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BavarianPollenDebug.ctrl
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#
#
CONTROL_v5_3
LIST = GENERAL_PARAMETERS
case_name = oper
direction_in_time = FORWARD
start_time = ${START_TIME}
computed_period = ${maxhours} hr
time_step = 6 min
computation_accuracy = 1
simulation_type = EULERIAN
END_LIST = GENERAL_PARAMETERS
# LIST = mpi_parallel_parameters
# x_divisions = 1
# y_divisions = 1
# nthreads = ${OMP_NUM_THREADS}
# use_mpiio = YES
# use_mpiio_netcdf = YES
# ## max_wind_speed = 100 # [m/s]
# END_LIST = mpi_parallel_parameters
LIST = dispersion_parameters
grid_method = OUTPUT_GRID
vertical_method = OUTPUT_LEVELS # METEO_LEVELS / OUTPUT_LEVELS / CUSTOM_LEVELS
END_LIST = dispersion_parameters
LIST = meteo_parameters
# static_meteo_file = NETCDF:TZ_index /lustre/apps/silam/input/physiography/tz_index_02deg.nc4
# static_meteo_file = GRIB /lustre/apps/silam/input/physiography/PGD.lfi_mbr2_v3.rllext.grib
# static_meteo_file = NETCDF:MEPS_RLL2018 /lustre/apps/silam/input/physiography/MEPS_vegfr_mbr2_v3_rllext.nc ##Fraction of vegetation
#/lustre/apps/silam/input/physiography/MEPS_vegfr_mbr2_v3_rll.nc
static_meteo_file = GRIB COSMO-meteo/%ay4%am2%ad2%ah2/cosmo-d2_germany_rotated-lat-lon_time-invariant_%ay4%am2%ad2%ah2.grib2
dynamic_meteo_file = GRIB COSMO-meteo/%ay4%am2%ad2%ah2/cosmo-d2_germany_rotated-lat-lon_single-level_%ay4%am2%ad2%ah2+%f3.grib2
dynamic_meteo_file = GRIB COSMO-meteo/%ay4%am2%ad2%ah2/cosmo-d2_germany_rotated-lat-lon_hybrid-level_%ay4%am2%ad2%ah2+%f3.grib2
# static_meteo_file = GRADS /lustre/apps/silam/input/emis/v5/salinity_map_global_1deg.fld_water_salinity.grads.super_ctl
meteo_time_step = 1 hr
max_hole_in_meteo_data = 3 hr
if_wait_for_data = NO
abl_parameterization_method = FULL_PARAM # DRY_ABL, FULL_PARAM
number_of_precipitation_fields = 1
use_lai = DYNAMIC2
END_LIST = meteo_parameters
LIST = emission_parameters
# emission_source = EULERIAN emis/pollen/src_pollen_birch.ini
# emission_source = EULERIAN emis/pollen/src_pollen_grass.ini
# emission_source = EULERIAN emis/pollen/src_pollen_olive.ini
emission_source = EULERIAN emis/pollen/src_pollen_ragweed.ini
# emission_source = EULERIAN emis/pollen/src_pollen_alder.ini
# emission_source = EULERIAN emis/pollen/src_pollen_mugwort.ini
# source_dump_time_step = 1 hr
# #source_dump_start_time
# #source_dump_end_time
# #source_dump_period
# dump_time_split = DAILY_NEW_FILE # ALL_IN_ONE / HOURLY_NEW_FILE / DAILY_NEW_FILE / MONTHLY_NEW_FILE / YEARLY_NEW_FILE
cut_area_source_if_outside_meteo_grid = YES
if_technical_source_dump = NONE # NONE / ORIGINAL_GRID / DISPERSION_GRID
END_LIST = emission_parameters
LIST = transformation_parameters
# transformation = PASSIVE EULERIAN
# transformation = PM_GENERAL EULERIAN
# transformation = DMAT_SULPHUR EULERIAN
# transformation = CB4 EULERIAN
# transformation = POP_GENERAL EULERIAN
# transformation = ACID_BASIC EULERIAN
# transformation = RADIOACTIVE EULERIAN
# aerosol_dynamics = SIMPLE EULERIAN
dry_deposition_scheme = KS2011_TF
surface_resistance_method = STANDARD #WES2013
# wet_deposition_scheme = 2018_SCAVENGING
wet_deposition_scheme = NEW2011_SCAVENGING_FAKECLOUD
max_scav_rate_depends_on = CAPE #CAPE
use_dynamic_albedo = YES
if_actual_humidity_for_particle_size = YES
default_relative_humidity = 0.8
passive_subst_ref_lifetime = 500 day
passive_subst_ref_tempr = 288
passive_subst_dLifeTime_dT = -1 min/K
mass_low_threshold = STANDARD_ACCURACY # CRUDE_ACCURACY, STANDARD_ACCURACY, HIGH_ACCURACY
END_LIST = transformation_parameters
LIST = initial_and_boundary_conditions
# initialize_quantity = temperature_2m_acc
#! Cutting the pre-emption.
