntersectionNW;
    B2DPolyRange aRingIntersection;
    B2DPolyRange aRingIntersection2;
    B2DPolyRange aRingIntersectExtraStrip;
    B2DPolyRange aComplexIntersections;
    B2DPolyRange aRandomIntersections;

public:
    // initialise your test code values here.
    virtual void SetUp()
    {
        B2DRange aCenter(100, 100, -100, -100);
        B2DRange aOffside(800, 800, 1000, 1000);
        B2DRange aNorth(100, 0, -100, -200);
        B2DRange aSouth(100, 200, -100, 0);
        B2DRange aEast(0, 100, 200, -100);
        B2DRange aWest(-200, 100, 0, -100);
        B2DRange aNorthEast(0, 0, 200, -200);
        B2DRange aSouthEast(0, 0, 200, 200);
        B2DRange aSouthWest(0, 0, -200, 200);
        B2DRange aNorthWest(0, 0, -200, -200);

        B2DRange aNorth2(-150, 50,  150,  350);
        B2DRange aSouth2(-150, -50, 150, -350);
        B2DRange aEast2 (50,  -150, 350,  150);
        B2DRange aWest2 (-50, -150,-350,  150);

        aDisjunctRanges.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aDisjunctRanges.appendElement( aOffside, ORIENTATION_NEGATIVE );

        aEqualRanges.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aEqualRanges.appendElement( aCenter, ORIENTATION_NEGATIVE );

        aIntersectionN.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aIntersectionN.appendElement( aNorth, ORIENTATION_NEGATIVE );

        aIntersectionE.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aIntersectionE.appendElement( aEast, ORIENTATION_NEGATIVE );

        aIntersectionS.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aIntersectionS.appendElement( aSouth, ORIENTATION_NEGATIVE );

        aIntersectionW.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aIntersectionW.appendElement( aWest, ORIENTATION_NEGATIVE );

        aIntersectionNE.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aIntersectionNE.appendElement( aNorthEast, ORIENTATION_NEGATIVE );

        aIntersectionSE.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aIntersectionSE.appendElement( aSouthEast, ORIENTATION_NEGATIVE );

        aIntersectionSW.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aIntersectionSW.appendElement( aSouthWest, ORIENTATION_NEGATIVE );

        aIntersectionNW.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aIntersectionNW.appendElement( aNorthWest, ORIENTATION_NEGATIVE );

        aRingIntersection.appendElement( aNorth2, ORIENTATION_NEGATIVE );
        aRingIntersection.appendElement( aEast2, ORIENTATION_NEGATIVE );
        aRingIntersection.appendElement( aSouth2, ORIENTATION_NEGATIVE );

        aRingIntersection2 = aRingIntersection;
        aRingIntersection2.appendElement( aWest2, ORIENTATION_NEGATIVE );

        aRingIntersectExtraStrip = aRingIntersection2;
        aRingIntersectExtraStrip.appendElement( B2DRange(0, -25, 200, 25),
                                                ORIENTATION_NEGATIVE );

        aComplexIntersections.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aOffside, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aCenter, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aNorth, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aEast, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aSouth, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aWest, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aNorthEast, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aSouthEast, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aSouthWest, ORIENTATION_NEGATIVE );
        aComplexIntersections.appendElement( aNorthWest, ORIENTATION_NEGATIVE );

#ifdef GENERATE_RANDOM
        for( int i=0; i<800; ++i )
        {
            B2DRange aRandomRange(
                getRandomOrdinal( 1000 ),
                getRandomOrdinal( 1000 ),
                getRandomOrdinal( 1000 ),
                getRandomOrdinal( 1000 ) );

