config.toml

# This is the COSIPY configuration (init) file.
# Please make your changes here.

[SIMULATION_PERIOD]
time_start = "2009-01-01T06:00"
time_end = "2009-01-10T00:00"

[FILENAMES]
data_path = "./data/"
input_netcdf = "Zhadang/Zhadang_ERA5_2009.nc"
output_prefix = "Zhadang_ERA5"

[RESTART]
restart = false # set to true if you want to start from restart file

[STAKE_DATA]
stake_evaluation = false
stakes_loc_file = "./data/input/HEF/loc_stakes.csv" # path to stake location file
stakes_data_file = "./data/input/HEF/data_stakes_hef.csv" # path to stake data file
eval_method = "rmse" # how to evaluate the simulations ("rmse")
obs_type = "snowheight" # What kind of stake data is used "mb" or "snowheight"

[DIMENSIONS]
# STANDARD LAT/LON or WRF INPUT
WRF = false # Set to True if you use WRF as input
WRF_X_CSPY = false # Interactive simulation with WRF
northing = "lat" # name of dimension in input and output
easting = "lon" # name of dimension in input and output

[COMPRESSION]
# Compression of output netCDF
# Recommendation: choose 1, 2 or 3 (higher not worthwhile, because of needed time for writing output)
compression_level = 2 # Choose value between 1 and 9 (highest compression)

[PARALLELIZATION]
slurm_use = false # use SLURM
workers = 0 # setting is used only without SLURM usage; number of workers (cores); with "0" all available cores are used
local_port = 8786 # port for local cluster

[FULL_FIELDS]
# WRITE FULL FIELDS
full_field = false # write full fields (2D data) to file

[FORCINGS]
# TOTAL PRECIPITATION
force_use_TP = false # If total precipitation and snowfall in input data, use total precipitation
# CLOUD COVER FRACTION
# If cloud cover fraction and incoming longwave radiation in input data, use cloud cover fraction
force_use_N = false

[SUBSET]
# provide pixel values
tile = false
xstart = 20
xend = 40
ystart = 20
yend = 40

[OUTPUT_VARIABLES]
# Select which output variables are written to disk. Comma-separated. Edit with caution.
output_atm = "T2,RH2,U2,RAIN,SNOWFALL,RRR,PRES,N,G,LWin,LWout,H,LE,B,QRR,Z0,ALBEDO,TS"
output_internal = "ME,MB,surfMB,intMB,EVAPORATION,SUBLIMATION,CONDENSATION,DEPOSITION,surfM,subM,Q,REFREEZE,SNOWHEIGHT,TOTALHEIGHT,LAYERS"
output_full = "HEIGHT,RHO,T,LWC,CC,POROSITY,LW,ICE_FRACTION,IRREDUCIBLE_WATER,REFREEZE"