SURFEX

Current bugs

2013-03-04T17:42:06Z

revision 890: corrections of problems appearing in MÃƒÂ©sonh test cases (G. Tanguy).
- read_surf.90: IL1 definition is missing in READ_SURFX2
- init_surf_atmn.F90: NWG_LAYER_TOT must be deallocated in case of several nested models
- get_sizes_parallel.F90: needs to be moved from OFFLIN to SURFEX directories
- compute_isba_parameters.F90: #ifdef directives are missing
- prep_teb_grib.F90: T_WALL becomes T_WALLA + T_WALLB and a test must be adapted.

revision 891: corrections for GARDEN and GREENROOF (C. De Munck).
- garden_properties.F90: USE MODI forgotten
- greenroof_properties.F90: call to FLAG_TEB_GREENROOFn forgotten.

revision 892 : corrections of problems appearing during AROME compilation (Y. Seity).
- Makefile.SURFEX.mk, exp_decay_soil_fr.F90, hydro.F90, hydro_sgh.F90: not to be forced to compile TOPD library in not OFFLINE mode.
- mode_write_surf_bin.F90: 2 USE_MODI forgotten.

revision 893 : corrections to have only 12 characters by record in I/O (forgotten): read_bld_description.F90, write_bld_description.F90 (C. De Munck)

revision 895 : little correction for MÃƒÂ©sonh: open_file.F90 (G. Tanguy). To read an ASCII file in MÃƒÂ©sonh.

revision 896 : corrections of problems appearing during MÃƒÂ©sonh test cases (G. Tanguy):
- to have 12 characters length records: readwrite_emis_fieldn.F90, writesurf_ch_emisn.F90
- to read comment in records in 0D cases : read_surf.F90

revision 897 : problems with pointers for compilation on Prefix (threadprivate must be pointers and pointer must be initialized at NULL()): modd_ch_snapn.F90, modd_ocean_reln.F90, mode_flake.F90

revision 898 : error in DG dimension for ISBA 2-L, must be 2 and not 3: average_diag_misc_isban.F90 (L. Jarlan)

revision 899 : when using ECOCLIMAP + namelist data on a small area, IRRIG and WATSUP cannot be interpolated nor given by the NAMELIST. A default value is set for them two: 0.: extrapol_fields.F90 (L. Jarlan)

revision 900 : the case where the time unit is days in NETCDF forcing files wasn't correctly treated and could result in a bad reading of the date in it: mode_dates_netcdf.F90 (C. Delire).

revision 901 : to have only 12 characters by record during reading: read_tebn.F90 (A. Lemonsu).

revision 902 : adaptations for parallel runs on Prefix:
- pack_pgd.F90, get_covern.F90, get_near_meshes_ign.F90, get_near_meshes_lonlatval.F90: to limit the use of stack memory (can also be overrode)
- coupling_isba_orographyn. F90: little optimization
- modn_surf_atmn.F90, read_surf_atm_confn.F90: initialization problem encoutered during an OPEN-MP run with CSELECT array
- modd_surfex_mpi.F90: useless line removed
- modd_surfex_omp.F90, init_index_mpi.F90, offline.F90, read_and_send_mpi.F90: OPEN-MP COPYPRIVATE directives were bad-interpreted, so local private variables to copy are replaced by public variables from a module.

revision 903 : some things are added to compile DR_HOOK with MPI and gfortran on UBUNTU: Rules.LXgfortran.mk, Makefile, LIB/drhook_CY31R2.032.tar (V. Rivalland).

revision 905 : modifications to compile on Prefix : configure, Makefile, Makefile.SURFEX.mk, Rules.LXifort.mk, LIB/drhook_CY31R2.032.tar.

revision 908 : one thing forgotten for DRHOOK, NOMPI, LXgfortran and ubuntu: LIB/drhook_CY31R2.032.tar

revision 923 : contains many things relative to tests on Prefix:
- diag_misc_isban.F90: correction in initialization of XALT to have exactly the same results for 1 and several threads.
- snowcro.F90: problem with number of layers. A test is added to be sure there are more that 3 and 4 layers to initialize layer 4 and layer 5.
- vegetation_update.F90, convert_patch_teb_greenroof.F90, compute_isba_parameters.F90, convert_patch_isba.F90, convert_patch_garden.F90 : correction not to run permafrost_depth in GARDEN and GREENROOF.
- modd_ocean_gridn.F90, read_oceann.F90: somes variables can remain threadpublic
- ocean_mercatorvergrid.F90: corrections for consistency in first and last values of arrays (slightly changes results)
- read_pgd_seaflux_parn.F90, writesurf_pgd_seaf_parn.F90: correction to have only 12 characters for each record (TDATA_SST becomes TD_SST). If not here, doesn't work with FA format.
- mode_read_surf_asc.F90, read_and_send_mpi.F90, read_and_send_mpi.F90, mode_write_surf_asc.F90, init_io_surf_maskn.F90, gather_and_write_mpi.F90, read_surf.F90, modd_surfex_omp.F90, pgd_grid.F90, init_io_surf_ascn.F90, mode_read_surf_fa.F90, gather_and_write_mpi_k4.F90, mode_write_surf_fa.F90, ol_read_atm_conf_ascii.F90, ol_read_atm_conf_netcdf.F90, mode_write_surf_lfi.F90, oi_control.F90, mode_write_surf_ol.F90, sum_on_all_procs.F90, soda.F90, mode_read_surf_lfi.F90, pgd.F90, offline.F90, mode_read_surf_ol.F90, init_iundex_mpi.F90, prep.F90: corrections to suppress every "$OMP END SINGLE COPYPRIVATE(...) because for the moment it seems to pose problems on PREFIX (they seem not to wait the end of copying on each thread).

revision 926 : wrong name of a variable : PCNA_NITRO/ZCNA_NITRO: vegetation_evol.F90 (C. Delire)

revisions 927, 928, 929, 930, 931, 932, 937, 938, 939 : adjustments for Prefix.

revision 940 : XSNOWDMIN comes back to its standard value: modd_snow_par.F90

revision 941 : Bug on the computation of the soil freezing in the force-restore version of ISBA. The previous method used to solve numerical instabilities for large timesteps impacted too drastically smaller timesteps, degrading for example the AROME skill scores with only a 60s timestep. A simpler method is now implemented in which a time-splitting is apply to solve the evolution of both the liquid and solid soil water contents, but only for large timestep (>= 900s). This method, already used in ISBA-DF, allows an important numerical stability for large timesteps (positive tests for 1800s, 3600s, and even 10800s) without any changes for smaller timesteps. (B. Decharme): e_budget.F90, hydro.F90, hydro_sgh.F90, ice_soildif.F90, ice_soilfr.F90, isba.F90, isba_fluxes.F90.