            aRandomIntersections.appendElement( aRandomRange, ORIENTATION_NEGATIVE );
        }
#else
        const char* randomSvg="m394 783h404v57h-404zm-197-505h571v576h-571zm356-634h75v200h-75zm-40-113h403v588h-403zm93-811h111v494h-111zm-364-619h562v121h-562zm-134-8h292v27h-292zm110 356h621v486h-621zm78-386h228v25h-228zm475-345h201v201h-201zm-2-93h122v126h-122zm-417-243h567v524h-567zm-266-738h863v456h-863zm262-333h315v698h-315zm-328-826h43v393h-43zm830-219h120v664h-120zm-311-636h221v109h-221zm-500 137h628v19h-628zm681-94h211v493h-211zm-366-646h384v355h-384zm-189-199h715v247h-715zm165-459h563v601h-563zm258-479h98v606h-98zm270-517h65v218h-65zm-44-259h96v286h-96zm-599-202h705v468h-705zm216-803h450v494h-450zm-150-22h26v167h-26zm-55-599h50v260h-50zm190-278h490v387h-490zm-290-453h634v392h-634zm257 189h552v300h-552zm-151-690h136v455h-136zm12-597h488v432h-488zm501-459h48v39h-48zm-224-112h429v22h-429zm-281 102h492v621h-492zm519-158h208v17h-208zm-681-563h56v427h-56zm126-451h615v392h-615zm-47-410h598v522h-598zm-32 316h79v110h-79zm-71-129h18v127h-18zm126-993h743v589h-743zm211-430h428v750h-428zm61-554h100v220h-100zm-353-49h658v157h-658zm778-383h115v272h-115zm-249-541h119v712h-119zm203 86h94v40h-94z";
        B2DPolyPolygon randomPoly;
        tools::importFromSvgD(
            randomPoly,
            rtl::OUString::createFromAscii(randomSvg), false, 0);
        std::for_each(randomPoly.begin(),
                      randomPoly.end(),
                      boost::bind(
             &B2DPolyRange::appendElement,
                          boost::ref(aRandomIntersections),
                          boost::bind(
                 &B2DPolygon::getB2DRange,
                              _1),
                          ORIENTATION_NEGATIVE,
                          1));
#endif
    }

    virtual void TearDown()
    {
    }

    B2DPolyPolygon normalizePoly( const B2DPolyPolygon& rPoly )
    {
        B2DPolyPolygon aRes;
        for( sal_uInt32 i=0; i<rPoly.count(); ++i )
        {
            B2DPolygon aTmp=rPoly.getB2DPolygon(i);
            if( ORIENTATION_NEGATIVE == tools::getOrientation(aTmp) )
                aTmp.flip();

            aTmp=tools::removeNeutralPoints(aTmp);

            B2DPoint* pSmallest=0;
            for(B2DPoint* pCurr=aTmp.begin(); pCurr!=aTmp.end(); ++pCurr)
            {
                if( ! pSmallest || compare(*pCurr, *pSmallest) )
                {
                    pSmallest=pCurr;
                }
            }

            if( pSmallest )
                std::rotate(aTmp.begin(),pSmallest,aTmp.end());

            aRes.append(aTmp);
        }

        // boxclipper & generic clipper disagree slightly on area-less
        // polygons (one or two points only)
        aRes = tools::stripNeutralPolygons(aRes);

        // now, sort all polygons with increasing 0th point
        std::sort(aRes.begin(),
                  aRes.end(),
                  boost::bind(
                      &compare,
                      boost::bind(
                          &B2DPolygon::getB2DPoint,
                          _1,0),
                      boost::bind(
                          &B2DPolygon::getB2DPoint,
                          _2,0)));

        return aRes;
    }

    void verifyPoly(const char* sName, const char* sSvg, const B2DPolyRange& toTest)
    {
        B2DPolyPolygon aTmp1;
        ASSERT_TRUE(tools::importFromSvgD(aTmp1,
                        rtl::OUString::createFromAscii(sSvg), false, 0)) << sName;

        const rtl::OUString aSvg=
            tools::exportToSvgD(toTest.solveCrossovers(), true, true, false);
        B2DPolyPolygon aTmp2;
        ASSERT_TRUE(tools::importFromSvgD(
                        aTmp2, aSvg, false, 0)) << sName;

        ASSERT_TRUE(normalizePoly(aTmp2) == normalizePoly(aTmp1)) << sName;
    }

    void dumpSvg(const char* pName,
                 const ::basegfx::B2DPolyPolygon& rPoly)
    {
        (void)pName; (void)rPoly;
#if defined(VERBOSE)
        fprintf(stderr, "%s - svg:d=\"%s\"\n",
                pName, rtl::OUStringToOString(
                    basegfx::tools::exportToSvgD(rPoly, true, true, false),
                    RTL_TEXTENCODING_UTF8).getStr() );
#endif
    }

    void validatePoly( const char* pName, const B2DPolyRange& rRange )
    {
        B2DPolyPolygon genericClip;
        const sal_uInt32 nCount=rRange.count();
        for( sal_uInt32 i=0; i<nCount; ++i )
        {
            B2DPolygon aRect=tools::createPolygonFromRect(
                rRange.getElement(i).head);
            if( rRange.getElement(i).tail.head == ORIENTATION_NEGATIVE )
                aRect.flip();

