##########################################################################################################
# DHSVM INPUT FILE FORMAT
##########################################################################################################
# The file is organized in sections [...], which contain key = entry pairs.  
# The file is free format, in that correct reading of the file is not dependent 
# on spaces and/or the order of the key-entry pairs within a section.  
# The keys are not case-sensitive, but the entries are, because filenames on a 
# UNIX platform are case-sensitive.  
# Comments are preceded by a '#', and run from the occurrence of '#' till the 
# end of the line. You can comment out an entire line (like in this 
# header), or you can place a comment after an entry.  
# It is important to place the key-entry pair in the correct section, since it 
# will not be found if it is in another section.  
# The easiest way to make the input file is to fill out this default template.  
# Since DHSVM will only use the keys that it requires you do not have to worry 
# about empty entries for keys that are not needed. For example, if you are 
# running the model in point mode, you do not have to fill out the routing 
# section.  If you have already filled it out you can leave it, since DHSVM will 
# not use the information.  This allows easy switching between point and basin 
# mode.  
# For more information about the specific entries see the DHSVM web page
# the soil parameters are copied from Lan's lowland INPUT File (with extremely 
# low lateral conductivity $ changed the station from 1 to 2

##########################################################################################################
# OPTIONS SECTION 
##########################################################################################################
[OPTIONS]	# Model Options
Format					= BIN			# BIN or NETCDF
Extent					= BASIN			# POINT or BASIN
Gradient				= WATERTABLE		# TOPOGRAPHY or WATERTABLE
Flow Routing				= NETWORK		# UNIT_HYDROGRAPH or NETWORK (StrEnv[flow_routing])
Sensible Heat Flux			= FALSE			# TRUE or FALSE
Sediment				= FALSE			# TRUE or FALSE
Sediment Input File			= 			# path for sediment configuration file
Overland Routing			= CONVENTIONAL		# CONVENTIONAL or KINEMATIC (StrEnv[routing])
Infiltration				= STATIC		# Static or Dynamic
Interpolation				= VARCRESS		# NEAREST or INVDIST or VARCRESS
MM5					= FALSE			# TRUE or FALSE
QPF					= FALSE			# TRUE or FALSE
PRISM					= TRUE			# TRUE or FALSE
PRISM data path				= /home/disk/tsuga2/jswon11/workdir/2021_09_KingCounty-Phase3/models/snoho3.2/prismMap/prism
PRISM data extension			= bin			# file extension for PRISM files
Gridded Met data			= TRUE			# TRUE or FALSE
Canopy radiation attenuation mode	= FIXED			# FIXED or VARIABLE
Shading					= TRUE			# TRUE or FALSE
Shading data path			= ./input/hourly/Shadow.hourly		#
Shading data extension			= bin			# File extension for shading files 
Skyview data path			= ./input/SkyView.bin	#
Snotel					= FALSE			# TRUE or FALSE
Outside					= FALSE 		# TRUE or FALSE
Rhoverride				= FALSE			# TRUE or FALSE
Precipitation Source			= STATION		# STATION or RADAR
Wind Source				= STATION		# STATION or MODEL
Temperature lapse rate			= VARIABLE		# CONSTANT or VARIABLE
Precipitation lapse rate		= CONSTANT		# CONSTANT, MAP, or VARIABLE
Cressman radius				= 10			# in model pixels
Cressman stations			= 4			# the maximum stations for interpolation
Stream Temperature			= FALSE			# TRUE or FALSE
Riparian Shading			= FALSE			# TRUE or FALSE
Canopy Shading				= FALSE			# TRUE or FALSE
Improved Radiation Scheme		= FALSE			# TRUE OR FALSE
Variable Light Transmittance 		= TRUE       		# TRUE if light transmittance changes with solar altitude
Canopy Gapping 				= FALSE			#
Snow Sliding                            = FALSE			#

##########################################################################################################
# MODEL AREA SECTION
##########################################################################################################
[AREA]		# Model area
Coordinate System		= UTM			# UTM or USER_DEFINED
Extreme North			= 5409621.641		# Coordinate for northern edge of grid
Extreme West			= 558386.10332194	# Coordinate for western edge of grid
Center Latitude			= 47.753982		# Central parallel of basin 
Center Longitude		= -121.642973		# Central meridian of basin 
Time Zone Meridian		= -120.0		# Time zone meridian for area 
Number of Rows			= 1165			# Number of rows
Number of Columns		= 616			# Number of columns
Grid spacing			= 150			# Grid resolution in m 
Point North			= 5292624		# North coordinate for point model if Extent = POINT 
Point East			= 597543		# East coordinate for point modelif Extent = POINT 
	
