Custom Query (964 matches)

Filters
 
Or
 
  
 
Columns

Show under each result:

Results (10 - 12 of 964)

← 1 2 3 4 5 6 7 8 9 10 11 12 13 14 →
Ticket Resolution Summary Owner Reporter
#956 Done Important: Added YAML Parser Test arango
Description

The YAML Parser (ROMS/Utility/yaml_parser.F) requires features of the Fortran 2003 standard and some elements of the Fortran 2008 standard, available in modern compilers. In the past, we have reports of Users having issues compiling with older versions of gfortran or incomplete implementation of the Object-Oriented Programming (OOP) principles from the 2003 standard. Therefore, a standalone program is added (ROMS/Programs/yaml_parser_test.F) to test the compilers.

To compile and link, use the following: 

ifort -o yaml_parser_test.x yaml_parser_test.F
gfortran -o yaml_parser_test.x yaml_parser_test.F

Then, to execute, use: 

> yaml_parser_test.x

 Enter YAML filename:  ../../ESM/coupling_esmf.yaml

 Enter YAML filename:  ../../ESM/roms_cmeps.yaml

 Enter YAML filename:  ../External/varinfo.yaml

 Enter YAML filename:

The YAML tree dictionary and extraction are written to standard output.

Examine that program if you are interested in modern OOP Fortran code that uses CLASS objects, inheritance, and other advanced capabilities. Unfortunately, modern Fortran does not use templates like C++. Maybe they will considered in the future.

For example, for roms_cmeps.yaml, I get: 

