src/apps/testapps/testPolygonToCells.c [397:441]:
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        int64_t actualNumIndexes = countNonNullIndexes(hexagons, numHexagons);

        t_assert(actualNumIndexes == 1204,
                 "got expected polygonToCells size (complex transmeridian)");

        free(hexagons);
    }

    TEST(polygonToCellsPentagon) {
        H3Index pentagon;
        setH3Index(&pentagon, 9, 24, 0);
        LatLng coord;
        H3_EXPORT(cellToLatLng)(pentagon, &coord);

        // Length of half an edge of the polygon, in radians
        double edgeLength2 = H3_EXPORT(degsToRads)(0.001);

        LatLng boundingTopRigt = coord;
        boundingTopRigt.lat += edgeLength2;
        boundingTopRigt.lng += edgeLength2;

        LatLng boundingTopLeft = coord;
        boundingTopLeft.lat += edgeLength2;
        boundingTopLeft.lng -= edgeLength2;

        LatLng boundingBottomRight = coord;
        boundingBottomRight.lat -= edgeLength2;
        boundingBottomRight.lng += edgeLength2;

        LatLng boundingBottomLeft = coord;
        boundingBottomLeft.lat -= edgeLength2;
        boundingBottomLeft.lng -= edgeLength2;

        LatLng verts[] = {boundingBottomLeft, boundingTopLeft, boundingTopRigt,
                          boundingBottomRight};

        GeoLoop geoloop;
        geoloop.verts = verts;
        geoloop.numVerts = 4;

        GeoPolygon polygon;
        polygon.geoloop = geoloop;
        polygon.numHoles = 0;

        int64_t numHexagons;
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src/apps/testapps/testPolygonToCellsExperimental.c [621:665]:
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        int64_t actualNumIndexes = countNonNullIndexes(hexagons, numHexagons);

        t_assert(actualNumIndexes == 1204,
                 "got expected polygonToCells size (complex transmeridian)");

        free(hexagons);
    }

    TEST(polygonToCellsPentagon) {
        H3Index pentagon;
        setH3Index(&pentagon, 9, 24, 0);
        LatLng coord;
        H3_EXPORT(cellToLatLng)(pentagon, &coord);

        // Length of half an edge of the polygon, in radians
        double edgeLength2 = H3_EXPORT(degsToRads)(0.001);

        LatLng boundingTopRigt = coord;
        boundingTopRigt.lat += edgeLength2;
        boundingTopRigt.lng += edgeLength2;

        LatLng boundingTopLeft = coord;
        boundingTopLeft.lat += edgeLength2;
        boundingTopLeft.lng -= edgeLength2;

        LatLng boundingBottomRight = coord;
        boundingBottomRight.lat -= edgeLength2;
        boundingBottomRight.lng += edgeLength2;

        LatLng boundingBottomLeft = coord;
        boundingBottomLeft.lat -= edgeLength2;
        boundingBottomLeft.lng -= edgeLength2;

        LatLng verts[] = {boundingBottomLeft, boundingTopLeft, boundingTopRigt,
                          boundingBottomRight};

        GeoLoop geoloop;
        geoloop.verts = verts;
        geoloop.numVerts = 4;

        GeoPolygon polygon;
        polygon.geoloop = geoloop;
        polygon.numHoles = 0;

        int64_t numHexagons;
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