#North Coordinate 1           = 5292666.86  # old lat/lon alpine
#East Coordinate 1            = 597384.93   # old lat/lon alpine

##########################################################################################################
# TIME SECTION
##########################################################################################################
[TIME]		# Model period
Time Step				= 1		# Model time step (hours)
Model Start				= 01/01/1981-00
Model End				= 12/31/2015-15

##########################################################################################################
# CONSTANTS SECTION
##########################################################################################################
[CONSTANTS]	# Model constants
Ground Roughness			= 0.02			# Roughness of soil surface (m)
Snow Roughness				= 0.010418		# Roughness of snow surface (m)
Rain Threshold				= 0.2			# Minimum temperature at which rain occurs (C)
Snow Threshold				= 0.2			# Maximum temperature at which snow occurs (C)
Snow Water Capacity			= 0.03			# Snow liquid water holding capacity(fraction)
Reference Height			= 70.0			# Reference height (m)
Rain LAI Multiplier			= 0.0001		# LAI Multiplier for rain interception
Snow LAI Multiplier			= 0.0005		# LAI Mulitplier for snow interception
Min Intercepted Snow		        = 0.005			# Intercepted snow that can only be melted (m)
Outside Basin Value			= 0			# Value in mask that indicates outside the basin
Temperature Lapse Rate		        = -0.0065 #-0.006658	# Temperature lapse rate (C/m) #-0.005311
Precipitation Lapse Rate	        = 0.003   #0.001076	# Precipitation lapse rate (m/m)
Precipitation Multiplier	        = 0.0			# original 0.000427 was modifiied
Albedo Accumulation Lambda	        = 0.92			# Lambda for accumulation period
Albedo Melting Lambda		        = 0.4			# Lambda for melting period
Albedo Accumulation Min		        = 0.7			# Min albedo value during accumulation period
Albedo Melting Min			= 0.4			# Min albedo value during melting period
Max Surface Snow Layer Depth = 0.025      			# maximum depth of the surface snow layer in water equivalent (m)

####################Only if CanopyShading is TRUE###############################  
Tree Height				= 10
Buffer Width				= 5
Overhang Coefficient			= 0                  
Monthly Extinction Coefficient = 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08 0.08
#Extinction Coefficient = 0.08             	     	       	# extinction coefficient (0 ~ 1)
Canopy Bank Distance	       	 	= 0.01			# distance from bank to canopy (m)

##########################################################################################################
# TERRAIN INFORMATION SECTION
##########################################################################################################
[TERRAIN]	# Terrain information
DEM File				= ./input/dem.bin
Basin Mask File				= ./input/mask.bin

##########################################################################################################
# ROUTING SECTION
##########################################################################################################
[ROUTING]	# Routing information. This section is 
					# only relevant if the Extent = BASIN
############################### STREAM NETWORK ###########################################################
# The following three fields are only used if Flow Routing = NETWORK
Stream Map File				= ./classtest//stream.map_class36_src500k_eff_w.50.dat
Stream Network File			= ./classtest//stream.network_class36_final.dat
Stream Class File			= ./classtest//adjust.classfile36roucs
Riparian Veg File			= ./input/rveg.baseline.network

################################### ROAD NETWORK #########################################################
# The following three fields are only used if Flow Routing = NETWORK and there
# is a road network
#Road Map File				=				# path for road map file
#Road Network File			=				# path for road network file
#Road Class File			=				# path for road network file

#################################### UNIT HYDROGRAPH #####################################################
# The following two fields are only used if Flow Routing = UNIT_HYDROGRAPH
Travel Time File			=				# path for travel time file
Unit Hydrograph File			=				# path for unit hydrograph file

##########################################################################################################
# METEOROLOGY SECTION 
##########################################################################################################
[METEOROLOGY]	# Meteorological stations
Grid Rows = 50
Grid Cols = 40
Extreme North Lat = 49.71875
Extreme East Lon = -119.96875
Grid Size = 0.0625

# if the outside is FALSE, only the grids within the bounding box defined by the 4 lat/lon parameters
# # # below are included. Else, the grids within the basin mask are include.   
Extreme North Lat  =  49.71                  
Extreme South Lat =  47.00000
Extreme East Lon =  -119.96 
Extreme West Lon =  -122.30000
Number of Grids = 270                      # estimate of total grids need for the basin for 
GRID_DECIMAL = 5	                   # Number of digits after decimal point in forcing file names
UTM ZONE = 10 