revision 947 : bug related to parallelization. Ini_data_cover is called first by init_index_mpi and namelists have not been read yet. Some parts of ini_data_cover were not read again by init_surf_atmn, and they needed to be because depend on namelist options. Impacted file: ini_data_cover.F90

revision 949 : Various corrections:
- read_prep_greenroof_snow.F90: not coherent with read_prep_isba_snow.F90 and read_prep_garden_snow.F90 (P. Samuelsson).
- prep_hor_snow_fields.F90, prep_snow_unif90: desallocation of arrays forgotten (T. Aspelien)
- ch_aer_dep.F90, ch_aer_emission.F90, ch_emission_fluxn.F90, ch_init_names.F90, coupling_isban.F90, coupling_isba_canopyn.F90, init_dst.F90, modd_chs_aerosol.F90, mode_aer_surf.F90: corrections for DUST chemical part (P. Tulet + G. Tanguy)
- modd_ch_tebn.F90, modd_teb_vegn.F90, modn_teb_vegnF90, read_default_teb_vegn.F90, read_default_tebn.F90, urban_drag.F90, zoom_pgd_teb.F90: bugs in TEB for MÃƒÂ©sonh (G. Tanguy)
- bugs in TEB for MÃƒÂ©sonh (V. Masson):
  - urban_snow_evol.F90: snow temperature was 1E+20 at first snow fall.
  - pgd_frac.F90: problem with GARDEN in MÃƒÂ©sonh idealized cases
  - window_data.F90, window_e_budget.F90, init_bemn.F90, teb.F90, teb_gardenF90, coupling_tebn.F90: problem with BEM, internal window temperature must be INOUT + problem with CD and CDN that are calculated only without CANOPY (G. Tanguy)
  - garden_properties.F90, greenroof_properties.F90, hvac_autosize.F90, init_tebn.F90: corrections USE_MODI and arguments

revision 950 : back to before in ECOCLIMAP-I (Y. seity) for the water fraction lower that 1: ecoclimapI_covers_param.dat

revision 952 : error in variables names : mode_read_surf_asc.F90

revision 956 : bug with NTIME in init_isba_mixpar: read_pgd_isba_parn.F90, init_isba_mixpar.F90

revision 974 : Fusion of Arrange_cover & update_data_frac to allow distinct cover change options between submodels (V. Masson & G. Tanguy): read_eco2_irrig.F90, init_isba_mixpar.F90, update_data_fracn.F90, modd_data_covern.F90, av_pgd.F90, ini_data_cover.F90, convert_cover_isba.F90, arrange_cover.F90

revision 975 : initialisation of default value of some carbon version variables of ISBA (V. Masson & G. Tanguy): init_teb_veg_optionsn.F90, read_namelists_isban.F90, default_isba.F90, init_isban.F90

revision 976 : initialisation of chemistry by generic routine init_veg_pgdn.F90 possible only for the nature case for the time being (V. Masson & G. Tanguy): compute_isba_parameters.F90, init_veg_pgdn.F90, read_teb_veg_confn.F90, modn_teb_vegn.F90, init_veg_pgd_gardenn.F90

revision 977 : default initialisation to XUNDEF of many output variables at the beginning of routines (V. Masson & G. Tanguy): urban_fluxes.F90, wall_layer_e_budget.F90, urban_drag.F90, read_default_teb_vegn.F90, facade_e_budget.F90, teb.F90, roof_layer_e_budget.F90

revision 978 : Add goto_trip (B. Decharme): offline.F90

revision 979 : Snow temp for EBA scheme (XP_SNOWTEMP not allocated) (B. Decharme): diag_misc_isban.F90

revision 980 : XPSNV_A for EBA snow scheme not allocated (B. Decharme): prep_isba.F90

revision 981 : Apply physical limits on wg1, wg2 and wg3 in hydro_soil.F90 instead of hydro.F90 (B. Decharme): hydro.F90, hydro_soil.F90

revision 982 : Allocate work variables to write in FA in AROME/ARPEGE/ALADIN case (B. Decharme): init_io_surf_fan.F90

revision 983 : Read grid only once in AROME/ARPEGE/ALADIN case (B. Decharme) : init_surf_atmn.F90

revision 984 : Wrong radiative temperature (diag) (B. Decharme) : isba.F90, isba_fluxes.F90, isba_snow_agr.F90

revision 985 : Bug for reading fa file (B. Decharme)mode_read_surf_fa.F90

revision 986 : For FA file, FANDAR must always be called and DTCUR must always be written (B. Decharme): mode_write_surf_fa.F90

revision 987 : Bug in get_adj_mes_gauss.F90: get_adj_mes_gauss.F90, sso.F90

revision 988 : to write fine GAUSS grids in FA and LFI format: Makefile.SURFEX.mk

revision 989: conformity between bin ecoclimap files and default_data_cover file: default_data_cover.F90

revision 996 : bug for OPEN-MP with 4 points: get_size_fulln.F90

revision 998 : XDATA_VEGTYPE_n must be used everywhere : ecoclimap2_lai.F90, convert_cover_frac.F90, update_data_cover.F90

revision 999 : modifications for LWATER_TO_NATURE and LTOWN_TO_ROCK are cumulative: arrange_cover.F90

revisions 1006, 1026 : problem with revision 996 : init_surf_atmn.F90

revision 1016 : add security fittings: init_io_surf_maskn.F90

revision 1019 : phasage error: init_index_mpi.F90

revision 1034 : bug at restart (L. Jarlan): diag_isba_initn.F90, write_diag_seb_isban.F90

revision 1160 : error in extrapol_fields: extrapol_fields.F90

revision 1165 : needed to use auxiliary LFI files: mode_read_surf_lfi.F90

revision 1166 : don't always run if not corrected: read_pgd_teb_garden_parn.F90, init_surf_atmn.F90

revision 1171 : bug: sxpost.F90

revision 1175 : for SSO in fine grids: z0rel_1d.F90

revision 1177 : bug with chemistry and ASCII format: end_io_surf_ascn.F90, modd_io_surf_asc.F90, init_io_surf_ascn.F90

revision 1179 : bug for TEB and PREP input PREP file: prep_snow_extern.F90, garden_soil_depth.F90

revision 1184 : bug for TEB and PREP input PREP file: get_teb_depths.F90

revision 1188 : bug for CROCUS and 2D: mode_snow3l.F90

revision 1191 : instability for large time steps (V. Masson): bem.F90

revision 1193 : bug for greenroof PREP: prep_teb_greenroof_ascllv.F90

revision 1196 : bug for climiatological lake database date: cli_lake.F90

revision 1293 : bug that prevents to run with YALG_MPI=TILL and LTOWN_TO_ROCK=T

revision 1303 : integration of branch BUG on August, 12, 2013.
- test_record_len.F90, def_var_netcdf.F90: time was not written in netcdf output if lselect and prob with compilation on bull (B. Decharme)
- irrigation_update.F90: bug for irrigation (S. Faroux)
- read_namelists_tebn.F90: one call forgotten (S. Faroux)
- ch_conversion_factor.F90, mode_psychro.F90, pgd_snap_temp_profile.F90, interpol_field2d.F90: problem for compilation with gmkpack on beaufix (A. Alias)
- snowcro.F90: bug with LSNOWDRIFT/LSNOWDRIFT_SUBLIM keys + bug in mobility index (M. Lafaysse)
- read_pgd_teb_garden_parn.F90: Bug in the initialisation of garden soil depth in 3-L ISBA version (V. Masson)