            genericClip.append(aRect);
        }

#if defined(VERBOSE)
        fprintf(stderr, "%s input      - svg:d=\"%s\"\n",
                pName, rtl::OUStringToOString(
                    basegfx::tools::exportToSvgD(
                        genericClip, true, true, false),
                    RTL_TEXTENCODING_UTF8).getStr() );
#endif

        const B2DPolyPolygon boxClipResult=rRange.solveCrossovers();
        const rtl::OUString boxClipSvg(
            basegfx::tools::exportToSvgD(
                normalizePoly(boxClipResult), true, true, false));
#if defined(VERBOSE)
        fprintf(stderr, "%s boxclipper - svg:d=\"%s\"\n",
                pName, rtl::OUStringToOString(
                    boxClipSvg,
                    RTL_TEXTENCODING_UTF8).getStr() );
#endif

        genericClip = tools::solveCrossovers(genericClip);
        const rtl::OUString genericClipSvg(
            basegfx::tools::exportToSvgD(
                normalizePoly(genericClip), true, true, false));
#if defined(VERBOSE)
        fprintf(stderr, "%s genclipper - svg:d=\"%s\"\n",
                pName, rtl::OUStringToOString(
                    genericClipSvg,
                    RTL_TEXTENCODING_UTF8).getStr() );
#endif

        ASSERT_TRUE(genericClipSvg == boxClipSvg) << pName;
    }
};

TEST_F(boxclipper, validatePoly)
{
    validatePoly("disjunct", aDisjunctRanges);
    validatePoly("equal", aEqualRanges);
    validatePoly("intersectionN", aIntersectionN);
    validatePoly("intersectionE", aIntersectionE);
    validatePoly("intersectionS", aIntersectionS);
    validatePoly("intersectionW", aIntersectionW);
    validatePoly("intersectionNE", aIntersectionNE);
    validatePoly("intersectionSE", aIntersectionSE);
    validatePoly("intersectionSW", aIntersectionSW);
    validatePoly("intersectionNW", aIntersectionNW);
    // subtle differences on Solaris Intel, comparison not smart enough
    // (due to floating point inaccuracies)
    //validatePoly("ringIntersection", aRingIntersection);
    //validatePoly("ringIntersection2", aRingIntersection2);
    //validatePoly("ringIntersectExtraStrip", aRingIntersectExtraStrip);
    // generic clipper buggy here, likely
    //validatePoly("complexIntersections", aComplexIntersections);
    //validatePoly("randomIntersections", aRandomIntersections);
}