 Enter YAML filename: roms_cmeps.yaml

YAML Tree Dictinary, file: 'roms_cmeps.yaml'
==========================

L=0001 % convention: CF
L=0002 % project: FV3-ROMS CMEPS couping in the WATL Application
L=0003 % title: Hurricane Dorian Test
L=0004 % date: 2019-08-29T00:00:00Z
L=0005 % forecast_length: PT96H
L=0006 % coupling_step: 180.0d0
L=0007 % linked_grid: 1
L=0008 % ATM_component: FV3
L=0009 % DATA_component: data.nc
L=0010 % OCN_component: ROMS
L=0011 % CoupledSet: ESM_01
L=0012 % ExportState: Export_ESM_01
L=0013 % ImportState: Import_ESM_01
L=0014 % PETlayoutOption: 0
L=0015 % CouplingType: 2
L=0016 % DebugLevel: 1
L=0017 % TraceLevel: 0
L=0018 % standard_input:
L=0019 %   OCN_component: roms_watl.in
L=0020 %   ATM_component: namelist
L=0021 % state variables: [sea_surface_height_above_geoid, barotropic_sea_water_x_velocity, barotropic_sea_water_y_velocity, sea_water_x_velocity, sea_water_y_velocity, sea_water_potential_temperature, sea_water_practical_salinity]
L=0022 % export:
L=0023 %   - standard_name: sea_surface_temperature
L=0024 %     long_name: sea surface temperature
L=0025 %     short_name: SST
L=0026 %     data_variables: [temperature, time]
L=0027 %     source_units: C
L=0028 %     destination_units: K
L=0029 %     source_grid: cell_center
L=0030 %     destination_grid: cell_center
L=0031 %     add_offset: 273.15d0
L=0032 %     scale: 1.0d0
L=0033 %     debug_write: false
L=0034 %     connected_to: ROMS
L=0035 %     map_type: mapnstod
L=0036 %     map_norm: none
L=0037 % import:
L=0038 %   - standard_name: net_downward_shortwave_flux_at_sea_water_surface
L=0039 %     long_name: surface net shortwave radiation flux
L=0040 %     short_name: SWrad
L=0041 %     data_variables: [swrad, time]
L=0042 %     source_units: W m-2
L=0043 %     destination_units: W m-2
L=0044 %     source_grid: cell_center
L=0045 %     destination_grid: cell_center
L=0046 %     add_offset: 0.0d0
L=0047 %     scale: 1.0d0
L=0048 %     debug_write: false
L=0049 %     connected_to: FV3
L=0050 %     map_type: mapbilnr
L=0051 %     map_norm: none
L=0052 %   - standard_name: surface_air_pressure
L=0053 %     long_name: surface air pressure
L=0054 %     short_name: Pair
L=0055 %     data_variables: [pmsl, time]
L=0056 %     source_units: N m-2
L=0057 %     destination_units: mb
L=0058 %     source_grid: cell_center
L=0059 %     destination_grid: cell_center
L=0060 %     add_offset: 0.0d0
L=0061 %     scale: 1.0d0
L=0062 %     debug_write: false
L=0063 %     connected_to: FV3
L=0064 %     map_type: mapbilnr
L=0065 %     map_norm: none
L=0066 %   - standard_name: surface_downward_heat_flux_in_sea_water
L=0067 %     long_name: surface net heat flux
L=0068 %     short_name: shflux
L=0069 %     data_variables: [shf, time]
L=0070 %     source_units: W m-2
L=0071 %     destination_units: Celsius m s-1
L=0072 %     source_grid: cell_center
L=0073 %     destination_grid: cell_center
L=0074 %     add_offset: 0.0d0
L=0075 %     scale: 1.0d0
L=0076 %     debug_write: false
L=0077 %     connected_to: FV3
L=0078 %     map_type: mapbilnr
L=0079 %     map_norm: none
L=0080 %   - standard_name: surface_upward_water_flux
L=0081 %     long_name: surface freshwater flux (E-P)
L=0082 %     short_name: swflux
L=0083 %     data_variables: [swf, time]
L=0084 %     source_units: kg m-2 s-1
L=0085 %     destination_units: kg m-2 s-1
L=0086 %     source_grid: cell_center
L=0087 %     destination_grid: cell_center
L=0088 %     add_offset: 0.0d0
L=0089 %     scale: 1.0d0
L=0090 %     debug_write: false
L=0091 %     connected_to: FV3
L=0092 %     map_type: mapbilnr
L=0093 %     map_norm: none
L=0094 %   - standard_name: surface_downward_x_stress
L=0095 %     long_name: surface eastward wind stress
L=0096 %     short_name: sustr
L=0097 %     data_variables: [taux, time]
L=0098 %     source_units: N m-2
L=0099 %     destination_units: m-2 s-2
L=0100 %     source_grid: cell_center
L=0101 %     destination_grid: left_right_edge
L=0102 %     add_offset: 0.0d0
L=0103 %     scale: 1.0d0
L=0104 %     debug_write: false
L=0105 %     connected_to: FV3
L=0106 %     map_type: mapbilnr
L=0107 %     map_norm: none
L=0108 %   - standard_name: surface_downward_y_stress
L=0109 %     long_name: surface northward wind stress
L=0110 %     short_name: svstr
L=0111 %     data_variables: [tauy, time]
L=0112 %     source_units: N m-2
L=0113 %     destination_units: m-2 s-2
