src/apps/testapps/testPolygonToCells.c [369:390]:
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        actualNumIndexes = countNonNullIndexes(hexagonsTMH, numHexagons);

        t_assert(actualNumIndexes == expectedSize - actualNumHoleIndexes,
                 "got expected polygonToCells size (transmeridian hole)");

        free(hexagons);
        free(hexagonsTM);
        free(hexagonsTMFH);
        free(hexagonsTMH);
    }

    TEST(polygonToCellsTransmeridianComplex) {
        // This polygon is "complex" in that it has > 4 vertices - this
        // tests for a bug that was taking the max and min longitude as
        // the bounds for transmeridian polygons
        LatLng verts[] = {{0.1, -M_PI + 0.00001},  {0.1, M_PI - 0.00001},
                          {0.05, M_PI - 0.2},      {-0.1, M_PI - 0.00001},
                          {-0.1, -M_PI + 0.00001}, {-0.05, -M_PI + 0.2}};
        GeoLoop geoloop = {.numVerts = 6, .verts = verts};
        GeoPolygon polygon = {.geoloop = geoloop, .numHoles = 0};

        int64_t numHexagons;
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src/apps/testapps/testPolygonToCellsExperimental.c [592:613]:
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        actualNumIndexes = countNonNullIndexes(hexagonsTMH, numHexagons);

        t_assert(actualNumIndexes == expectedSize - actualNumHoleIndexes,
                 "got expected polygonToCells size (transmeridian hole)");

        free(hexagons);
        free(hexagonsTM);
        free(hexagonsTMFH);
        free(hexagonsTMH);
    }

    TEST(polygonToCellsTransmeridianComplex) {
        // This polygon is "complex" in that it has > 4 vertices - this
        // tests for a bug that was taking the max and min longitude as
        // the bounds for transmeridian polygons
        LatLng verts[] = {{0.1, -M_PI + 0.00001},  {0.1, M_PI - 0.00001},
                          {0.05, M_PI - 0.2},      {-0.1, M_PI - 0.00001},
                          {-0.1, -M_PI + 0.00001}, {-0.05, -M_PI + 0.2}};
        GeoLoop geoloop = {.numVerts = 6, .verts = verts};
        GeoPolygon polygon = {.geoloop = geoloop, .numHoles = 0};

        int64_t numHexagons;
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