MET FILE PATH = /home/disk/rocinante/DATA/temp/WRF/scripts/regrid_c2c/longwave/output/prism_delta_snoho_tlapse/
FILE PREFIX = data

############################################### MM5 ######################################################
# The following block only needs to be filled out if MM5 = TRUE.  In that case
# This is the ONLY block that needs to be filled out
MM5 Start			=                  # Start of MM5 file (MM/DD/YYYY-HH),
MM5 Rows			=
MM5 Cols			=
MM5 Extreme North		=
MM5 Extreme West		= 
MM5 DY				=

# MM5 met files
MM5 Temperature File		= 
MM5 Humidity File		= 
MM5 Wind Speed File		= 
MM5 Shortwave File		= 
MM5 Longwave File		= 
MM5 Pressure File		= 
MM5 Precipitation File		= 
MM5 Terrain File		=
MM5 Temp Lapse File		=

# For each soil layer make a key-entry pair as below (n = 1, ..,
# Number of Soil Layers)
MM5 Soil Temperature File 0	= 
MM5 Soil Temperature File 1	= 
MM5 Soil Temperature File 2	= 

######################################### RADAR ##########################################################
# The following block only needs to be filled out if Precipitation Source = 
# RADAR.  
Radar Start			=
Radar File			=
Radar Extreme North		=
Radar Extreme West		=
Radar Number of Rows		=
Radar Number of Columns		= 
Radar Grid Spacing		=

########################################## Wind ##########################################################
# The following block only needs to be filled out if Wind Source = MODEL
Number of Wind Maps		=
Wind File Basename		=
Wind Map Met Stations		=

########################################## Precipitation lapse rate ######################################
# The following block only needs to be filled out if Precipitation lapse rate 
# = MAP
Precipitation lapse rate =

##########################################################################################################
# SOILS INFORMATION SECTION
##########################################################################################################
[SOILS]                                   # Soil information
Soil Map File   = ./input/soil.bin
Soil Depth File = ./input/soild.bin ## soild depth is 0.76-3 m that Ning used
Number of Soil Types = 16             