L=0114 %     source_grid: cell_center
L=0115 %     destination_grid: lower_upper_edge
L=0116 %     add_offset: 0.0d0
L=0117 %     scale: 1.0d0
L=0118 %     debug_write: false
L=0119 %     connected_to: FV3
L=0120 %     map_type: mapbilnr
L=0121 %     map_norm: none
L=0122 % bulk_fluxes import:
L=0123 %   - standard_name: net_downward_shortwave_flux_at_sea_water_surface
L=0124 %     long_name: surface shortwave radiation flux
L=0125 %     short_name: SWrad
L=0126 %     data_variables: [swrad, time]
L=0127 %     source_units: W m-2
L=0128 %     destination_units: W m-2
L=0129 %     source_grid: cell_center
L=0130 %     destination_grid: cell_center
L=0131 %     add_offset: 0.0d0
L=0132 %     scale: 1.0d0
L=0133 %     debug_write: false
L=0134 %     connected_to: FV3
L=0135 %     map_type: mapbilnr
L=0136 %     map_norm: none
L=0137 %   - standard_name: surface_net_downward_longwave_flux
L=0138 %     long_name: surface downward longwave radiation flux
L=0139 %     short_name: dLWrad
L=0140 %     data_variables: [lwrad_down, time]
L=0141 %     source_units: W m-2
L=0142 %     destination_units: W m-2
L=0143 %     source_grid: cell_center
L=0144 %     destination_grid: cell_center
L=0145 %     add_offset: 0.0d0
L=0146 %     scale: 1.0d0
L=0147 %     debug_write: false
L=0148 %     connected_to: FV3
L=0149 %     map_type: mapbilnr
L=0150 %     map_norm: none
L=0151 %   - standard_name: surface_air_pressure
L=0152 %     long_name: surface air pressure
L=0153 %     short_name: Pair
L=0154 %     data_variables: [pmsl, time]
L=0155 %     source_units: N m-2
L=0156 %     destination_units: mb
L=0157 %     source_grid: cell_center
L=0158 %     destination_grid: cell_center
L=0159 %     add_offset: 0.0d0
L=0160 %     scale: 1.0d0
L=0161 %     debug_write: false
L=0162 %     connected_to: FV3
L=0163 %     map_type: mapbilnr
L=0164 %     map_norm: none
L=0165 %   - standard_name: surface_air_temperature
L=0166 %     long_name: surface (2m) air temperature
L=0167 %     short_name: Tair
L=0168 %     data_variables: [tsfc, time]
L=0169 %     source_units: K
L=0170 %     destination_units: C
L=0171 %     source_grid: cell_center
L=0172 %     destination_grid: cell_center
L=0173 %     add_offset: -273.15d0
L=0174 %     scale: 1.0d0
L=0175 %     debug_write: false
L=0176 %     connected_to: FV3
L=0177 %     map_type: mapbilnr
L=0178 %     map_norm: none
L=0179 %   - standard_name: surface_relative_humidity
L=0180 %     long_name: surface relative humidity
L=0181 %     short_name: Qair
L=0182 %     data_variables: [rhumidity, time]
L=0183 %     source_units: percent
L=0184 %     destination_units: fraction
L=0185 %     source_grid: cell_center
L=0186 %     destination_grid: cell_center
L=0187 %     add_offset: 0.0d0
L=0188 %     scale: 0.01d0
L=0189 %     debug_write: false
L=0190 %     connected_to: FV3
L=0191 %     map_type: mapbilnr
L=0192 %     map_norm: none
L=0193 %   - standard_name: precipitation_flux
L=0194 %     long_name: precipitation rate
L=0195 %     short_name: rain
L=0196 %     data_variables: [rainfall, time]
L=0197 %     source_units: kg m-2 s-1
L=0198 %     destination_units: kg m-2 s-1
L=0199 %     source_grid: cell_center
L=0200 %     destination_grid: cell_center
L=0201 %     add_offset: 0.0d0
L=0202 %     scale: 1.0d0
L=0203 %     debug_write: false
L=0204 %     connected_to: FV3
L=0205 %     map_type: mapbilnr
L=0206 %     map_norm: none
L=0207 %   - standard_name: surface_eastward_wind
L=0208 %     long_name: surface eastward wind
L=0209 %     short_name: Uwind
L=0210 %     data_variables: [uwind, time]
L=0211 %     source_units: m s-1
L=0212 %     destination_units: m s-1
L=0213 %     source_grid: cell_center
L=0214 %     destination_grid: cell_center
L=0215 %     add_offset: 0.0d0
L=0216 %     scale: 1.0d0
L=0217 %     debug_write: false
L=0218 %     connected_to: FV3
L=0219 %     map_type: mapbilnr
L=0220 %     map_norm: none
L=0221 %   - standard_name: surface_northward_wind
L=0222 %     long_name: surface northward wind
L=0223 %     short_name: Vwind
L=0224 %     data_variables: [vwind, time]
L=0225 %     source_units: m s-1
L=0226 %     destination_units: m s-1
L=0227 %     source_grid: cell_center
L=0228 %     destination_grid: cell_center
L=0229 %     add_offset: 0.0d0
L=0230 %     scale: 1.0d0
L=0231 %     debug_write: false
L=0232 %     connected_to: FV3
L=0233 %     map_type: mapbilnr
L=0234 %     map_norm: none