revision 1310 : to be able to run with DATA_ISBA withouth heights of trees, a default value is needed: extrapol_fields.F90

revision 1311 : remove useless prints: prep_teb_extern.F90

revision 1312 : some fields for BEM were forgotten: read_prep_teb_conf.F90

revision 1313 : to be able to run FLAKE with the lake database: mode_flake.F90

revision 1314 : problem with LPROG_SST and LSST_DATA: coupling_seafluxn.F90

revision 1319 : error in name of variable: mode_gauss_index.F90

revision 1344 : index of sum forgotten in 2D case: mode_snow3l.F90

revision 1381 : useless print removed: read_nam_pgd_gauss_index.F90

revision 1389 : calculation of DMAX misplaced: convert_patch_isba.F90

revision 1397 : correction for restart with old versions: diag_isba_initn.F90

revision 1399 : bug for restart and length of records names: write_surf_atmn.F90 + bug for irrigation: pack_isba_patchn.F90

revision 1400 : bug for restart and length of records names: alloc_diag_surf_atmn.F90

revision 1420 : bug to read clay in garden and greenroof with LFI format: close_file_lfi.F90

revision 1421 : bugs for OPEN-MP: offline.F90

revision 1422 : bugs in output dimensions: init_outfn_isban.F90

revision 1423 : bug for minutes case: mode_dates_netcdf.F90

revision 1424 : bugs for OPEN-MP + new routines for irrigation: mode_read_surf_lfi.F90, mode_write_surf_lfi.F90

revision 1425 : bug for some compilers (Marco Kupiainen): mode_read_surf_fa.F90

revision 1426 : bug for ecoclimap/data cases: init_isba_mixpar.F90

revision 1427 : new namelists options missing: read_teb_veg_confn.F90, read_prep_garden_snow.F90, read_prep_greenroof_snow.F90

revision 1428 : bug for NAM_SURF_ATM options: water_flux.F90

revision 1429 : bug for default LCLIM_LAI: modd_data_cover.F90

revision 1430 : add new LFI routines: read_surf.F90, write_surf.F90

revision 1431 : Correction on diagnostic of Effective LAI (S. Lafont) : ccetr_pair.F90

revision 1432 : Bug for thick snowpacks and low maximal number of layers (<18) (M. Lafaysse) : snowcro.F90

revision 1443 : bug to read biochemical fluxes: read_pgd_isban.F90 & bug for restart with LWATER_BUDGET: write_diag_seb_isban.F90

revision 1496 :
- bug for FA in PREP (B. Decharme): prep.F90
- bug for Halstead coef (B. Decharme): drag.F90
- bug for HREC length (B. Decharme): mode_read_surf_fa.F90
- bug for GARDEN : read_pgd_teb_garden_parn.F90
- bugs for MÃƒÂ©sonh: compute_isba_parameters.F90, close_file.F90, zoom_pgd_isba.F90, zoom_pgd_isba_full.F90

revision 1584 : corrections for MÃƒÂ©sonh v4_10_0:
- init_surf_atmn.F90, pgd_teb_veg.F90, prep_isba_netcdf.F90, ch_init_snapn.F90, pgd_surf_atm.F90, prep_ocean_ascllv.F90: missing USE MODI (J. Escobar)
- coare30_flux.F90: correction for calculation of Z0SEA (B. Decharme)
- init_surf_atmn.F90: Add IF(ALLOCATED(NMASK_FULL)) before deallocate (P. Le Moigne & G. Tanguy)
- gather_and_write_mpi.F90: for compilation in REAL*4 (J. Escobar)
- mode_psychro.F90: ELSE WHERE must be ELSEWHERE (J. Escobar)

revision 1585 : correction for parallelization with GAUSS grids: mode_read_surf_asc.F90, read_gridtype_gauss.F90 (B. Decharme).

revision 1586 : bug in TEB: prep_ver_teb.F90 (V. Masson)

revision 1587 : 3 corrections:
- offline.F90: USE MODI_FANDAR not compatible with compilation in GMKPACK: removed (B. Decharme)
- read_nam_grid_gauss.F90: Bug lat and lon for non rotat-strech grid (B. Decharme)
- snowcro.F90: bug fix for aggregation of shallow internal layers + bug fix for ZDZOPT for very thick snowpack with small number of layers (M. Lafaysse)

revision 1588 : bug for open-mp (S. Faroux): compute_isba_parameters.F90

revision 1601 :
- Rules.SX8.mk: stack memory for executables upper for big runs (B. Decharme)
- Makefile.SURFEX.mk: some flags were missing to compile the XRD library, for the FA compaction (B. Decharme)

revision 1619 : Error to read XSOILGRID in case of MPI parallelization (S. Faroux): mode_read_surf_fa.F90

revision 1624 : bug for the compilation without OPEN-MP (J. Escobar): sunpos.F90, modd_surfex_omp.F90, offilne.F90, ol_time_interp_atm.F90

revision 1713 : error in INTENT of argument PRI (P. Samuelsson): isba_snow_agr.F90

revision 1835: corections of mode_soil for W33_FUNC (field capacity at -0.33bar for ISBA-DF only) (B. Decharme) and correction for snow fields in prep (when passing from a multilayer to a single layer model and corection of the vertical shift, E. Martin). Files : mode_soil.F90, prep_snow_extern.F90, prep_ver_snow.F90

Reproducibility between Surfex v7_3 and Surfex v7_2_1

2013-02-08T14:04:08Z

Done on test case expe2D with Alp_for_0203 uniform forcing files.

CAUTION: reproducibility for the SODA part was not done for this version.

CISBA=3-L CPHOTO=NON
- TG1: diff_max = 8.7E-2 / diff_min = -0.12
  => comes from the modification in ol_time_interp_atm.F90: time step taken for rain and snow is the second of the interval instead of the first before.

CISBA=3-L CPHOTO=AST
- SWI3_ISBA: diff_max = 1.47E-2 / diff_min = -1.2E-2
  => comes from the modifications in the weightings in average_diag_evap_isban.F90
- TSWI_T_ISBA: diff_max = 0 / diff_min = -1.05
  => comes from the modifications in the weightings in average_diag_misc_isban.F90
- GPP_P: diff_max=3.4E-3 / diff_min = 0
  =>comes from the modifications in the calculation in diag_misc_isban.F90 and from the optimizations in cotwores.F90

CISBA=3-L CPHOTO=NIT
- ANDAY: diff_max = 7.3E-19 / diff_min = -6.26E-19
  => comes from the modifications in offline.F90 (new sharing of scattered and direct radiation), modd_co2v_par.F90 (less decimals in CC_NITRO), nitro_decline.F90 (optimizations).
- BIOMASS1: diff_max = 9.99E-21 / diff_min = 0
  => comes from the modifications in prep_isba.F90 for the initialization of BIOMASS.