########################################## SOIL 1 #########################################################
Soil Description       1 = SAND
Lateral Conductivity   1 = 0.1               
Exponential Decrease   1 = 3.0
Depth Threshold        1 = 0.5		# If this value is set to be zero, linear transmissivity decays 
                                   	# applies unless water table is higher than soil depth. If this 
                                     	# value is very large (e.g. > 100), only exponential transimissivity 
                                     	# decay applies just like the older versions.        
Maximum Infiltration   1 = 2.0e-1     
Capillary Drive        1 = 0.09         # http://www.tucson.ars.ag.gov/icrw/Proceedings/Hantush.pdf
					# the value must be filled out but is not used in computation
					# if INFILTRATION = STATIC
Surface Albedo         1 = 0.1       
Number of Soil Layers  1 = 3       
Porosity               1 =  .43 .43 .43
Pore Size Distribution 1 =  .24 .24 .24
Bubbling Pressure      1 =  .07 .07 .07 
Field Capacity         1 =  .08 .08 .08 
Wilting Point          1 =  .03 .03 .03 
Bulk Density           1 = 1492. 1492. 1492. 
Vertical Conductivity  1 = 5.0E-1 5.0E-1 5.0E-1
Thermal Conductivity   1 = 7.114  6.923 6.923
Thermal Capacity       1 = 1.4e6  1.4e6 1.4e6
Mannings n             1 = 0.013         # the value must be filled out but is not used in computation
				         # if routing = conventional
################################## SOIL 2 #########################################################
Soil Description       2 = LOAMY SAND    
Lateral Conductivity   2 = 0.03              
Exponential Decrease   2 = 1.0
Depth Threshold        2 = 0.5		# If this value is set to be zero, linear transmissivity decays 
                                   	# applies unless water table is higher than soil depth. If this 
                                   	# value is very large (e.g. > 100), only exponential transimissivity 
                                   	# decay applies just like the older versions. 
Maximum Infiltration   2 = 6.0e-2      
Capillary Drive        2 = 0.12
Surface Albedo         2 = 0.1       
Number of Soil Layers  2 = 3       
Porosity               2 =  .43 .43 .43
Pore Size Distribution 2 =  .25 .25 .25
Bubbling Pressure      2 =  .09 .09 .09
Field Capacity         2 =  .10 .10 .10
Wilting Point          2 =  .06 .06 .06
Bulk Density           2 = 1520. 1520. 1520.
Vertical Conductivity  2 = 3.0E-1 3.0E-1 3.0E-1
Thermal Conductivity   2 = 7.114  6.923 7.0
Thermal Capacity       2 = 1.4e6  1.4e6 1.4e6
Mannings n             2 = 0.013 
################################## SOIL 3 #########################################################
Soil Description       3 = SANDY LOAM      
Lateral Conductivity   3 =0.014487
Exponential Decrease   3 =1.872572
Depth Threshold        3 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   3 = 7e-2
Capillary Drive        3 = 0.09
Surface Albedo         3 = 0.1       
Number of Soil Layers  3 = 3       
Porosity               3 =  .45 .45 .45  #.51 .51 .51  #.49 .49 .49
Pore Size Distribution 3 =  .21 .21 .21
Bubbling Pressure      3 =  .15 .15 .15
Field Capacity         3 =  .14 .14 .14
Wilting Point          3 =  .09 .09 .09
Bulk Density           3 = 1569. 1569. 1569.
Vertical Conductivity  3 = 3.0E-1 3.0E-1 3.0E-1 
Thermal Conductivity   3 = 7.114  6.923 7.0
Thermal Capacity       3 = 1.4e6  1.4e6 1.4e6
Mannings n             3 = 0.013
################################## SOIL 4 #########################################################
Soil Description       4 = SILTY LOAM      
Lateral Conductivity   4 =0.017796
Exponential Decrease   4 =1.145651
Depth Threshold        4 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   4 = 1.68e-5
Capillary Drive        4 = 0.09
Surface Albedo         4 = 0.1       
Number of Soil Layers  4 = 3       
Porosity               4 =  .46 .46 .46
Pore Size Distribution 4 =  .26 .26 .26
Bubbling Pressure      4 =  .21 .21 .21
Field Capacity         4 =  .30 .30 .30
Wilting Point          4 =  .12 .12 .12
Bulk Density           4 = 1419. 1419. 1419.
Vertical Conductivity  4 = 9.2E-5 9.2E-5 9.2E-5
Thermal Conductivity   4 = 7.114  6.923 7.0
Thermal Capacity       4 = 1.4e6  1.4e6 1.4e6
Mannings n             4 = 0.013
################################## SOIL 5 #########################################################
Soil Description       5 = SILT      
Lateral Conductivity   5 = 2.0E-5
Exponential Decrease   5 = 1.0
Depth Threshold        5 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   5 = 3e-6    
Capillary Drive        5 = 0.09
Surface Albedo         5 = 0.1       
Number of Soil Layers  5 = 3       
Porosity               5 =  .52 .52 .52
Pore Size Distribution 5 =  .33 .33 .33
Bubbling Pressure      5 =  .25 .25 .25
Field Capacity         5 =  .28 .28 .28
Wilting Point          5 =  .08 .08 .08
Bulk Density           5 = 1280. 1280. 1280.
Vertical Conductivity  5 = 9.0E-5 9.0E-5 9.0E-5
Thermal Conductivity   5 = 7.114  6.923 7.0
Thermal Capacity       5 = 1.4e6  1.4e6 1.4e6
Mannings n             5 = 0.013
################################## SOIL 6 #########################################################
Soil Description       6 = LOAM      
Lateral Conductivity   6 = 8e-5    #1e-4    #6e-5    #3e-5    #3e-6    #3.0e-5     
Exponential Decrease   6 = 0.5     #0.3     #0.15    #0.5     #0.11    #1.1
Depth Threshold        6 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   6 = 6e-5      
Capillary Drive        6 = 0.09
Surface Albedo         6 = 0.1       
Number of Soil Layers  6 = 3       