Coupling Metadata Dictionary, key: 'export',
============================  File: roms_cmeps.yaml

  - standard_name:        sea_surface_temperature
    long_name:            sea surface temperature
    short_name:           SST
    data_netcdf_variable: temperature
    data_netcdf_time:     time
    source_units:         C
    destination_units:    K
    source_grid:          cell_center
    destination_grid:     cell_center
    add_offset:            2.73150000E+02
    scale:                 1.00000000E+00
    debug_write:          F
    connected:            T
    connected_to:         ROMS
    map_type:             mapnstod
    map_norm:             none

Coupling Metadata Dictionary, key: 'import',
============================  File: roms_cmeps.yaml

  - standard_name:        net_downward_shortwave_flux_at_sea_water_surface
    long_name:            surface net shortwave radiation flux
    short_name:           SWrad
    data_netcdf_variable: swrad
    data_netcdf_time:     time
    source_units:         W m-2
    destination_units:    W m-2
    source_grid:          cell_center
    destination_grid:     cell_center
    add_offset:            0.00000000E+00
    scale:                 1.00000000E+00
    debug_write:          F
    connected:            T
    connected_to:         FV3
    map_type:             mapbilnr
    map_norm:             none

  - standard_name:        surface_air_pressure
    long_name:            surface air pressure
    short_name:           Pair
    data_netcdf_variable: pmsl
    data_netcdf_time:     time
    source_units:         N m-2
    destination_units:    mb
    source_grid:          cell_center
    destination_grid:     cell_center
    add_offset:            0.00000000E+00
    scale:                 1.00000000E+00
    debug_write:          F
    connected:            T
    connected_to:         FV3
    map_type:             mapbilnr
    map_norm:             none

  - standard_name:        surface_downward_heat_flux_in_sea_water
    long_name:            surface net heat flux
    short_name:           shflux
    data_netcdf_variable: shf
    data_netcdf_time:     time
    source_units:         W m-2
    destination_units:    Celsius m s-1
    source_grid:          cell_center
    destination_grid:     cell_center
    add_offset:            0.00000000E+00
    scale:                 1.00000000E+00
    debug_write:          F
    connected:            T
    connected_to:         FV3
    map_type:             mapbilnr
    map_norm:             none

  - standard_name:        surface_upward_water_flux
    long_name:            surface freshwater flux (E-P)
    short_name:           swflux
    data_netcdf_variable: swf
    data_netcdf_time:     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:            0.00000000E+00
    scale:                 1.00000000E+00
    debug_write:          F
    connected:            T
    connected_to:         FV3
    map_type:             mapbilnr
    map_norm:             none

  - standard_name:        surface_downward_x_stress
    long_name:            surface eastward wind stress
    short_name:           sustr
    data_netcdf_variable: taux
    data_netcdf_time:     time
    source_units:         N m-2
    destination_units:    m-2 s-2
    source_grid:          cell_center
    destination_grid:     left_right_edge
    add_offset:            0.00000000E+00
    scale:                 1.00000000E+00
    debug_write:          F
    connected:            T
    connected_to:         FV3
    map_type:             mapbilnr
    map_norm:             none

