wrfhydro_nuopc_gluecode Module Reference

Data Types
type	wrfhydro_field

Public Member Functions
subroutine, public	wrfhydro_nuopc_ini (did, vm, clock, forcingDir, rc)
subroutine, public	wrfhydro_nuopc_run (did, mode, clock, importState, exportState, rc)
subroutine, public	wrfhydro_nuopc_fin (did, rc)
type(esmf_field) function, public	wrfhydro_fieldcreate (stdName, grid, did, rc)
type(esmf_grid) function, public	wrfhydro_gridcreate (did, rc)
real function, public	wrfhydro_get_timestep (did, rc)
subroutine, public	wrfhydro_set_timestep (did, dt, rc)
subroutine, public	wrfhydro_get_hgrid (did, hgrid, rc)
integer function, public	wrfhydro_runmodeget (importState, rc)
subroutine, public	wrfhydro_fielddictionaryadd (rc)

Public Attributes
integer, parameter, public	wrfhydro_unknown = -1
integer, parameter, public	wrfhydro_offline = 0
integer, parameter, public	wrfhydro_coupled = 1
integer, parameter, public	wrfhydro_hybrid = 2
type(wrfhydro_field), dimension(46), public	wrfhydro_fieldlist = (/ stdname='aerodynamic_roughness_length', units='m', adImport=.FALSE.,adExport=.FALSE.), stdname='canopy_moisture_storage', units='kg m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='carbon_dioxide', units='mol?', adImport=.FALSE.,adExport=.FALSE.), stdname='cosine_zenith_angle', units='?', adImport=.FALSE.,adExport=.FALSE.), stdname='exchange_coefficient_heat', units='?', adImport=.FALSE.,adExport=.FALSE.), stdname='exchange_coefficient_heat_height2m', units='?', adImport=.FALSE.,adExport=.FALSE.), stdname='exchange_coefficient_moisture_height2m', units='?', adImport=.FALSE.,adExport=.FALSE.), stdname='ice_mask', units='1', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_down_lw_flx', units='W m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_down_sw_flx', units='W m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_height_lowest', units='m', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_merid_wind_height_lowest', units='m s-1', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_pres_height_lowest', units='Pa', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_pres_height_surface', units='Pa', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_spec_humid_height_lowest', units='kg kg-1', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_temp_height_lowest', units='K', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_temp_height_surface', units='K', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_wind_speed_height_lowest', units='m s-1', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_zonal_wind_height_lowest', units='m s-1', adImport=.FALSE.,adExport=.FALSE.), stdname='liquid_fraction_of_soil_moisture_layer_1', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='liquid_fraction_of_soil_moisture_layer_2', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='liquid_fraction_of_soil_moisture_layer_3', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='liquid_fraction_of_soil_moisture_layer_4', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='mean_cprec_rate', units='kg s-1 m-2', adImport=.FALSE.,adExport=.TRUE.), stdname='mean_down_lw_flx', units='W m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='mean_down_sw_flx', units='W m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='mean_fprec_rate', units='kg s-1 m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='mean_prec_rate', units='kg s-1 m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='mean_surface_albedo', units='lm lm-1', adImport=.FALSE.,adExport=.FALSE.), stdname='soil_moisture_fraction_layer_1', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='soil_moisture_fraction_layer_2', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='soil_moisture_fraction_layer_3', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='soil_moisture_fraction_layer_4', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='soil_porosity', units='1', adImport=.FALSE.,adExport=.FALSE.), stdname='subsurface_runoff_amount', units='kg m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='surface_runoff_amount', units='kg m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='surface_snow_thickness', units='m', adImport=.FALSE.,adExport=.TRUE.), stdname='soil_temperature_layer_1', units='K', adImport=.TRUE.,adExport=.FALSE.), stdname='soil_temperature_layer_2', units='K', adImport=.TRUE.,adExport=.FALSE.), stdname='soil_temperature_layer_3', units='K', adImport=.TRUE.,adExport=.FALSE.), stdname='soil_temperature_layer_4', units='K', adImport=.TRUE.,adExport=.FALSE.), stdname='vegetation_type', units='1', adImport=.FALSE.,adExport=.FALSE.), stdname='volume_fraction_of_total_water_in_soil', units='m3 m-3', adImport=.FALSE.,adExport=.TRUE.), stdname='surface_water_depth', units='mm', adImport=.FALSE.,adExport=.TRUE.), stdname='time_step_infiltration_excess', units='mm', adImport=.TRUE.,adExport=.FALSE.), stdname='soil_column_drainage', units='mm', adImport=.TRUE.,adExport=.FALSE.)/)

Private Member Functions
subroutine	add_area (grid, rc)
subroutine	set_local_indices (rc)
subroutine	wrfhydro_clocktostring (clock, timestr, rc)
subroutine	wrfhydro_timetostring (time, timestr, rc)
real function	wrfhydro_timeintervalgetreal (timeInterval, rc)
subroutine	wrfhydro_nlstlog (did, label, rc)
subroutine	wrfhydro_domainlog (did, label, rc)

