src/apps/testapps/testPolygonToCells.c [286:324]:
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        free(hexagons);
        free(verts);
    }

    TEST(polygonToCellsTransmeridian) {
        LatLng primeMeridianVerts[] = {
            {0.01, 0.01}, {0.01, -0.01}, {-0.01, -0.01}, {-0.01, 0.01}};
        GeoLoop primeMeridianGeoLoop = {.numVerts = 4,
                                        .verts = primeMeridianVerts};
        GeoPolygon primeMeridianGeoPolygon = {.geoloop = primeMeridianGeoLoop,
                                              .numHoles = 0};

        LatLng transMeridianVerts[] = {{0.01, -M_PI + 0.01},
                                       {0.01, M_PI - 0.01},
                                       {-0.01, M_PI - 0.01},
                                       {-0.01, -M_PI + 0.01}};
        GeoLoop transMeridianGeoLoop = {.numVerts = 4,
                                        .verts = transMeridianVerts};
        GeoPolygon transMeridianGeoPolygon = {.geoloop = transMeridianGeoLoop,
                                              .numHoles = 0};

        LatLng transMeridianHoleVerts[] = {{0.005, -M_PI + 0.005},
                                           {0.005, M_PI - 0.005},
                                           {-0.005, M_PI - 0.005},
                                           {-0.005, -M_PI + 0.005}};
        GeoLoop transMeridianHoleGeoLoop = {.numVerts = 4,
                                            .verts = transMeridianHoleVerts};
        GeoPolygon transMeridianHoleGeoPolygon = {
            .geoloop = transMeridianGeoLoop,
            .numHoles = 1,
            .holes = &transMeridianHoleGeoLoop};
        GeoPolygon transMeridianFilledHoleGeoPolygon = {
            .geoloop = transMeridianHoleGeoLoop, .numHoles = 0};

        int64_t expectedSize;

        // Prime meridian case
        expectedSize = 4228;
        int64_t numHexagons;
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src/apps/testapps/testPolygonToCellsExperimental.c [507:545]:
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        free(hexagons);
        free(verts);
    }

    TEST(polygonToCellsTransmeridian) {
        LatLng primeMeridianVerts[] = {
            {0.01, 0.01}, {0.01, -0.01}, {-0.01, -0.01}, {-0.01, 0.01}};
        GeoLoop primeMeridianGeoLoop = {.numVerts = 4,
                                        .verts = primeMeridianVerts};
        GeoPolygon primeMeridianGeoPolygon = {.geoloop = primeMeridianGeoLoop,
                                              .numHoles = 0};

        LatLng transMeridianVerts[] = {{0.01, -M_PI + 0.01},
                                       {0.01, M_PI - 0.01},
                                       {-0.01, M_PI - 0.01},
                                       {-0.01, -M_PI + 0.01}};
        GeoLoop transMeridianGeoLoop = {.numVerts = 4,
                                        .verts = transMeridianVerts};
        GeoPolygon transMeridianGeoPolygon = {.geoloop = transMeridianGeoLoop,
                                              .numHoles = 0};

        LatLng transMeridianHoleVerts[] = {{0.005, -M_PI + 0.005},
                                           {0.005, M_PI - 0.005},
                                           {-0.005, M_PI - 0.005},
                                           {-0.005, -M_PI + 0.005}};
        GeoLoop transMeridianHoleGeoLoop = {.numVerts = 4,
                                            .verts = transMeridianHoleVerts};
        GeoPolygon transMeridianHoleGeoPolygon = {
            .geoloop = transMeridianGeoLoop,
            .numHoles = 1,
            .holes = &transMeridianHoleGeoLoop};
        GeoPolygon transMeridianFilledHoleGeoPolygon = {
            .geoloop = transMeridianHoleGeoLoop, .numHoles = 0};

        int64_t expectedSize;

        // Prime meridian case
        expectedSize = 4228;
        int64_t numHexagons;
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