  - standard_name:        surface_downward_y_stress
    long_name:            surface northward wind stress
    short_name:           svstr
    data_netcdf_variable: tauy
    data_netcdf_time:     time
    source_units:         N m-2
    destination_units:    m-2 s-2
    source_grid:          cell_center
    destination_grid:     lower_upper_edge
    add_offset:            0.00000000E+00
    scale:                 1.00000000E+00
    debug_write:          F
    connected:            T
    connected_to:         FV3
    map_type:             mapbilnr
    map_norm:             none
#955 Done IMPORTANT: Refactored state vector indices arango
Description
  • The state vector indices are used in various algorithms. The numeric order is essential in data assimilation because they are used to associate observations with the type of variables in the state vector: 
          isFsur = 1                ! free-surface
      isUbar = 2                ! 2D U-velocity
      isVbar = 3                ! 2D V-velocity
      isUvel = 4                ! 3D U-velocity
      isVvel = 5                ! 3D V-velocity
      ic=5
#ifdef SOLVE3D
      DO i=1,MT
        ic=ic+1
        isTvar(i)=ic            ! Active/Passive tracers
      END DO
#endif
#if defined ADJUST_WSTRESS || defined FORCING_SV     || \
    defined HESSIAN_FSV    || defined SO_SEMI        || \
    defined STOCHASTIC_OPT
      ic=ic+1
      isUstr=ic                 ! surface U-velocity stress
      ic=ic+1
      isVstr=ic                 ! surface V-velocity stress
#endif
#ifdef SOLVE3D
# if defined ADJUST_STFLUX  || defined FORCING_SV     || \
     defined HESSIAN_FSV    || defined SO_SEMI        || \
     defined STOCHASTIC_OPT
      DO i=1,MT
        ic=ic+1
        isTsur(i)=ic            ! surface tracer flux      
      END DO
# endif
#endif
#ifdef WEC
      ic=ic+1
      isU2Sd=ic                 ! 2D Stokes U-velocity 
      ic=ic+1
      isV2Sd=ic                 ! 2D Stokes V-velocity
# if defined SOLVE3D
      ic=ic+1
      isU3Sd=ic                 ! 3D Stokes U-velocity
      ic=ic+1
      isV3Sd=ic                 ! 3D Stokes V-velocity
# endif
#endif
#ifdef SOLVE3D
# if defined GLS_MIXING || defined MY25_MIXING
      ic=ic+1
      isMtke=ic                 ! TKE
# endif
      ic=ic+1
      isWvel=ic                 ! vertical velocity
#endif
    Therefore, all the state indices from the zeta to the last Tvar(:) tracer variables cannot be changed.
  • Updated the GNU make configuration (*.mk) files to include the environmental variable ESMFMKFILE. Thus, now we have: 
    ifdef USE_ESMF
                     include $(ESMFMKFILE)
          ESMF_OS ?= $(OS)
      ESMF_SUBDIR := $(ESMF_OS).$(ESMF_COMPILER).$(ESMF_ABI).$(ESMF_COMM).$(ESMF_SITE)
      ESMF_MK_DIR ?= $(ESMF_DIR)/lib/lib$(ESMF_BOPT)/$(ESMF_SUBDIR)
           FFLAGS += $(ESMF_F90COMPILEPATHS)
             LIBS += $(ESMF_F90LINKPATHS) $(ESMF_F90ESMFLINKLIBS)
endif
    Many thanks to Ufuk Turuncoglu for bringing this issue to my attention.
  • Made tiny changes to NUOPC cap modules cmeps_roms.F and esmf_roms.F.
  • Corrected issue in esmf_esm.F (routine ESM_SetRunSequence) that used LocalPET before being assigned.
#954 Done Updated Hurricane Irene Test Case arango
Description

The GitHub ​https://github.com/myroms/roms_test is updated to include changes to the IRENE coupling application:

  • The subdirectory IRENE/Coupling now includes two subdirectories:

    • data_wrf_roms: ESMF/NUOPC coupling with three components: DATA-WRF-ROMS using ROMS native coupling framework.

    • roms_data: ESMF/NUOPC coupling with two components: ROMS-DATA. It tests the native ROMS NUOPC cap modules for ROMS and DATA components.
  • It also serves as an example to couple to the UFS using CDEPS/CMEPS. Thus, we may include other subdirectories in the future to show the interface to the UFS.
  • Corrected the units attribute for variable Tair in IRENE/Data/FRC/Tair_narr_IRENE.nc. It needs to be Celsius instead of Kelvin.
← 1 2 3 4 5 6 7 8 9 10 11 12 13 14 →
Batch Modify
Note: See TracBatchModify for help on using batch modify.
Note: See TracQuery for help on using queries.