TEST_F(boxclipper, verifyPoly)
{
    const char* disjunct="m100 100v-200h-200v200zm1100 900v-200h-200v200z";
    const char* equal="m100 100v-200h-200v200zm200 0v-200h-200v200h200z";
    const char* intersectionN="m100 0v-100h-200v100zm200 100v-200-100h-200v100 200z";
    const char* intersectionE="m100 100v-200h-100v200zm200 0v-200h-200-100v200h100z";
    const char* intersectionS="m100 100v-200h-200v200 100h200v-100zm0 0v-100h-200v100z";
    const char* intersectionW="m0 100v-200h-100v200zm200 0v-200h-200-100v200h100z";
    const char* intersectionNE="m100 0v-100h-100v100zm200 0v-200h-200v100h-100v200h200v-100z";
    const char* intersectionSE="m200 200v-200h-100v-100h-200v200h100v100zm100-100v-100h-100v100z";
    const char* intersectionSW="m0 100v-100h-100v100zm200 0v-200h-200v100h-100v200h200v-100z";
    const char* intersectionNW="m100 100v-200h-100v-100h-200v200h100v100zm100-100v-100h-100v100z";
    const char* ringIntersection="m150 150v-100h-100v100zm300 0v-300h-200v-200h-300v300h200v100h-200v300h300v-200zm0-200v-100h-100v100z";
    const char* ringIntersection2="m-50-50v-100h-100v100zm100 200v-100h-100v100zm500 0v-300h-200v-200h-300v200h-200v300h200v200h300v-200zm-200-100v-100h100v100zm100-100v-100h-100v100zm100 200v-100h-100v100z";
    const char* ringIntersectExtraStrip="m-50-50v-100h-100v100zm100 200v-100h-100v100zm500 0v-300h-200v-200h-300v200h-200v300h200v200h300v-200zm-200-100v-100h100v25h-50v50h50v25zm150-25v-50h-150v50zm100-75v-100h-100v100zm100 200v-100h-100v100z";
    // TODO: old clipper impl. debug difference
    //const char* complexIntersections="m100 0h-100v-100 100h-100 100v100-100zm0 0zm200 0h-100v-100h-100v-100 100h-100v100h-100 100v100h100v100-100h100v-100zm0 0h-100v-100 100h-100 100v100-100h100zm0 0v-100h-100-100v100 100h100 100v-100zm100 0v-100h-100v-100h-100-100v100h-100v100 100h100v100h100 100v-100h100v-100zm-200 0zm100 0v-100h-100-100v100 100h100 100v-100zm100 100v-200-100h-200-100-100v100 200 100h100 100 200v-100zm-200-100zm1000 1000v-200h-200v200z";
    const char* complexIntersections="m0 0zm0 0zm0 0zm0 0v-100 100h-100 100v100-100h100zm-100 0v-100 100h-100 100v100-100h100zm0 0v-100h-100-100v100 100h100 100v-100zm0 0v-100h-100-100v100 100h100 100v-100zm0 0v-100h-100v-100 100h-100v100h-100 100v100h100v100-100h100v-100h100zm-100-100v-100h-100-100v100h-100v100 100h100v100h100 100v-100h100v-100-100zm0 0v-100h-200-100-100v100 200 100h100 100 200v-100-200zm600 900v200h200v-200z";
    const char* randomIntersections="m63 457v-393h-43v393zm114 63v-8h-48v8zm-14 477v-127h-18v127zm693-923v-5h-119v5zm-260 457v-1h-14v1zm-220-375v-27h-8v27zm78 755v-22h-7v22zm203-774v-8h-158v8zm-108 375v-17h23v17zm813-19v-189h-21v-12h-26v-54h-17v-69h-25v-22h-62v-73h104v-5h-104-15v-17h-49v-1h-8v-16h-119v16h-386v18h-38-24v34h-23v26h-23v-26h-8v26h-18v27h18v339h8v-339h23v339h8v17h-8v13h8v5h-8v1h8v42h15v20h17v94h18 3v224h165v39h130v2h75v4h98v-4h153v-2h77v-20h4v-28h11v-218h-11v-27h3v-1h8v-17h-8v-63h8v-51h18v-32zm-581 32v-13h-14v13zm-78-78v-7h-32v7zm124 14v-21h-14v21zm595 32v-189h-26v-12h-4v-9h-13v-45h-13v-10h-12v-59h-62v-22h-26v-10h11v-63h15v-5h-15-49v-17h-8v-1h-119v1h-107v17h-279-38v34h-24v26h-23v27h23v284h-15v55h15v17h-15v13h15v5h-15v1h15v42h17v20h18v94h3 14v62h8v48h90v32h18v61h35v21h8v2h122v37h75v2h98v-2h153v-20h77v-28h4v-29h5v-40h-5v-149h-1v-27h1v-1h3v-17h-3v-46h3v-17-51h8v-32zm-563 2v-13h-14v13zm198 30v-13h-39v13zm204-43v-21h3v21zm-168-21v-21h-39v21zm306 0v-21h-5v21zm178 115v-272h-20v-12h-2v-54h-21v-164h1v-22h-27v-48h-743v47h-23v18h-71v24h-8v419h-39v19h60v156h66 32v202h-72v110h79v-88h11v39h3v48h621v-14h96v-82h35v-326zm-570-420v-4h-156v4zm63 481v-18h-11v18zm72 0v-25h-14v25zm465-112v-13h-5v13zm-46-43v-21h1v21zm-37-21v-21h-12v21zm-352 21v-21h23v21zm-23 30v-17h23v17zm-23 18v-5h23v5zm-23 82v-19h23v19zm272 75v-3h-35v3zm-76-192v-13h-39v13zm150 30v-13h-35v13zm-76 6v-1h-39v1zm11 106v-25h-11v25zm150 160v-14h-75v14zm318-304v-11h-13v-43h-2v-2h-10v-37h-4v37h-27v3h-31v-3-37h-5v37h-43v3h-2v21h2v21h-2v30h-1v-30h-8v-21h8v-21h-8v-3h-5v-62h5v-11h-5v-29h-8v-52h-15v-17-38h-15v-52h-89v16h-22v36h-175v55h-15v1h-25v51h-23v-41h-14v41h-2v105h-4v21h4v21h-4v13h4v17h-4-18v13h18v5h-18v1h18v42h4v11h2v9h14v-9h23v9h40v19h-40v25h40v2h82v2h75v43h-75v3h75 40v60h35v-60h23 34 12 15v-3h-15v-43h15v-48h10v-37h11v-31h1v1h45v30h5v-30h20v-1h11v1h8v30h19v20h3v-20h1v-30h10v-1h2v-32zm-146-329v-1h-2v1zm-117 211v-11 11zm-76 0v-11h-13v11zm13 65v-65h1v65zm-1 42v-21h1v16h35v5zm-36 30v-17h36v17zm-36 18v-5h36v5zm180-5v-13h-13v-17h5v-13h-5v-21h5v-21h-5v-3h-8v-62h8v-11h-8v-29h-9v-51h-6v-1-17h-15v-38h-54v-36h-35v36h-22v38h-67v17h-108v1h-15v51h-25v105h-23v-105h-14v105h-2v21h2v21h-2v13h2v17h-2-4v13h4v5h-4v1h4v42h2v11h14v-11h23v11h40v9h82v19h-82v25h82v2h75v2h40v43h-40v3h40 35 23v-3h-23v-43h23v-2h34v2h12v-2h6v-46h9v-20h8v-17h2v-26h-2v-5zm-127-64v-21 21zm89 51v-17h3v17zm-57-17v-13h-35v13zm58 61v-26h-19v-5h19v-13h-23v-17h23v-13h-23v-21h23v-21h-23v-65h23v-11h-23v-14h-35v-15 15h-22v14h-18v11h18v65h-18v21h18v16h22v5h-22v13h22v17h-22-18v13h18v5h-18v1h18v25h22v17h35v-17zm0-25v-1h-35v1zm-22-390v6h-175v5h-31v-15h228v4zm344 352v-189h-2v-12h-21v-54h-26v-164h26v-5h-26v-17h-119v-36h-562v35h-62v18h-23v34h-23v-10h-48v419h-8v8h8v5h71v5h-58v1h58v42h8v114h32 18v224h3v39h165v34h456v-32h77v-2h4v-20h11v-28h4v-218h-4v-28h36v-17h-36v-63h39v-83zm-50 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#if RUN_OLD_FAILING_TESTS
    verifyPoly("disjunct", disjunct, aDisjunctRanges);
    verifyPoly("equal", equal, aEqualRanges);
    verifyPoly("intersectionN", intersectionN, aIntersectionN);
    verifyPoly("intersectionE", intersectionE, aIntersectionE);
    verifyPoly("intersectionS", intersectionS, aIntersectionS);
    verifyPoly("intersectionW", intersectionW, aIntersectionW);
    verifyPoly("intersectionNE", intersectionNE, aIntersectionNE);
    verifyPoly("intersectionSE", intersectionSE, aIntersectionSE);
    verifyPoly("intersectionSW", intersectionSW, aIntersectionSW);
    verifyPoly("intersectionNW", intersectionNW, aIntersectionNW);
    verifyPoly("ringIntersection", ringIntersection, aRingIntersection);
    verifyPoly("ringIntersection2", ringIntersection2, aRingIntersection2);
    verifyPoly("ringIntersectExtraStrip", ringIntersectExtraStrip, aRingIntersectExtraStrip);
    verifyPoly("complexIntersections", complexIntersections, aComplexIntersections);
    verifyPoly("randomIntersections", randomIntersections, aRandomIntersections);
#endif
}