Private Attributes
character(len=esmf_maxstr)	indir = 'WRFHYDRO_FORCING'
integer	num_nests = UNINITIALIZED
integer	num_tiles
integer	nx_global
integer	ny_global
integer	x_start
integer	x_end
integer	y_start
integer	y_end
integer	nx_local
integer	ny_local
integer	sf_surface_physics = UNINITIALIZED
real	dt0 = UNINITIALIZED
real	dtrt_ter0 = UNINITIALIZED
real	dtrt_ch0 = UNINITIALIZED
integer	dt_factor0 = UNINITIALIZED
integer	dt_factor = UNINITIALIZED
integer	checksoil_flag = UNINITIALIZED
character(len=19)	starttimestr = "0000-00-00_00:00:00"
type(esmf_distgrid)	wrfhydro_distgrid
character(len=512)	logmsg

Member Function/Subroutine Documentation

subroutine wrfhydro_nuopc_gluecode::add_area ( type(esmf_grid), intent(inout)  grid, integer, intent(out)  rc  )

private

subroutine wrfhydro_nuopc_gluecode::set_local_indices ( integer, intent(out)  rc )

private

subroutine wrfhydro_nuopc_gluecode::wrfhydro_clocktostring ( type(esmf_clock)  clock, character (len=*), intent(out)  timestr, integer, intent(out), optional  rc  )

private

subroutine wrfhydro_nuopc_gluecode::wrfhydro_domainlog ( integer, intent(in)  did, character(len=*), intent(in), optional  label, integer, intent(out)  rc  )

private

type(esmf_field) function, public wrfhydro_nuopc_gluecode::wrfhydro_fieldcreate	(	character(*), intent(in)	stdName,
		type(esmf_grid), intent(in)	grid,
		integer, intent(in)	did,
		integer, intent(out)	rc
	)

subroutine, public wrfhydro_nuopc_gluecode::wrfhydro_fielddictionaryadd

(

integer, intent(out)

rc

)

subroutine, public wrfhydro_nuopc_gluecode::wrfhydro_get_hgrid	(	integer, intent(in)	did,
		character, intent(out)	hgrid,
		integer, intent(out)	rc
	)

real function, public wrfhydro_nuopc_gluecode::wrfhydro_get_timestep	(	integer, intent(in)	did,
		integer, intent(out)	rc
	)

type(esmf_grid) function, public wrfhydro_nuopc_gluecode::wrfhydro_gridcreate	(	integer, intent(in)	did,
		integer, intent(out)	rc
	)

subroutine wrfhydro_nuopc_gluecode::wrfhydro_nlstlog ( integer, intent(in)  did, character(len=*), intent(in), optional  label, integer, intent(out)  rc  )

private

subroutine, public wrfhydro_nuopc_gluecode::wrfhydro_nuopc_fin	(	integer, intent(inout)	did,
		integer, intent(out)	rc
	)

subroutine, public wrfhydro_nuopc_gluecode::wrfhydro_nuopc_ini	(	integer, intent(in)	did,
		type(esmf_vm), intent(in)	vm,
		type(esmf_clock), intent(in)	clock,
		character(len=*)	forcingDir,
		integer, intent(out)	rc
	)

subroutine, public wrfhydro_nuopc_gluecode::wrfhydro_nuopc_run	(	integer, intent(in)	did,
		integer, intent(in)	mode,
		type(esmf_clock), intent(in)	clock,
		type(esmf_state), intent(inout)	importState,
		type(esmf_state), intent(inout)	exportState,
		integer, intent(out)	rc
	)

integer function, public wrfhydro_nuopc_gluecode::wrfhydro_runmodeget	(	type(esmf_state), intent(in)	importState,
		integer, intent(out), optional	rc
	)

subroutine, public wrfhydro_nuopc_gluecode::wrfhydro_set_timestep	(	integer, intent(in)	did,
		real	dt,
		integer, intent(out)	rc
	)

real function wrfhydro_nuopc_gluecode::wrfhydro_timeintervalgetreal ( type(esmf_timeinterval), intent(in)  timeInterval, integer, intent(out), optional  rc  )

private

subroutine wrfhydro_nuopc_gluecode::wrfhydro_timetostring ( type(esmf_time)  time, character (len=*), intent(out)  timestr, integer, intent(out), optional  rc  )

private

Member Data Documentation

integer wrfhydro_nuopc_gluecode::checksoil_flag = UNINITIALIZED

private

real wrfhydro_nuopc_gluecode::dt0 = UNINITIALIZED

private

integer wrfhydro_nuopc_gluecode::dt_factor = UNINITIALIZED

private

integer wrfhydro_nuopc_gluecode::dt_factor0 = UNINITIALIZED

private

real wrfhydro_nuopc_gluecode::dtrt_ch0 = UNINITIALIZED

private

real wrfhydro_nuopc_gluecode::dtrt_ter0 = UNINITIALIZED

private

character(len=esmf_maxstr) wrfhydro_nuopc_gluecode::indir = 'WRFHYDRO_FORCING'

