Method addArgs

plugins/tiledb/io/TileDBWriter.cpp:107–188

}

void TileDBWriter::addArgs(ProgramArgs& args)
{
    args.addSynonym("filename", "array_name");
    args.add("config_file", "TileDB configuration file location",
             m_args->m_cfgFileName);
    args.add("cell_order", "TileDB cell order", m_args->m_cell_order, "auto");
    args.add("tile_order", "TileDB tile order", m_args->m_tile_order,
             "row-major");
    args.add("data_tile_capacity", "TileDB tile capacity",
             m_args->m_tile_capacity, size_t(100000));
    args.add<double>("x_tile_size", "TileDB tile size", m_args->m_x_tile_size,
                     0.0);
    args.add<double>("y_tile_size", "TileDB tile size", m_args->m_y_tile_size,
                     0.0);
    args.add<double>("z_tile_size", "TileDB tile size", m_args->m_z_tile_size,
                     0.0);
    args.add<double>("time_tile_size", "TileDB tile size",
                     m_args->m_time_tile_size, 0.0);
    args.add<double>("x_domain_st", "TileDB start of domain in X",
                     m_args->m_x_domain_st, 0.0);
    args.add<double>("x_domain_end", "TileDB end of domain in X",
                     m_args->m_x_domain_end, 0.0);
    args.add<double>("y_domain_st", "TileDB start of domain in Y",
                     m_args->m_y_domain_st, 0.0);
    args.add<double>("y_domain_end", "TileDB end of domain in Y",
                     m_args->m_y_domain_end, 0.0);
    args.add<double>("z_domain_st", "TileDB start of domain in Z",
                     m_args->m_z_domain_st, 0.0);
    args.add<double>("z_domain_end", "TileDB end of domain in Z",
                     m_args->m_z_domain_end, 0.0);
    args.add<double>("time_domain_st", "TileDB start of domain in GpsTime",
                     m_args->m_time_domain_st, 0.0);
    args.add<double>("time_domain_end", "TileDB end of domain in GpsTime",
                     m_args->m_time_domain_end, 0.0);
    args.add<double>("scale_x",
                     "Scale factor to use for default x float-scale filter",
                     m_args->m_scale[0], std::numeric_limits<double>::quiet_NaN());
    args.add<double>("scale_y",
                     "Scale factor to use for default y float-scale fitler",
                     m_args->m_scale[1], std::numeric_limits<double>::quiet_NaN());
    args.add<double>("scale_z",
                     "Scale factor to use for default z float-scale filter",
                     m_args->m_scale[2], std::numeric_limits<double>::quiet_NaN());
    args.add<double>("offset_x",
                     "Add offset to use for default x float-scale filter",
                     m_args->m_offset[0], std::numeric_limits<double>::quiet_NaN());
    args.add<double>("offset_y",
                     "Add offset to use for default y float-scale filter",
                     m_args->m_offset[1], std::numeric_limits<double>::quiet_NaN());
    args.add<double>("offset_z",
                     "Add offset to use fo default x float-scale filter",
                     m_args->m_offset[2], std::numeric_limits<double>::quiet_NaN());
    args.add("chunk_size", "Point cache size for chunked writes",
             m_args->m_cache_size, size_t(1000000));
    args.add("stats", "Dump TileDB query stats to stdout", m_args->m_stats,
             false);
    args.add("filter_profile", "Filter profile to use for compression filters",
             m_args->m_filter_profile, "balanced");