text: physics_url = "gs://vcm-ml-raw/2020-05-27-40-day-X-SHiELD-simulation-C384-diagnostics/atmos_15min_coarse_ave.zarr"  # noqa
  restart_url = "gs://vcm-ml-experiments/2020-06-02-fine-res/2020-05-27-40-day-X-SHiELD-simulation-C384-restart-files.zarr"  # noqa
  gfsphysics_url = "gs://vcm-ml-raw/2020-05-27-40-day-X-SHiELD-simulation-C384-diagnostics/gfsphysics_15min_coarse.zarr/"  # noqa
  area_url = "gs://vcm-ml-raw/2020-11-10-C3072-to-C384-exposed-area.zarr"
  
  # Input data specifications
  PHYSICS_VARIABLES = [
      "t_dt_fv_sat_adj_coarse",
      "t_dt_nudge_coarse",
      "t_dt_phys_coarse",
      "qv_dt_fv_sat_adj_coarse",
      "qv_dt_phys_coarse",
      "eddy_flux_vulcan_omega_sphum",
      "eddy_flux_vulcan_omega_temp",
      "vulcan_omega_coarse",
      "area_coarse",
  ]
  
  
  RESTART_VARIABLES = [
      "delp",
      "sphum",
      "T",
  ]
  
  GFSPHYSICS_VARIABLES = [
      "dq3dt_deep_conv_coarse",
      "dq3dt_mp_coarse",
      "dq3dt_pbl_coarse",
      "dq3dt_shal_conv_coarse",
      "dt3dt_deep_conv_coarse",
      "dt3dt_lw_coarse",
      "dt3dt_mp_coarse",
      "dt3dt_ogwd_coarse",
      "dt3dt_pbl_coarse",
      "dt3dt_shal_conv_coarse",
      "dt3dt_sw_coarse",
      "DLWRFsfc_coarse",
      "DSWRFsfc_coarse",
      "DSWRFtoa_coarse",
      "ULWRFsfc_coarse",
      "ULWRFtoa_coarse",
      "USWRFsfc_coarse",
      "USWRFtoa_coarse",
      "LHTFLsfc_coarse",
      "SHTFLsfc_coarse",
      "PRATEsfc_coarse",
  ]
  
  # Output configurations
  VARIABLES_TO_AVERAGE = set(
      GFSPHYSICS_VARIABLES + PHYSICS_VARIABLES + RESTART_VARIABLES
  ) - {"area_coarse", "delp"}
  # coarsening factor. C384 to C48 is a factor of 8
  factor = 8
  dt = 15 * 60  # timestep in seconds
  