src/apps/testapps/testPolygonToCellsReported.c [168:194]:
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        int64_t actualNumIndexes = countNonNullIndexes(hexagons, numHexagons);

        t_assert(actualNumIndexes == 4353, "got expected polygonToCells size");
        free(hexagons);
    }

    // https://github.com/uber/h3/issues/595
    TEST(h3_136) {
        H3Index center = 0x85283473fffffff;
        LatLng centerLatLng;
        H3_EXPORT(cellToLatLng)(center, &centerLatLng);

        // This polygon should include the center cell. The issue here arises
        // when one of the polygon vertexes is to the east of the index center,
        // with exactly the same latitude
        LatLng testVerts[] = {{.lat = centerLatLng.lat, -2.121207808248113},
                              {0.6565301558937859, -2.1281107217935986},
                              {0.6515463604919347, -2.1345342663428695},
                              {0.6466583305904194, -2.1276313527973842}};

        GeoLoop testGeoLoop = {.numVerts = 4, .verts = testVerts};
        GeoPolygon testPolygon;
        testPolygon.geoloop = testGeoLoop;
        testPolygon.numHoles = 0;

        int res = 5;
        int64_t numHexagons;
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src/apps/testapps/testPolygonToCellsReportedExperimental.c [173:199]:
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        int64_t actualNumIndexes = countNonNullIndexes(hexagons, numHexagons);

        t_assert(actualNumIndexes == 4353, "got expected polygonToCells size");
        free(hexagons);
    }

    // https://github.com/uber/h3/issues/595
    TEST(h3_136) {
        H3Index center = 0x85283473fffffff;
        LatLng centerLatLng;
        H3_EXPORT(cellToLatLng)(center, &centerLatLng);

        // This polygon should include the center cell. The issue here arises
        // when one of the polygon vertexes is to the east of the index center,
        // with exactly the same latitude
        LatLng testVerts[] = {{.lat = centerLatLng.lat, -2.121207808248113},
                              {0.6565301558937859, -2.1281107217935986},
                              {0.6515463604919347, -2.1345342663428695},
                              {0.6466583305904194, -2.1276313527973842}};

        GeoLoop testGeoLoop = {.numVerts = 4, .verts = testVerts};
        GeoPolygon testPolygon;
        testPolygon.geoloop = testGeoLoop;
        testPolygon.numHoles = 0;

        int res = 5;
        int64_t numHexagons;
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