#! Cutting the pre-emption.
#! Cutting the pre-emption.
#! Cutting the pre-emption.
#! Cutting the pre-emption.
#! Cutting the pre-emption.
#! Cutting the pre-emption.
initialize_quantity = daily_mean_temperature_2m
initialize_quantity = temperature_2m_acc
initialize_quantity = heatsum
initialize_quantity = pollen_rdy_to_fly
initialize_quantity = pollen_total_m2
initialize_quantity = pollen_left
initialize_quantity = mass_in_air #concentration
# initialize_quantity = concentration
initialize_quantity = advection_moment_x
initialize_quantity = advection_moment_y
initialize_quantity = advection_moment_z
# From yesterdays run
initialization_file = NETCDF ${OUTPUTDIR}/%ay4%am2%ad2/ALL_SRCS_pollen_%y4%m2%d2%h2.nc4
initialization_file = GRADS ${OUTPUTDIR}/%ay4%am2%ad2/ALL_SRCS_pollen_%y4%m2%d2%h2_%y4_%m2_%d2_%h2.00.0.0_dump.grads.super_ctl
#Ini from boundaries : bootstrap
# initialization_file = NETCDF SILAM-bnd/%ay4%am2%ad2%ah2/SILAM4DE%ay4-%am2-%ad2T%ah2:00:00Z_%y4%m2%d2%h2.nc
boundary_type = ZERO ! ZERO / DIRICHLET
if_lateral_boundary = YES ! YES/NO
if_top_boundary = YES ! YES/NO
if_bottom_boundary = NO ! YES/NO
boundary_time_step = 1 hr ! timestep unit
boundary_header_filename = ${scriptdir}/boundary_regional_pollen.ini
END_LIST = initial_and_boundary_conditions
LIST = optical_density_parameters ############
optical_coefficients_depend_on_relative_humidity = YES
optical_coefficients_depend_on_temperature = YES
if_split_aerosol_modes = YES ! doesn't work yet
if_narrow_wave_bands = YES ! doesn't work yet
END_LIST = optical_density_parameters
LIST = output_parameters
source_id = NO_SOURCE_SPLIT # SOURCE_NAME SOURCE_SECTOR SOURCE_NAME_AND_SECTOR
vertical_method = CUSTOM_LAYERS
level_type = HEIGHT_FROM_SURFACE
layer_thickness = 25. 50. 100. 200. 400. 750. 1200. 2000. 2000. 2000. # output levels [m]/[pa]/[hybrid_nbr], reals
output_time_step = 1 hr
output_times = REGULAR
output_format = NETCDF4
#output_format = grads
time_split = HOURLY_NEW_FILE
template = ${OUTPUTDIR}/${fcdate}${outsuff}/%source_pollen_%y4%m2%d2%h2
variable_list = ${scriptdir}/output_config_pollen.ini
massmap_precision_factor = 128 #1/factor = max relative error
dump_time_step = 24 hr
grid_method = CUSTOM_GRID # METEO_GRID / EMISSION_GRID / OUTPUT_GRID / CUSTOM_GRID
grid_type = lon_lat
grid_title = COSMOrll grid
resol_flag = 128
ifReduced = 0
earth_flag = 0
wind_component = 0
reduced_nbr_str = 0
# COSMO domain with some cut out
lat_start = -4
lon_start = -4
dx = 0.02
dy = 0.02
nx = 401 #
ny = 501
lat_s_pole = -40
lon_s_pole = 10.