CISBA=DIF CPHOTO=NCB
- BIOMASS4: diff_max = 5.8E-6 / diff_min = -1.9E-6
  => comes from the modifications for DIF in vegetation_evol.F90 and carbon_evol.F90

CISBA=DIF CPHOTO=NON CPEDO_FUNCTION=CO84
- TG1: diff_max = 7.2E-2 / diff_min = -8.6E-2
  =>comes from the modifications in mode_soil.F90 for the calculation of W33_FUNC

LMERCATOR = T
- SSS: diff_max = 3.01E-4 / diff_min = -1.05E-2
  => comes from the modifications in the ocean 1D model (mixtln.F90, mod1dn.F90, coupling_seafluxn.F90)

CWATER = FLAKE
- USTAR_WATER: diff_max = 0. / diff_min = -6.16E-2
  => comes from the modifications in coupling_flaken.F90 for the calculation of USTAR2.

CTOWN = TEB (with equivalent depths)
- TROAD1: diff_max = 0.3 / diff_min = -1.73
  => comes from the re-writting of TEB : no possible exact reproducibility

LGARDEN = T:
- GD_TG1: diff_max = 1.11 / diff_min = -0.56
  => comes from the re-writting of TEB : no possible exact reproducibility

Main changes in Surfex v7_3

2013-01-11T11:14:28Z

ISBA coupling with the TOPMODEL library (B. Vincendon)

TOPODYN option in Surfex v7.3

Chemical part: NO fluxes (C. Delon)
- if LCH_NO_FLUX (NAM_CH_ISBAn), NO flux is caculated in ISBA part
- if LCH_NO_FLUX (NAM_CH_ISBAn), NO flux is written in NOFLUX output
- with LCH_NO_FLUX, PH and FERT fields are given at PGD step (NAM_ISBA)

Chemical part: SNAP emissions (S. Queguiner)
- to use other types of cadastres for the chemical emissions (smaller input files)

Contribution from GMGEC (B. Decharme)

Contribution from GMGEC for 7.3

New initialization for ALBEDO (D. Carrer & C. Meurey)
- Like for the LAI, soil and vegetation ALBEDO are derived from satellite products (SAF) and defined for each cover and each vegetation type in ECOCLIMAP.

Contribution from CEN (M. Lafaysse)
- possibility during PREP to initialize TG, WG and WGI with NETCDF files in ISBA part.
- modification of the management of CROCUS optimal thicknesses for very thick coverings of snow.
- partial merge of routines SNOWCRORAD and SNOWCROALB to supress the code that was duplicated
- possibility to simulate glaciers with crocus (albedo forced in the 3 bands and different roughness for the apparent ice)
- all constants concerning albedo routines are put in modd_snow_par to be declared only once.
- new constants for ice albedo and roughness can be defined in namelist NAM_SURF_CSTS.
```
Default values :
! Roughness length ratio between ice and snow
XZ0ICEZ0SNOW=10.
! 3 bands spectral albedo for glacier ice (CROCUS)
! Default values from Lejeune et al 2009 (Zongo, Bolivia)
XALBICE1=0.38
XALBICE2=0.23
XALBICE3=0.08
! Density threshold for ice detection kg.m-3
XRHOTHRESHOLD_ICE=850. 
```
- variable PSNOWAGE is now an age and no longer a date (what allows to do easier spinup when CROCUS is activated)
- print option for CROCUS debugging, conditioned by the definition of environment variables

User's guide for CROCUS debugging

Modifications for flake fluxes and 1D ocean model (P. Le Moigne & P. PeyrillÃ©)
- possibility to activate ECUME in Flake (CFLK_FLUX='ECUME' in NAM_FLAKEn) + associated options LPRECIP and LPWEBB
- add of relaxation for the ocean model: temperature, salinity, currents
- possibility to correct fluxes with a coefficient given in namelist (XCORFLX)
- possibility to set surface fluxes to 0
- flag diapycnal : calculation of mixing coefficients at internal waves and wind shearing

Contribution for the assimilation part (SODA) (Trygve Aspelien)
- changes for the snow assimilation

New TEB (V. Masson, A. Lemonsu, G. Pigeon, C. De Munck)
- inclusion of BEM scheme (Building Energy Model)
  
  BEM documentation
- add of patches in TEB to describe the roads orientation
- add of GREENROOF scheme
- suppression of PATCH argument in GARDEN variables

Parallelization of the OFFLINE driver (F. Suzat & S. Faroux)
- parallelization possible with MPI and / or OPEN-MP
- possibility to unactivate the MPI implementation (export VER_MPI=NOMPI during configure part of installation)

For MÃ©so-NH (M. Tomasini):
- Add an index in the second dimension of the ISBA array variables for BILIN interpolation routine to not bug in case 2D (this is not the more beautiful method; the BILIN routine should better be adapted)

Side developments:
- all fields names have now 12 characters and no longer 16.
  => In NETCDF forcing files, FORC_TIME_STEP becomes FRC_TIME_STP. To change it easily, do:
  ncrename -v FORC_TIME_STEP,FRC_TIME_STP FORCING.nc