private

character(len=512) wrfhydro_nuopc_gluecode::logmsg

private

integer wrfhydro_nuopc_gluecode::num_nests = UNINITIALIZED

private

integer wrfhydro_nuopc_gluecode::num_tiles

private

integer wrfhydro_nuopc_gluecode::nx_global

private

integer wrfhydro_nuopc_gluecode::nx_local

private

integer wrfhydro_nuopc_gluecode::ny_global

private

integer wrfhydro_nuopc_gluecode::ny_local

private

integer wrfhydro_nuopc_gluecode::sf_surface_physics = UNINITIALIZED

private

character(len=19) wrfhydro_nuopc_gluecode::starttimestr = "0000-00-00_00:00:00"

private

integer, parameter, public wrfhydro_nuopc_gluecode::wrfhydro_coupled = 1

type(esmf_distgrid) wrfhydro_nuopc_gluecode::wrfhydro_distgrid

private

type(wrfhydro_field), dimension(46), public wrfhydro_nuopc_gluecode::wrfhydro_fieldlist = (/ stdname='aerodynamic_roughness_length', units='m', adImport=.FALSE.,adExport=.FALSE.), stdname='canopy_moisture_storage', units='kg m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='carbon_dioxide', units='mol?', adImport=.FALSE.,adExport=.FALSE.), stdname='cosine_zenith_angle', units='?', adImport=.FALSE.,adExport=.FALSE.), stdname='exchange_coefficient_heat', units='?', adImport=.FALSE.,adExport=.FALSE.), stdname='exchange_coefficient_heat_height2m', units='?', adImport=.FALSE.,adExport=.FALSE.), stdname='exchange_coefficient_moisture_height2m', units='?', adImport=.FALSE.,adExport=.FALSE.), stdname='ice_mask', units='1', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_down_lw_flx', units='W m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_down_sw_flx', units='W m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_height_lowest', units='m', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_merid_wind_height_lowest', units='m s-1', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_pres_height_lowest', units='Pa', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_pres_height_surface', units='Pa', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_spec_humid_height_lowest', units='kg kg-1', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_temp_height_lowest', units='K', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_temp_height_surface', units='K', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_wind_speed_height_lowest', units='m s-1', adImport=.FALSE.,adExport=.FALSE.), stdname='inst_zonal_wind_height_lowest', units='m s-1', adImport=.FALSE.,adExport=.FALSE.), stdname='liquid_fraction_of_soil_moisture_layer_1', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='liquid_fraction_of_soil_moisture_layer_2', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='liquid_fraction_of_soil_moisture_layer_3', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='liquid_fraction_of_soil_moisture_layer_4', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='mean_cprec_rate', units='kg s-1 m-2', adImport=.FALSE.,adExport=.TRUE.), stdname='mean_down_lw_flx', units='W m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='mean_down_sw_flx', units='W m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='mean_fprec_rate', units='kg s-1 m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='mean_prec_rate', units='kg s-1 m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='mean_surface_albedo', units='lm lm-1', adImport=.FALSE.,adExport=.FALSE.), stdname='soil_moisture_fraction_layer_1', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='soil_moisture_fraction_layer_2', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='soil_moisture_fraction_layer_3', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='soil_moisture_fraction_layer_4', units='m3 m-3', adImport=.TRUE.,adExport=.TRUE.), stdname='soil_porosity', units='1', adImport=.FALSE.,adExport=.FALSE.), stdname='subsurface_runoff_amount', units='kg m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='surface_runoff_amount', units='kg m-2', adImport=.FALSE.,adExport=.FALSE.), stdname='surface_snow_thickness', units='m', adImport=.FALSE.,adExport=.TRUE.), stdname='soil_temperature_layer_1', units='K', adImport=.TRUE.,adExport=.FALSE.), stdname='soil_temperature_layer_2', units='K', adImport=.TRUE.,adExport=.FALSE.), stdname='soil_temperature_layer_3', units='K', adImport=.TRUE.,adExport=.FALSE.), stdname='soil_temperature_layer_4', units='K', adImport=.TRUE.,adExport=.FALSE.), stdname='vegetation_type', units='1', adImport=.FALSE.,adExport=.FALSE.), stdname='volume_fraction_of_total_water_in_soil', units='m3 m-3', adImport=.FALSE.,adExport=.TRUE.), stdname='surface_water_depth', units='mm', adImport=.FALSE.,adExport=.TRUE.), stdname='time_step_infiltration_excess', units='mm', adImport=.TRUE.,adExport=.FALSE.), stdname='soil_column_drainage', units='mm', adImport=.TRUE.,adExport=.FALSE.)/)

integer, parameter, public wrfhydro_nuopc_gluecode::wrfhydro_hybrid = 2

integer, parameter, public wrfhydro_nuopc_gluecode::wrfhydro_offline = 0

integer, parameter, public wrfhydro_nuopc_gluecode::wrfhydro_unknown = -1

integer wrfhydro_nuopc_gluecode::x_end

private

integer wrfhydro_nuopc_gluecode::x_start

private

integer wrfhydro_nuopc_gluecode::y_end

private

integer wrfhydro_nuopc_gluecode::y_start

private

---

The documentation for this module was generated from the following file:

• WRFHydro_NUOPC_Gluecode.F90