#######################################################################
# 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
#
# Created:	July 6, 1999 by Keith Cherkauer
# Comments:    	Global Parameter file for the Chippewa River at Durand.
#		Runs the model in energy balance mode using distributed 
#		precipitation, 3 soil layers, and a three hour time step.
#		Snow model is activated, with up to 5 snow bands.
#######################################################################

#######################################################################
# Define Global Parameters
#######################################################################
NLAYER		3	# number of layers
TIME_STEP       24      # model time step in hours (= 24 for water balance)
RESOLUTION	1	# model grid cell resolution
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         1986    # year model simulation ends
ENDMONTH	12	# month model simulation ends
ENDDAY		31	# day model simulation ends
#NRECS		1461	# time step simulation stops (not used if END date set)
WIND_H		2.0	# height of wind speed measurement
MEASURE_H	2.0	# height of humidity measurement
NODES		3	# number of soil thermal nodes 
MAX_SNOW_TEMP	2.0	# maximum temperature at which snow can fall
MIN_RAIN_TEMP	-0.5	# minimum temperature at which rain can fall
GRID_DECIMAL	4	# number of decimals to use in gridded file names
SNOW_STEP	1	# time step in hour for which to solve the snow model
PREC_EXPT	0.85	# exponential for distributed precipitation (0.6)

#######################################################################
# Define Global Parameters
#######################################################################
FULL_ENERGY     FALSE   # calculate full energy balance
FROZEN_SOIL	FALSE	# calculate frozen soils
SNOW_MODEL	TRUE	# use internal snow model
DIST_PRCP	TRUE	# use distributed precipitation
COMPRESS        FALSE   # compress input and output files when done
CORRPREC	FALSE	# correct precipitation for gauge undercatch
BINARY_OUTPUT   FALSE   # output files in binary format
ARC_SOIL        TRUE    # read soil parameters from ARC/INFO ASCII grids

#######################################################################
# Define Data Files
#
# Possible FORCING TYPEs and their needed FORING FILE TYPES:
#       PILPS
#               FORCING1 = hourly data file in PILPS2c Format
#               FORCING2 = FALSE
#       SAWD
#               FORCING1 = hourly SAWD ASCII files
#                               (with or without hourly precip)
#               FORCING2 = FALSE or daily precip file if hourly precip
#                               not included in FORCING1
#       SHAW
#               FORCING1 = hourly data in SHAW model format
#               FORCING2 = FALSE
#       PILPS
#               FORCING1 = Daily precipitation and temperature file
#               FORCING2 = FALSE or output from NWS snow model
#
#       All FORCING filenames are actually the pathname, and prefix
#               for gridded data types: ex. DATA/forcing_
#               Latiude and longitude index suffix is added by VIC
#######################################################################
FORCE_TYPE	DAILY
FORCING1	FORCING_DATA/ONE_DEGREE/data_
FORCING2	FALSE
FORCE_DT	24	24
FORCEYEAR	1950	# starting year of forcing data file
FORCEMONTH	1	# starting month of forcing data file
FORCEDAY	1	# starting day of the forcing data file
FORCEHOUR	0	# starting hour of the forcing data file
 
#######################################################################
# Soil parameter file
#
# SOIL defines the name of the soil parameter file, or if using the
# ARCSOIL input format it is the name of a file listing all of the 
# parameter ARCINFO soil parameter files.
#
# SOIL_DIR is used only if ARCSOIL is set, and tells VIC in which
# directory it will find the ARCINFO soil files.
#
#######################################################################
SOIL 		SOILS_DATA/CHIPR_file_list_opti	
SOIL_DIR	SOILS_DATA/ONE_DEGREE/	
 
#######################################################################
# Vegetation Grid Cell Assingment Parameters
#
# VEGPARAM is the name of the vegetation parameter file.
# ROOT_ZONES is the number of root zones defined in the file.  
#######################################################################
VEGPARAM VEG_DATA/ONE_DEGREE/LDAS_LAI_veg_param_071699
ROOT_ZONES	3	# Number of root zones defined in VEGPARAM file
 
#######################################################################
# Vegetation Type Parameter Library File
#
# VEGLIB defines the name of the vegetation library file
#######################################################################
VEGLIB		VEG_DATA/LDAS_veg_lib
 
#######################################################################
# Snow Band Description File
#
# SNOW_BAND defines both the number of snow bands available for each
# grid cell, and the name of the snow band description file.
#######################################################################
SNOW_BAND	5	data/snow_band_data
 
#######################################################################
# Model Output Directory
#
# RESULT_DIR defines the directory where all VIC model output will
# be written.
#######################################################################
RESULT_DIR RESULTS/CURRENT_RUN/DAILY/ONE_DEGREE/