NAMELISTS changed in Surfex v7_3

2013-01-09T16:55:08Z

NAM_IO_OFFLINE:
XIO_FRAC: factor to calibrate the number of points affected to the processor NPIO in case of MPI parallelization
YALG_MPI: to decide the mean of distribution of points among processors in case of MPI parallelization (LIN, ADJ, TILL, TILA)
NAM_FLAKEn:
CFLK_FLUX: FLK=>FLAKE, new option ECUME
XICHCE, LPRECIP, LPWEBB: to use ECUME parameterization (sea NAM_SEAFLUXn to compare)
NAM_ISBAn:
CALBEDO: CM13 to activate new albedo description
NAM_CH_ISBAn:
LCH_NO_FLUX: for NO fluxes
NAM_SGH_ISBAn:
CRUNOFF: TOPD to activate topmodel runoff
CKSAT: EXP to activate exponential decay
CSOM=>CSOC
NAM_DIAG_ISBAn:
LWOOD_SPIN, LSOILCARB_SPIN: suppressed
LSURF_MISC_DIF: to write diagnostic for ISBA-DIF
LWATER_BUDGET: to calculate the water budget
NAM_PREP_ISBA:
CTYPE_HUG, CTYPE_TG : can now be NETCDF
NAM_PREP_SEAFLUX:
XTIME_REL, LCUR_REL, LTS_REL: to relax currents and temperature
LZERO_FLUX, XCORFLX, LCORR_FLUX, LDIAPYC: other new options for 1D ocean model
NAM_DIAG_TEBn:
LUTCI: to write utci diagnostics
NAM_TEBn:
CCH_BEM: BEM option for roof/wall outise convective coefficient (DOE-2 or empty)
NAM_PREP_TEB:
XHUI_BLD: building humidity
CROAD_DIR: road direction (UNIF, ORIE)
CWALL_OPT: walls (UNIF, TWO)
NAM_DATA_TEB:
NROOF_LAYER=>NPAR_ROOF_LAYER
NROAD_LAYER=>NPAR_ROAD_LAYER
NWALL_LAYER=>NPAR_WALL_LAYER
XUNIF_URBTYPE, CFNAM_URBTYPE, CFTYP_URBTYPE: suppressed
CBLD_ATYPE: type of averaging for walls (ARI, MAJ)
NUNIF_BLDTYPE, CFNAM_BLDTYPE, CFTYP_BLDTYPE: type of buildings
NUNIF_BLD_AGE, CFNAM_BLD_AGE, CFTYP_BLDAGE: date of construction of buildings
CCSVDATAFILE: name of file for the description of buildings
NUNIF_USETYPE, CFNAM_USETYPE, CFTYP_USETYPE: type of use in the buildings
XUNIF_ROAD_DIR, CFNAM_ROAD_DIR, CFTYP_ROAD_DIR: TEB options for road direction (UNIF,ORIE)
XUNIF_VEG_ROOF, CFNAM_VEG_ROOF, CFTYP_VEG_ROOF: suppressed
XUNIF_ROUGH_ROOF, CFNAM_ROUGH_ROOF, CFTYP_ROUGH_ROOF: roof roughness coeff
XUNIF_ROUGH_WALL, CFNAM_ROUGH_WALL, CFTYP_ROUGH_WALL: wall roughness coeff
NAM_SPINUP_CARBn: new namelist
contains LSPINUPCARBS, LSPINUPCARBW, XSPINMAXS, XSPINMAXW, NNBYEARSPINS, NNBYEARSPINW
NAM_CROCUSn: new namelist
contains LSNOWDRIFT, LSNOWDRIFT_SUBLIM, XZ0ICEZ0SNOW, XRHOTHRESHOLD_ICE, XALBICE1, XALBICE2, XALBICE3, XVAGING_NOGLACIER, XVAGING_GLACIER
NAM_TEB: new namelist
NTEB_PATCH: number of TEB patchs
CBEM: DEF or BEM (Building Energy Model)
CCOOL_COIL: type of cooling coil (IDEAL/DXCOIL)
CHEAT_COIL: type of heating coil (IDEAL/FINCAP)
LAUTOSIZE: to activate autosize calculations
NROAD_LAYER: number of layers in roads
NFLOOR_LAYER: number of layers in floors
NROOF_LAYER: number of layers in roads
NWALL_LAYER: number of layers in walls
LGREENROOF: to activate greenroofs description
LHYDRO: not implemented for the moment
NAM_DATA_BEM: new namelist
NPAR_FLOOR_LAYER: number of layers in roofs
XUNIF_HC_FLOOR, CFNAM_HC_FLOOR, CFTYP_HC_FLOOR: heat capacity of floor layers
XUNIF_TC_FLOOR, CFNAM_TC_FLOOR, CFTYP_TC_FLOOR: thermal conductivity of floor layers
XUNIF_D_FLOOR, CFNAM_D_FLOOR, CFTYP_D_FLOOR: thickness of floor layers
XUNIF_FLOOR_HEIGHT, CFNAM_FLOOR_HEIGHT, CFTYP_FLOOR_HEIGHT: building floor height
XUNIF_TCOOL_TARGET, CFNAM_TCOOL_TARGET, CFTYP_TCOOL_TARGET: cooling setpoint of indoor air
XUNIF_THEAT_TARGET, CFNAM_THEAT_TARGET, CFTYP_THEAT_TARGET: heating setpoint of indoor air
XUNIF_F_WASTE_CAN, CFNAM_F_WASTE_CAN, CFTYP_F_WASTE_CAN: fraction of waste heat into the canyon
XUNIF_EFF_HEAT, CFNAM_EFF_HEAT, CFTYP_EFF_HEAT: efficiency of the heating system
XUNIF_F_WATER_COND, CFNAM_F_WATER_COND, CFTYP_F_WATER_COND: fraction of evaporation for condensers
XUNIF_HR_TARGET, CFNAM_HR_TARGET, CFTYP_HR_TARGET: relative humidity setpoint
XUNIF_QIN, CFNAM_QIN, CFTYP_QIN: internal heat gains
XUNIF_QIN_FRAD, CFNAM_QIN_FRAD, CFTYP_QIN_FRAD: radiant fraction of internal heat gains
XUNIF_QIN_FLAT, CFNAM_QIN_FLAT, CFTYP_QIN_FLAT: latent fraction of internal heat gains
XUNIF_SHGC, CFNAM_SHGC, CFTYP_SHGC: solar transmitance of windows
XUNIF_U_WIN, CFNAM_U_WIN, CFTYP_U_WIN: glazing thermal resistance
XUNIF_GR, CFNAM_GR, CFTYP_GR: glazing ratio
XUNIF_SHGC_SH, CFNAM_SHGC_SH, CFTYP_SHGC_SH: solar transmitance of windows + shading
XUNIF_INF, CFNAM_INF, CFTYP_INF: infiltration/ventilation flow rate
XUNIF_V_VENT, CFNAM_V_VENT, CFTYP_V_VENT: ventilation flow rate
XUNIF_CAP_SYS_HEAT, CFNAM_CAP_SYS_HEAT, CFTYP_CAP_SYS_HEAT: capacity of the heating system
XUNIF_CAP_SYS_RAT, CFNAM_CAP_SYS_RAT, CFTYP_CAP_SYS_RAT: rated capacity of the cooling system
XUNIF_T_ADP, CFNAM_T_ADP, CFTYP_T_ADP: Apparatus dewpoint temperature of the cooling coil
XUNIF_M_SYS_RAT, CFNAM_M_SYS_RAT, CFTYP_M_SYS_RAT: rated HVAC mass flow rate
XUNIF_COP_RAT, CFNAM_COP_RAT, CFTYP_COP_RAT: rated COP of the cooling system
XUNIF_T_SIZE_MAX, CFNAM_T_SIZE_MAX, CFTYP_T_SIZE_MAX:
XUNIF_T_SIZE_MIN, CFNAM_T_SIZE_MIN, CFTYP_T_SIZE_MIN:
XUNIF_SHADE, CFNAM_SHADE, CFTYP_SHADE: flag to activate shading devices
XUNIF_NATVENT, CFNAM_NATVENT, CFTYP_NATVENT: flag to describe bld surventilation solution 0 (NONE), 1 (MANU), 2 (AUTO)
NAM_DATA_TEB_GREENROOF: new namelist
NTIME_GR: number of time data for LAI
NLAYER_GR: number of layers
XUNIF_OM_GR, CFNAM_OM_GR, CFTYP_OM_GR: organic matter
XUNIF_CLAY_GR, CFNAM_CLAY_GR, CFTYP_CLAY_GR: clay
XUNIF_SAND_GR, CFNAM_SAND_GR, CFTYP_SAND_GR: sand
XUNIF_LAI_GR, CFNAM_LAI_GR, CFTYP_LAI_GR: LAI
NAM_PGD_TOPD: new namelist
CCAT: base name for topographic files
LCOUPL_TOPD: flog to activate coupling with TOPMODEL for ISBA
XF_PARAM_BV: for exponential decay
XC_DEPTH_RATIO_BV: for exponential decay
NAM_TOPD: new namelist
LBUDGET_TOPD: to compute budget
LSTOCK_TOPD: to stock drainage and runoff values
NNB_TOPD: ratio between time steps of topmodel and isba
NFREQ_MAPS_WG: frequency of output WG maps
NFREQ_MAPS_ASAT: frequency of output ASAT maps
NNB_STP_STOCK: number of time steps to write for the next simulation
NNB_STP_RESTART: number of time steps to restart from a previous simulation
XSPEEDR: river speed
XSPEEDG: ground speed
XQINIT: initial discharge at the outlet of the catchments
XRTOP_D2: depth used by topodyn for lateral transfers (expressed in ratio of isba D2)
NAM_CH_EMISSIONS: new namelist
CCH_EMIS: NONE, AGGR or SNAP: type of cadastres for chemical emissions
NAM_CH_SNAP_EMIS_PGD: new namelist
NEMIS_NBR: number of chemical pgd fields chosen by user
NEMIS_SNAP: number of snaps
CEMIS_NAME: name of the chemical fields
CEMIS_COMMENT: comments on the chemical fields
CSNAP_MONTHLY_FILE: monthly snap coefficients
CSNAP_DAILY_FILE: daily snap coefficients
CSNAP_HOURLY_FILE: hourly snap coefficients
CSNAP_POTENTIAL_FILE, CSNAP_POTENTIAL_FILETYPE, XUNIF_SNAP: for the snap potential data
XUNIF_DELTA_LEGAL_TIME, CDELTA_LEGAL_TIME_FILE, CDELTA_LEGAL_FILETYPE: for the difference (in hours) between legal time and UTC time

