edk.nml

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!> \file  edk.nml
!> \brief EDK-Grid **Main configuration file for Precipitation for GER**
 
&mainvars ! namelist mainpaths
! -------------------------------------------------------------------
! ----------------- INPUT SPECIFICATIONS ----------------------------
!
! DataPathIn contains the path to the meteorological input files
! it can be a netcdf file, then a 3-dim field is expected and
! further coordinate and variable names are expected
datapathin               = "check/pre_data/"
!
! value in the meteorological input files that is used as missing value
nodatavalue              = -9
! Specifications of variable and coordinate names in case DataPathIn
! is a netcdf file
ncin_variable_name       = "pre"
ncin_dem_variable_name   = "dem"
! name of coordinates, these must be in [m]
ncin_ycoord_name         = "northing"
ncin_xcoord_name         = "easting"
!
! Correct interpolated negative values to zero
! (set for precipitation to true !)
correctneg               = .true.
!
! Set values further away than the distance threshold to zero
distzero                 = .true.
!
fnamedem                 = "check/dem.asc"
cellfactor               = 40
! name of coordinates (northing and easting) in [m]
ncout_dem_ycoord_name    = "northing"
ncout_dem_xcoord_name    = "easting"
! name of coordinates (latitude and longitude) in deg
ncout_dem_latitude   = "latitude"
ncout_dem_longitude  = "longitude"
! name of the DEM variable in the netcdf file
ncout_dem_variable_name  = "dem"
 
!
datapathout              = "output/"
fileout                  = "edk.nc"
!
! Name of Look Up Table of Station data
fnamesta                 = "check/pre_data/Stations_in_study_domain.txt"
 
! The value that should be multiplied to the data in the netcdf file
dataconvertfactor        = 1.0e-1
! The value that should be added to the data in the netcdf file
offset           = 0
![FINAL VALUE = NETCDF VALUE * DataConvertFactor + OffSet]
 
!
! -------------------------------------------------------------------
! ------------ PROCESSING PERIOD ------------------------------------
ystart                   = 1990
mstart                   = 1
dstart                   = 1
yend                     = 1990
mend                     = 12
dend                     = 31
! Number of Time Buffering Days (Divides the EDK processing into chunks accross the time dimension)
tbuffer                  = 10
!
! -------------------------------------------------------------------
! ------------ INTERPOLATION METHOD ---------------------------------
!
! InterMth = 2 -> EDK
! InterMth = 1 -> OK
! InterMth = 0 -> No interpolation
intermth                 = 2
! maximum search distance for interpolation [m]
maxdist                  = 1.5e5
!
! -------------------------------------------------------------------
! ----------------- VARIOGRAM ESTIMATION ----------------------------
flagvario                = .false.
!
! number of variogram parameters
nparam                   = 3
! type of theoretical variogramm (1=spherical, 2 = exponential)
vtype                    = 2
!
! file name where to store the variogram parameters
! (if flagVario is false, variogram parameters )
! (for interpolation are read in here:         )
fnamevario               = "check/var_param_de_pre.txt"
dh                       = 1.0e3 ! binsize for variogram [m]
hmax                     = 1.5e5 ! max distance h for variogram estimation [m]
! -------------------------------------------------------------------
! --------------- NC OUTPUT SPECIFICATION ----------------------------
! global attributes:
originator               = 'XXXX'
contact                  = 'firstname.surname@ufz.de'
crs                      = 'EPSG:4326 '
title                    = '' ! Any text
! source: Represents the source and method used
!         to produce the original data. For data
!         generated by models, the model name
!         and version should be listed here
source                   = ''
institution              = 'Helmholtz Center for Environmental Research'
!
! invert latitude:  (set True if working with mHM input data!)
invert_y                 = .true.
!
! variable attributes:
variable_name            = 'pr'
variable_unit            = 'mm/d'
variable_long_name       = 'Precipitation'
variable_standard_name   = 'precipitation_flux'
variable_calendar_type   = 'proleptic_gregorian'
! -------------------------------------------------------------------
! -------------------------------------------------------------------
/ !END*******Main Config***********