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global_uw_0.0625d.txt
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#######################################################################
# This text file contains information used by the vicNl model to define
# needed global variables, and model parameters, as well as allowing the
# user to control the features of the model to be used in the current
# model run.
#
# Model parameter or options name must be followed by TRUE or FALSE (TRUE
# meaning the option is to be used), or the appropriate information.
#
# Lines proceeded by a '#' are comments, and are not processed by the model
#
# Modified: May, 2000 by Ed Maurer for VIC ver.4.0.1
# Comments: Global Parameter file for the Missouri Basin
# Set up for water balance for calibration
# runs with daily timestep
#######################################################################
#######################################################################
# Define Global Parameters
#######################################################################
NLAYER 3 # number of layers
TIME_STEP 24 # model time step in hours (= 24 for water balance)
STARTYEAR 1980 # year model simulation starts
STARTMONTH 1 # month model simulation starts
STARTDAY 1 # day model simulation starts
STARTHOUR 0 # hour model simulation starts
ENDYEAR 2012 # year model simulation ends }
ENDMONTH 1 # month model simulation ends }Do Not Use if NRECS given
ENDDAY 1 # day model simulation ends }
SKIPYEAR 0 # number of startup years to skip before writing output
STATENAME statepath YEAR
STATEYEAR 2012 # year model simulation state is saved
STATEMONTH 1 # month model simulation state is saved
STATEDAY 1 # day model simulation state is saved
WIND_H 10.0 # height of wind speed measurement
MEASURE_H 2.0 # height of humidity measurement
NODES 5 # number of soil thermal nodes
MAX_SNOW_TEMP 0.5 # maximum temperature at which snow can fall
MIN_RAIN_TEMP -0.5 # minimum temperature at which rain can fall
#######################################################################
# Define Global Parameters
#######################################################################
FULL_ENERGY FALSE # calculate full energy balance
FROZEN_SOIL FALSE # calculate frozen soils
DIST_PRCP FALSE # use distributed precipitation
COMPRESS FALSE # compress input and output files when done
CORRPREC FALSE # correct precipitation for gauge undercatch
GRID_DECIMAL 4 # number of decimals to use in gridded file names
SNOW_BAND 1 # number of snow bands and snow band filename
PRT_SNOW_BAND FALSE # print snow variables
ARC_SOIL FALSE # read soil parameters from ARC/INFO ASCII grids
SNOW_STEP 3 # time step in hours to solve snow bands
ROOT_ZONES 3 # number of root zones in veg parameter file
BINARY_OUTPUT FALSE # default is ASCII, unless LDAS format
BINARY_STATE_FILE FALSE # default is BINARY
MIN_WIND_SPEED 0.1 # minimum allowable wind speed
PREC_EXPT 0.6 # fraction of grid cell receiving precip
GRND_FLUX FALSE # true for full energy, false for water balance
QUICK_FLUX FALSE # true uses Liang (1999), false uses finite diff.
NOFLUX FALSE # false uses const. T at damping depth
#######################################################################
# INPUT and OUTPUT TYPE from NETCDF
#######################################################################
INPUT_GRID_DEF 922 444 -124.59375 25.15625 0.0625 0.0625 #format: nx ny xo y0 dx dy
OUTPUT_GRID_DEF 922 444 -124.59375 25.15625 0.0625 0.0625 #example: 464 224 -125.000 25.000 0.125 0.125
GRID_INPUT TRUE #true for reading the input in GrADS binary, default is false
GRID_OUTPUT TRUE #true for writing the output in GrADS binary,default is false
REGULAR_OUTPUT FALSE #true for writing the output in standard version, default is false
#OUTPUT_PER_STEP TRUE #true for writing output very DT in image mode
#######################################################################
# Define (Meteorological) Forcing Files
#######################################################################
FORCING1 forcingpath
N_TYPES 4
FORCE_TYPE PREC UNSIGNED 1 Prec precipitation filename
FORCE_TYPE TMAX SIGNED 1 Tmax Tmax filename
FORCE_TYPE TMIN SIGNED 1 Tmin Tmin filename
FORCE_TYPE WIND SIGNED 1 Wind Wind filename
FORCE_FORMAT NCFLOAT
FORCE_ENDIAN LITTLE # LITTLE for PC arch., BIG for Sun or HP-UX
FORCE_DT 24 # time step of two input met files
FORCEYEAR 2011 # year meteorological forcing files start
FORCEMONTH 1 # month meteorological forcing files start
FORCEDAY 1 # day meteorological forcing files start
FORCEHOUR 0 # hour meteorological forcing files start
#######################################################################
# Define Input and Output Data Files
#######################################################################
SOIL soil parameter file
VEGPARAM veg parameter file
VEGLIB veglib file
GLOBAL_LAI TRUE # true if veg param file has monthly LAI
RESULT_DIR result path
INIT_STATE state path
STATE_GZIP TRUE
TRUE_LATLON FALSE
YREV FALSE
#######################################################################
# Define Debugging Parameters - not used -- EDM
#######################################################################
#PRT_FLUX FALSE # print energy fluxes debugging files
#PRT_BALANCE FALSE # print water balance debugging files
#PRT_SOIL FALSE # print soil parameter debugging files
#PRT_VEGE FALSE # print vegetation parameter debugging files
#PRT_GLOBAL FALSE # print global parameter debugging files
#PRT_ATMOS FALSE # print forcing data debugging files
#PRT_SNOW FALSE # print snow debugging files
#PRT_MOIST FALSE # print soil moisture debugging files
#PRT_TEMP FALSE # print soil thermal debugging files
#DEBUG_DIR . # debugging files output directory (default '.')