Modified files in Surfex v7_3

2013-01-09T16:33:06Z

SURFEX DIRECTORY

For Meso-NH:
hot_interpol_conf_proj.F90
To pass arguments:
co2_initn.F90,
ecume_flux.F90,
ecume_seaflux.F90,
init_flaken.F90,
isba.F90,
prep_isba_extern.F90,
read_all_namelists.F90,
read_isban.F90,
read_namelists_flaken.F90,
read_namelists_isban.F90
CROCUS:

general:
init_isban.F90,
modd_snow_par.F90,
snowcro.F90
Snow age:
prep_perm_snow.F90,
prep_snow_unif.F90
CO2 diagnostic:
alloc_diag_surf_atmn.F90,
average_diag_isban.F90,
dealloc_diag_surf_atmn.F90,
diag_inline_surf_atmn.F90,
modd_diag_isban.F90,
modd_diag_surf_atmn.F90,
modd_diag_tebn.F90
ISBA-DIF:

general:
average_diag_misc_isban.F90,
diag_misc_isban.F90,
exp_decay_soil_dif.F90,
hydro_soildif.F90,
prep_isba.F90,
soilgrid.F90,
write_diag_misc_isban.F90
SGH option:
isba_sgh_update.F90
Organic carbon:
dealloc_isban.F90,
pgd_gauss_index.F90,
pgd_isba.F90,
read_nam_pgd_gauss_index.F90,
read_nam_pgd_isba.F90,
write_diag_pgd_isban.F90,
writesurf_isban.F90,
writesurf_pgd_isban.F90
FLAKE options:
coupling_flaken.F90,
default_flake.F90,
modd_flaken.F90,
modn_flaken.F90,
read_flake_confn.F90
ISBA options:
default_diag_isba.F90,
default_isba.F90,
modd_diag_misc_isban.F90,
modd_isban.F90,
modn_isban.F90,
read_isba_confn.F90
little bugs:
abor1_sfx.F90,
ch_init_names.F90,
coupling_isba_orographyn.F90,
coupling_isba_svatn.F90,
diag_townn.F90,
e_budget.F90,
flake_interface.F90,
gauss_index.F90,
get_xyall_ign.F90,
hydro_veg.F90,
laigain.F90,
modd_dummy_surf_fieldsn.F90,
modd_flake_albedo_ref.F90,
modd_flake_configure.F90,
modd_flake_derivedtypes.F90,
modd_flake_parameters.F90,
modd_flake_paramoptic_ref.F90,
modd_pack_isba.F90,
modd_surf_conf.F90,
mode_coupling_canopy.F90,
mode_flake.F90,
mode_geo_gauss.F90,
mode_gridtype_ign.F90,
mode_read_cdf.F90,
mode_sfcflx.F90,
modn_pgd_schemes.F90,
modn_surf_atmn.F90,
pgd_surf_atm.F90,
read_ascllv.F90,
read_direct.F90,
read_direct_gauss.F90,
read_dummyn.F90,
read_lecoclimap.F90,
read_pgd_cover_garden.F90,
write_header_fa.F90
isba PREP file in NETCDF:
prep_hor_isba_field.F90,
read_nam_prep_isban.F90
New albedo:
arrange_cover.F90,
av_pgd_param.F90,
convert_cover_isba.F90,
convert_patch_isba.F90,
cover301_573.F90,
read_covers_param.F90
NO fluxes:
modd_ch_isban.F90,
modd_gr_biogn.F90,
read_pgd_isban.F90,
write_diag_seb_surf_atmn.F90
OCEAN 1D model:
coupling_seafluxn.F90,
default_prep_seaflux.F90,
diag_inline_oceann.F90,
goto_wrapper_ocean.F90,
mixtln.F90,
mod1dn.F90,
modd_oceann.F90,
modn_prep_seaflux.F90,
prep_hor_ocean_field.F90,
prep_hor_ocean_fields.F90,
prep_ocean_unif.F90,
prep_seaflux.F90,
read_oceann.F90,
writesurf_oceann.F90
optimization:
carbon_litter.F90,
carbon_soil.F90,
control_moist_func.F90,
control_temp_func.F90,
cotwo.F90,
cotwoinitn.F90,
cotwores.F90,
get_adj_mes_ign.F90,
get_near_meshes_ign.F90,
interpol_field.F90,
modd_co2v_par.F90,
nitro_decline.F90,
pgd_cover.F90,
pgd_isba_par.F90,
vegetation_evol.F90
OFFLINE driver parallelization:
coupling_surf_atmn.F90,
end_io_surf_ascn.F90,
end_io_surf_fan.F90,
get_adj_mes_lonlatval.F90,
get_size_fulln.F90,
init_io_surf_ascn.F90,
init_io_surf_fan.F90,
init_surf_atmn.F90,
interpol_npts.F90,
modd_io_buffn.F90,
modd_io_surf_asc.F90,
modd_io_surf_fa.F90,
modd_surf_atm_gridn.F90,
mode_read_surf_asc.F90,
mode_read_surf_fa.F90,
mode_write_surf_asc.F90,
mode_write_surf_fa.F90,
pgd_grid.F90,
read_gridtype.F90,
read_gridtype_cartesian.F90,
read_gridtype_conf_proj.F90,
read_gridtype_gauss.F90,
read_gridtype_ign.F90,
read_gridtype_lonlat_reg.F90,
read_gridtype_lonlatval.F90,
read_surf.F90,
sunpos.F90,
update_data_cover.F90,
write_surf.F90
carbon SPINUP:
carbon_evol.F90,
carbon_init.F90,
prep_ctrl_isba.F90,
read_default_isban.F90,
writesurf_isba_confn.F90
SNAP emissions:
build_pronoslistn.F90,
ch_init_emissionn.F90,
ch_open_inputb.F90,
goto_wrapper_surfatm.F90,
modd_ch_surfn.F90,
write_pgd_surf_atmn.F90,
write_surf_atmn.F90
TEB:

Majority agregation:
average1_mesh.F90,
average2_mesh.F90,
av_pgd.F90,
modd_pgdwork.F90,
pgd_field.F90
GARDEN:
avg_albedo_emis_garden.F90,
diag_teb_garden_initn.F90,
flag_teb_gardenn.F90,
garden.F90,
garden_properties.F90,
init_from_data_grdnn.F90,
init_teb_gardenn.F90,
modd_data_teb_gardenn.F90,
modd_diag_teb_gardenn.F90,
modd_teb_gardenn.F90,
pgd_teb_garden_par.F90,
prep_hor_teb_garden_field.F90,
prep_teb_garden.F90,
prep_ver_teb_garden.F90,
read_pgd_teb_gardenn.F90,
read_pgd_teb_garden_parn.F90,
read_teb_gardenn.F90,
snow3l.F90,
teb_garden.F90,
write_diag_pgd_grdnn.F90
general:
alloc_surfex.F90,
averaged_albedo_teb.F90,
averaged_tsrad_teb.F90,
avg_urban_fluxes.F90,
bld_e_budget.F90,
convert_patch_teb.F90,
coupling_tebn.F90,
dealloc_surfex.F90,
dealloc_tebn.F90,
diag_inline_tebn.F90,
diag_misc_tebn.F90,
diag_teb_initn.F90,
ini_data_cover.F90,
ini_data_param.F90,
init_tebn.F90,
modd_data_cover.F90,
modd_data_cover_par.F90,
modd_data_tebn.F90,
modd_diag_misc_tebn.F90,
modd_prep_teb.F90,
modd_tebn.F90,
mode_read_buffer.F90,
mode_read_extern.F90,
mode_read_grib.F90,
mode_thermos.F90,
pgd_teb_par.F90,
prep_hor_teb_field.F90,
prep_teb.F90,
prep_teb_buffer.F90,
prep_teb_extern.F90,
prep_teb_grib.F90,
prep_teb_unif.F90,
prep_ver_teb.F90,
read_namelists_tebn.F90,
read_pgd_teb_parn.F90,
read_prep_teb_conf.F90,
read_tebn.F90,
road_layer_e_budget.F90,
roof_layer_e_budget.F90,
soil_heatdif.F90,
teb.F90,
urban_drag.F90,
urban_fluxes.F90,
urban_lw_coef.F90,
urban_snow_evol.F90,
urban_solar_abs.F90,
wall_layer_e_budget.F90,
write_diag_misc_tebn.F90,
write_diag_seb_tebn.F90,
writesurf_pgd_tebn.F90,
writesurf_pgd_teb_parn.F90,
writesurf_tebn.F90
GREENROOF:
read_default_tebn.F90,
vegetation_update.F90
TEB options:
default_diag_teb.F90,
default_prep_teb.F90,
default_teb.F90,
goto_wrapper_teb.F90,
modn_prep_teb.F90,
modn_tebn.F90,
pgd_teb.F90,
prep_ctrl_teb.F90,
read_nam_prep_tebn.F90,
read_pgd_tebn.F90,
read_teb_confn.F90
TEB patches:
mode_modeln_surfex_handler.F90,
prep_snow_extern.F90,
prep_teb_garden_extern.F90,
read_gr_snow.F90,
test_record_len.F90,
write_diag_tebn.F90,
write_pgd_tebn.F90,
writesurf_gr_snow.F90,
writesurf_teb_gardenn.F90,
write_tebn.F90,
zoom_pgd_teb.F90
TOPMODEL coupling:
compute_isba_parameters.F90,
exp_decay_soil_fr.F90,
hydro.F90,
hydro_sgh.F90,
hydro_soil.F90,
soil.F90
WATER BUDGET:
average_diag_evap_isban.F90,
coupling_isban.F90,
diag_evap_isban.F90,
diag_isba_initn.F90,
modd_diag_evap_isban.F90,
modd_pack_diag_isba.F90,
pack_diag_patch_get_sizen.F90,
pack_diag_patchn.F90,
unpack_diag_patchn.F90,
write_diag_seb_isban.F90

OFFLIN DIRECTORY

ASSIM:
oi_hor_extrapol_surf.F90
BUG:
ol_time_interp_atm.F90
Forcing files:
modd_ol_fileid.F90,
ol_read_atm_conf_netcdf.F90
Little bugs:
init_write_bin.F90,
init_write_txt.F90,
modd_write_txt.F90,
ol_read_atm.F90,
ol_read_atm_ascii.F90,
ol_read_atm_binary.F90,
ol_read_atm_netcdf.F90,
pgd.F90,
prep.F90
1D OCEAN model:
init_outfn_sean.F90
OFFLINE driver paralellization:
close_filein_ol.F90,
close_fileout_ol.F90,
end_io_surf_lfin.F90,
end_io_surf_oln.F90,
init_io_surf_binn.F90,
init_io_surf_lfin.F90,
init_io_surf_oln.F90,
init_io_surf_txtn.F90,
init_surf_tripn.F90,
modd_io_surf_bin.F90,
modd_io_surf_lfi.F90,
modd_io_surf_ol.F90,
modd_io_surf_txt.F90,
mode_read_surf_lfi.F90,
mode_read_surf_ol.F90,
mode_write_surf_bin.F90,
mode_write_surf_lfi.F90,
mode_write_surf_ol.F90,
mode_write_surf_txt.F90,
modn_io_offline.F90,
offline.F90,
ol_define_dim.F90,
ol_read_atm_conf_ascii.F90,
open_close_bin_asc_forc.F90,
open_filein_ol.F90,
read_surf_atm.F90,
soda.F90,
sum_on_all_procs_ol.F90
TEB:
init_outfn_tebn.F90
water budet:
init_outfn_isban.F90

Suppressed files in Surfex v7_3

2013-01-09T16:03:54Z

SURFEX DIRECTORY

carbon spinup:
spinup_wood_biomass.F90
CROCUS:
gregodstrati.F90
TEB:
GARDEN :
alloc_diag_teb_garden.F90,
co2_teb_garden_initn.F90,
common_parts.F90,
common_parts2.F90,
flag_diag_teb_garden.F90,
modd_agri_garden.F90,
modd_agri_gardenn.F90,
modd_assim_garden.F90,
modd_deepsoil_garden.F90,
modn_agri_garden.F90,
modn_assim_garden.F90,
modn_deepsoil_garden.F90,
modn_teb_gardenn.F90,
pgd_teb_garden.F90,
read_default_teb_gardenn.F90,
read_namelists_garden.F90,
read_namelists_gardenn.F90,
read_teb_garden_conf.F90,
read_teb_garden_confn.F90,
vegt_to_patch_grid_grdn.F90,
writesurf_pgd_teb_gardenn.F90
general:
convert_cover_teb.F90