lat_pole_stretch = 0.
lon_pole_stretch = 0.
END_LIST = output_parameters
LIST = STANDARD_SETUP
advection_method_eulerian = EULERIAN_V5
mass_distributor = TRIANGLE_SLAB
diffuse_vert_cm = YES
grav_separation = NO
reference_4_low_mass_threshold = CONST #EMISSION or DEFAULT
kz_profile_method = SIMPLE_KZ #SILAM_ABL_EC_FT_KZ # ZERO_KZ / SILAM_KZ_EMULATOR / SILAM_OLD_KZ / KZ
advection_method_lagrangian = LAGRANGIAN_WIND_ENDPOINT_3D # LAGRANGIAN_WIND_MID(END)POINT_3D(2D)
random_walk_method = FULLY_MIXED # Random-walk method [IDIOT_SIMPLE, FULLY_MIXED, BULK_GAUSSIAN]
advection_method_default = EULERIAN
abl_height_method = COMBINATION # [HIRLAM_ABL, CONSTANT, COMBINATION, RICHARDSON, PARCEL, TURBULENT_ENERGY]
continuity_equation = anelastic_v2 # incompressible / incompressible_v2 / / nwp_omega / zero_wind / hybrid_top_down
wind_diagnostics = opentop # opentop / hardtop / hardtop_weighted / none
horizontal_interpolation = LINEAR # [NEAREST_POINT, SECOND_ORDER, CUBIC, LOG_LINEAR]
vertical_interpolation = LINEAR # [NEAREST_POINT, SECOND_ORDER, CUBIC, LOG_LINEAR]
time_interpolation = LINEAR # [NEAREST_POINT, SECOND_ORDER, CUBIC, LOG_LINEAR]
standard_setup_directory = ${scriptdir}/../silam-model/ini/
nuclide_database_fnm = ^silam_nuclides.dat
chemical_database_fnm = ^silam_chemicals_95_OC.dat
standard_cocktail_fnm = ^standard_aerosols_cocktails.ini
standard_cocktail_fnm = ^standard_chemistry_cocktails_cbm4.ini
standard_cocktail_fnm = ^standard_auxillary_cocktails.ini
standard_cocktail_fnm = ^standard_fires_cocktails.ini
standard_cocktail_fnm = ^standard_SOA_cocktails.ini
# grib_code_table_fnm = ^grib_code_table_v5.silam
grib_name_table_fnm = ^grib_name_table.silam
netcdf_name_table_fnm = ^netcdf_name_table.silam
timezone_list_fnm = ^tzindex.dat
photolysis_data_file = ^photolysis_finrose.dat
# photolysis_data_file = ^photolysis_finrose_MultiAlb.dat
# photolysis_data_file = ^photolysis_finrose_84React_for5_7.dat
land_use_data_meta_file = ^land_use_features_USGS_Eurasia.dat
optical_properties_meta_data_file = ^optical_properties.dat
allow_zero_forecast_length = NO # Whether zero-long forecasts may be used in the simulations
# Beware of zero-valued accumulated fields
precipitation_low_limit = 0.0 mm/hr # Cut-off limit for precipitation rate (separate for large-sc and conv)
print_debug_info = DEBUG_INFO_YES # DEBUG_INFO_YES, DEBUG_INFO_NO
cloud_report_interval = 1
disregard_meteo_data_sources = YES
randomise_reprojection = YES
END_LIST = STANDARD_SETUP
END_CONTROL_V5_3