# ROMS Coupling ESMF/NUOPC System: Import/Export Metadata Dictionary
#
#svn $Id: coupling_esmf_wrf.yaml 1171 2023-06-17 16:36:36Z arango $
#========================================================== Hernan G. Arango ==#
# Copyright (c) 2002-2023 The ROMS/TOMS Group #
# Licensed under a MIT/X style license #
# See License_ROMS.md #
#==============================================================================#
#
# Coupler: ROMS ESMF/NUOPC system
# Components: DATA-COAMPS-ROMS
#
# Field Metadata Keywords:
#
# standard_name Field standard name
# long_name Field long descriptive name
# short_name Field short name private to NUOPC 'cap' module
# data_variables DATA component NetCDF field and time variable names
# source_units Field source units
# destination_units Field destination units
# source_grid Field source grid-cell location
# destination_grid Field destination grid-cell location
# add_offset Value to add to exchanged field
# scale Scale to convert data from source to destination
# debug_write Switch to write out exchanged field, if DebugLevel>2
# connected_to Source component to which field is connected
# regrid_method Field regridding method from source to destination:
# bilinear => bilinear interpolation
# patch => high-order patch recovery
# conservative1 => first-order conservative
# conservative2 => second-order conservative
# nearest => nearest neighbor interpolation
# Extrapolate_method Field extrapolation method for unmapped points:
# none => no extrapolation
# nearest => nearest source to destination
# idavg => nearest inverse distance average
# creep => creep fill at specified level
# 2steps => Turuncoglu's 2 steps extrapolation
#
# The ESM imported fields are processed as:
#
# field (destination_units) = field (source_units) * scale + add_offset
ATM_component: &ATM WRF
DATA_component: data.nc
ROMS_component: &OCN ROMS
metadata:
- standard_name: sea_surface_temperature
long_name: sea surface temperature
short_name: SST
data_variables: [temperature, time]
source_units: C
destination_units: K
source_grid: cell_center
destination_grid: cell_center
add_offset: 273.15d0
scale: 1.0d0
debug_write: false
connected_to: *OCN
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: sea_surface_temperature_data
long_name: sea surface temperature data
short_name: dSST
data_variables: [temperature, time]
source_units: C
destination_units: K
source_grid: cell_center
destination_grid: cell_center
add_offset: 273.15d0
scale: 1.0d0
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_downward_longwave_flux
long_name: surface downward longwave radiation flux
short_name: dLWrad
data_variables: [lwrad_down, time]
source_units: W m-2
destination_units: W m-2
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # glw, glw_mean
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_net_longwave_flux
long_name: surface net longwave radiation flux
short_name: LWrad
data_variables: [lwrad, time]
source_units: W m-2
destination_units: W m-2
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # glw, glw_mean
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: downward_shortwave_flux_at_sea_water_surface
long_name: surface downward shortwave radiation flux
short_name: dSWrad
data_variables: [dswrad, time]
source_units: W m-2
destination_units: W m-2
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # swdown
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: net_shortwave_flux_at_sea_water_surface
long_name: surface net shortwave radiation flux
short_name: SWrad
data_variables: [swrad, time]
source_units: W m-2
destination_units: W m-2
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # gsw
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_latent_heat_flux
long_name: surface latent heat flux
short_name: LHfx
data_variables: [latent, time]
source_units: W m-2
destination_units: W m-2
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # lh, lh_mean
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_sensible_heat_flux
long_name: surface sensible heat flux
short_name: SHfx
data_variables: [sensible, time]
source_units: W m-2
destination_units: W m-2
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # hfx, hfx_mean
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: mean_sea_level_pressure
long_name: mean sea level pressure
short_name: Pmsl
data_variables: [pmsl, time]
source_units: N m-2
destination_units: mb
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d-02
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_air_pressure
long_name: surface air pressure
short_name: Pair
data_variables: [pair, time]
source_units: N m-2
destination_units: mb
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d-2
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_air_temperature
long_name: surface (2m) air temperature
short_name: Tair
data_variables: [tsfc, time]
source_units: K
destination_units: C
source_grid: cell_center
destination_grid: cell_center
add_offset: -273.15d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # t2, t2_mean
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_specific_humidity
long_name: surface specific humidity
short_name: Hair
data_variables: [shumidity, time]
source_units: kg/kg
destination_units: g/kg
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d+3
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_relative_humidity
long_name: surface relative humidity
short_name: Qair
data_variables: [rhumidity, time]
source_units: percent
destination_units: fraction
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d-2
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: precipitation_flux
long_name: precipitation rate
short_name: rain
data_variables: [rainfall, time]
source_units: kg m-2 s-1
destination_units: kg m-2 s-1
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_air_density
long_name: surface air density
short_name: RhoAir
data_variables: [rho, time]
source_units: kg m-3
destination_units: kg m-3
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # 1/alt
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_boundary_layer_eastward_wind
long_name: surface boundary layer eastward wind
short_name: Uwind_sbl
data_variables: [uwind_sbl, time]
source_units: m s-1
destination_units: m s-1
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # u_2
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_boundary_layer_northward_wind
long_name: surface boundary layer northward wind
short_name: Vwind_sbl
data_variables: [vwind_sbl, time]
source_units: m s-1
destination_units: m s-1
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # v_2
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: eastward_wind_at_10m
long_name: eastward wind at 10m
short_name: Uwind
data_variables: [uwind, time]
source_units: m s-1
destination_units: m s-1
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # u10
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: northward_wind_at_10m
long_name: northward wind at 10m
short_name: Vwind
data_variables: [vwind, time]
source_units: m s-1
destination_units: m s-1
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # v10
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: frictional_wind_magnitude
long_name: frictional wind magnitude
short_name: Wstar
data_variables: [ustar, time]
source_units: m s-1
destination_units: m s-1
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM # ust
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_net_heat_flux_in_sea_water
long_name: surface net heat flux
short_name: shflux
data_variables: [shf, time]
source_units: W m-2
destination_units: Celsius m s-1
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_upward_water_flux
long_name: surface freshwater flux (E-P)
short_name: swflux
data_variables: [swf, time]
source_units: kg m-2 s-1
destination_units: m s-1
source_grid: cell_center
destination_grid: cell_center
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_downward_x_stress
long_name: surface eastward wind stress
short_name: sustr
data_variables: [taux, time]
source_units: N m-2
destination_units: m2 s-2
source_grid: cell_center
destination_grid: left_right_edge
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest
- standard_name: surface_downward_y_stress
long_name: surface downward wind stress
short_name: svstr
data_variables: [tauy, time]
source_units: N m-2
destination_units: m2 s-2
source_grid: cell_center
destination_grid: lower_upper_edge
add_offset: 0.0d0
scale: 1.0d0
debug_write: false
connected_to: *ATM
regrid_method: bilinear
extrapolate_method: nearest