OFFLIN DIRECTORY

carbon spinup:
main_carb_spinup.F90,
main_wood_spinup.F90

New files in SURFEX v7_3

2013-01-09T15:53:44Z

SURFEX DIRECTORY

crocus:
default_crocus.F90,
mode_crodebug.F90
ISBA-DIF:
permafrost_depth.F90
isba PREP file in NETCDF:
prep_isba_netcdf.F90
new albedo initialization:
default_alb_eco1.F90,
default_alb_eco2.F90
NO fluxes:
modd_emis_nox.F90,
soilemisnon.F90
ocean 1D model:
modd_ocean_reln.F90,
prep_ocean_ascllv.F90
optimization:
interpol_field2d.F90,
layer_e_budget.F90,
layer_e_budget_get_coef.F90
OFFLINE driver parallelization:
gather_and_write_mpi.F90,
modd_surfex_mpi.F90,
read_and_send_mpi.F90,
gather_and_write_mpi_k4.F90,
modd_surfex_omp.F90
organic carbon:
isba_soc_parameters.F90
modifications in carbon spinup:
carbon_spinup.F90,
spinup_max.F90
SNAP emissions:
ch_conversion_factor.F90,
ch_emission_snapn.F90,
ch_emission_to_atmn.F90,
ch_init_snapn.F90,
modd_ch_snapn.F90,
pgd_chemistry_snap.F90,
pgd_snap_temp_profile.F90,
read_nam_pgd_chemistry.F90,
substract_to_date_surf.F90,
write_diag_ch_snapn.F90,
writesurf_snapn.F90
TEB:
BEM:
bem.F90,
bem_morpho.F90,
init_bemn.F90,
modd_bemn.F90,
modd_bem_cst.F90,
modd_data_bemn.F90,
pgd_bem_par.F90
GARDEN:
allocate_teb_garden.F90,
allocate_teb_garden_pgd.F90,
convert_patch_garden.F90,
default_teb_veg.F90,
init_garden_optionsn.F90,
init_teb_garden_pgdn.F90,
init_teb_veg_optionsn.F90,
init_veg_gardenn.F90,
init_vegn.F90,
init_veg_pgd_gardenn.F90,
init_veg_pgdn.F90,
modd_teb_veg.F90,
modd_teb_vegn.F90,
modn_teb_vegn.F90,
pgd_teb_veg.F90,
read_default_teb_vegn.F90,
read_teb_veg_confn.F90,
vegetation_update_garden.F90,
writesurf_pgd_teb_vegn.F90
general:
bldcode.F90,
circumsolar_rad.F90,
convert_teb.F90,
diag_misc_teb_initn.F90,
dx_air_cooling_coil_cv.F90,
facade_e_budget.F90,
floor_layer_e_budget.F90,
get_current_teb_patch.F90,
get_teb_depths.F90,
goto_teb.F90,
hvac_autosize.F90,
ini_data_param_teb.F90,
mass_layer_e_budget.F90 ,
modd_bld_description.F90,
modd_diag_utci_tebn.F90,
modd_teb_par.F90,
mode_conv_DOE.F90,
mode_modeln_teb_handler.F90,
mode_psychro.F90,
read_bld_description.F90,
read_csv_data_teb.F90,
read_nam_pgd_teb.F90,
read_teb_patch.F90,
stores_hvac_autosize.F90,
sw_daycycle.F90,
tebgrid.F90,
teb_morpho.F90,
thermal_layers_conf.F90,
trad_body.F90,
utci_approx.F90,
utci_teb.F90,
window_data.F90,
window_e_budget.F90,
window_shading_availability.F90,
window_shading.F90,
write_bld_description.F90,
write_diag_pgd_tebn.F90
GREENROOF:
allocate_teb_greenroof.F90,
allocate_teb_greenroof_pgd.F90,
alloc_diag_teb_greenroof.F90,
avg_albedo_emis_greenroof.F90,
co2_teb_greenroof_initn.F90,
convert_patch_teb_greenroof.F90,
default_greenroof.F90,
default_prep_teb_greenroof.F90,
diag_teb_greenroof_initn.F90,
greenroof.F90,
greenroof_properties.F90,
init_from_data_greenroofn.F90,
init_teb_greenroofn.F90,
init_teb_greenroof_pgdn.F90,
modd_data_teb_greenroofn.F90,
modd_diag_teb_greenroofn.F90,
modd_gr_biog_greenroofn.F90,
modd_prep_teb_greenroof.F90,
modd_teb_greenroofn.F90,
modn_prep_greenroof_snow.F90,
modn_prep_teb_greenroof.F90,
modn_teb_greenroofn.F90,
pgd_teb_greenroof.F90,
pgd_teb_greenroof_par.F90,
prep_hor_teb_greenroof_field.F90,
prep_teb_greenroof_ascllv.F90,
prep_teb_greenroof_buffer.F90,
prep_teb_greenroof_extern.F90,
prep_teb_greenroof.F90,
prep_teb_greenroof_grib.F90,
prep_teb_greenroof_unif.F90,
prep_ver_teb_greenroof.F90,
read_nam_pgd_teb_greenroof.F90,
read_nam_prep_greenroofn.F90,
read_pgd_teb_greenroofn.F90,
read_pgd_teb_greenroof_parn.F90,
read_prep_greenroof_snow.F90,
read_prep_teb_greenroof_conf.F90,
read_teb_greenroofn.F90,
read_teb_greenroof_parn.F90,
roof_impl_coef.F90,
vegetation_update_greenroof.F90,
writesurf_pgd_teb_greenroofn.F90,
writesurf_teb_greenroofn.F90
water budget:
isba_budget.F90,
isba_budget_init.F90

OFFLIN DIRECTORY

NETCDF forcing files:
mode_date_netcdf.F90
OFFLINE driver parallelization:
get_sizes_parallel.F90,
init_index_mpi.F90

NEW DIRECTORY LIB/TOPD

budget_coupl_rout.F90,
coupling_surf_topd.F90,
coupl_topd.F90,
diag_isba_to_rout.F90,
flowdown.F90,
init_budget_coupl_rout.F90,
init_coupl_topd.F90,
init_surf_topd.F90,
init_topd.F90,
isba_to_topd.F90,
isba_to_topdsat.F90,
make_mask_isba_to_topd.F90,
make_mask_topd_to_isba.F90,
modd_budget_coupl_rout.F90,
modd_coupling_topd.F90,
modd_dummy_exp_profile.F90,
modd_topd_par.F90,
modd_topodyn.F90,
pgd_topd.F90,
prep_restart_coupl_topd.F90,
read_connex_file.F90,
read_file_isbamap.F90,
read_file_masktopd.F90,
read_namelists_topd.F90,
read_nam_pgd_topd.F90,
read_nam_topd.F90,
read_slope_file.F90,
read_topd_file.F90,
read_topd_header_connex.F90,
read_topd_header_dtm.F90,
recharge_surf_topd.F90,
restart_coupl_topd.F90,
rout_data_isba.F90,
routing.F90,
sat_area_frac.F90,
topd_to_isba.F90,
topd_to_isba_slope.F90,
topodyn_lat.F90,
write_budget_coupl_rout.F90,
write_discharge_file.F90,
write_file_isbamap.F90,
write_file_map.F90,
write_file_masktopd.F90,
write_file_vecmap.F90