TEST_F(boxclipper, getPolyPolygon)
{
    dumpSvg("disjunct",aDisjunctRanges.solveCrossovers());
    dumpSvg("equal",aEqualRanges.solveCrossovers());
    dumpSvg("intersectionN",aIntersectionN.solveCrossovers());
    dumpSvg("intersectionE",aIntersectionE.solveCrossovers());
    dumpSvg("intersectionS",aIntersectionS.solveCrossovers());
    dumpSvg("intersectionW",aIntersectionW.solveCrossovers());
    dumpSvg("intersectionNE",aIntersectionNE.solveCrossovers());
    dumpSvg("intersectionSE",aIntersectionSE.solveCrossovers());
    dumpSvg("intersectionSW",aIntersectionSW.solveCrossovers());
    dumpSvg("intersectionNW",aIntersectionNW.solveCrossovers());
    dumpSvg("ringIntersection",aRingIntersection.solveCrossovers());
    dumpSvg("ringIntersection2",aRingIntersection2.solveCrossovers());
    dumpSvg("aRingIntersectExtraStrip",aRingIntersectExtraStrip.solveCrossovers());
    dumpSvg("complexIntersections",aComplexIntersections.solveCrossovers());
    dumpSvg("randomIntersections",aRandomIntersections.solveCrossovers());

    ASSERT_TRUE(true) << "getPolyPolygon";
}


// -----------------------------------------------------------------------------

} // namespace basegfx2d