Porosity               6 =  .40 .40 .40  #.48 .48 .48 #.43 .43 .43
Pore Size Distribution 6 =  .19 .19 .19
Bubbling Pressure      6 =  .11 .11 .11
Field Capacity         6 =  .20 .20 .20  #.29 .29 .29
Wilting Point          6 =  .14 .14 .14
Bulk Density           6 = 1485. 1485. 1485.
Vertical Conductivity  6 = 8.0E-4 8.0E-4 8.0E-4
Thermal Conductivity   6 = 7.114  6.923 7.0
Thermal Capacity       6 = 1.4e6  1.4e6 1.4e6
Mannings n             6 = 0.013
################################## SOIL 7 #########################################################
Soil Description       7 = SANDY CLAY LOAM      
Lateral Conductivity   7 = 2.0e-5     
Exponential Decrease   7 = 1.0
Depth Threshold        7 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   7 = 1e-5      
Capillary Drive        7 = 0.09
Surface Albedo         7 = 0.1       
Number of Soil Layers  7 = 3       
Porosity               7 =  .39 .39 .39
Pore Size Distribution 7 =  .12 .12 .12
Bubbling Pressure      7 =  .29 .29 .29
Field Capacity         7 =  .27 .27 .27
Wilting Point          7 =  .17 .17 .17
Bulk Density           7 = 1600. 1600. 1600.
Vertical Conductivity  7 = 2.0E-5 2.0E-5 2.0E-5
Thermal Conductivity   7 = 7.114  6.923 7.0 
Thermal Capacity       7 = 1.4e6  1.4e6 1.4e6
Mannings n             7 = 0.013
################################## SOIL 8 #########################################################
Soil Description       8 = SILTY CLAY LOAM      
Lateral Conductivity   8 = 2.0e-5     
Exponential Decrease   8 = 1.0
Depth Threshold        8 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   8 = 3e-6    
Capillary Drive        8 = 0.09
Surface Albedo         8 = 0.1       
Number of Soil Layers  8 = 3       
Porosity               8 =  .48 .48 .48
Pore Size Distribution 8 =  .13 .13  .13
Bubbling Pressure      8 =  .34 .34 .34
Field Capacity         8 =  .36 .36 .36
Wilting Point          8 =  .21 .21 .21
Bulk Density           8 = 1381. 1381. 1381.
Vertical Conductivity  8 = 9.0E-6 9.0E-6 9.0E-6
Thermal Conductivity   8 = 7.114  6.923 7.0
Thermal Capacity       8 = 1.4e6  1.4e6 1.4e6
Mannings n             8 = 0.013
################################## SOIL 9 #########################################################
Soil Description       9 = CLAY LOAM      
Lateral Conductivity   9 = 2.0e-5     
Exponential Decrease   9 = 1.0
Depth Threshold        9 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   9 = 1e-6    
Capillary Drive        9 = 0.09
Surface Albedo         9 = 0.1       
Number of Soil Layers  9 = 3       
Porosity               9 =  .46 .46 .46
Pore Size Distribution 9 =  .12 .12 .12
Bubbling Pressure      9 =  .26 .26 .26
Field Capacity         9 =  .31 .31 .31
Wilting Point          9 =  .23 .23 .23
Bulk Density           9 = 1600. 1600. 1600.
Vertical Conductivity  9 = 9.0E-6 9.0E-6 9.0E-6
Thermal Conductivity   9 = 7.114  6.923 7.0
Thermal Capacity       9 = 1.4e6  1.4e6 1.4e6
Mannings n             9 = 0.013
################################## SOIL 10 #########################################################
Soil Description       10 = SANDY CLAY      
Lateral Conductivity   10 = 2.0e-5     
Exponential Decrease   10 = 1.0
Depth Threshold        10 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   10 = 1e-5
Capillary Drive        10 = 0.09  
Surface Albedo         10 = 0.1       
Number of Soil Layers  10 = 3       
Porosity               10 =  .41 .41 .41 
Pore Size Distribution 10 =  .08 .08 .08
Bubbling Pressure      10 =  .29 .29 .29
Field Capacity         10 =  .31 .31 .31
Wilting Point          10 =  .23 .23 .23
Bulk Density           10 = 1565. 1565. 1565.
Vertical Conductivity  10 = 2.0E-6 2.0E-6 2.0E-6
Thermal Conductivity   10 = 7.114  6.923 7.0
Thermal Capacity       10 = 1.4e6  1.4e6 1.4e6
Mannings n             10 = 0.013
################################## SOIL 11 #########################################################
Soil Description       11 = SILTY CLAY      
Lateral Conductivity   11 = 2.0e-5     
Exponential Decrease   11 = 1.0
Depth Threshold        11 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   11 = 1e-6    
Capillary Drive        11 = 0.09  
Surface Albedo         11 = 0.1       
Number of Soil Layers  11 = 3       
Porosity               11 =  .49 .49 .49
Pore Size Distribution 11 =  .1 .1 .1
Bubbling Pressure      11 =  .34 .34 .34
Field Capacity         11 =  .37 .37 .37
Wilting Point          11 =  .25 .25 .25
Bulk Density           11 = 1346. 1346. 1346.
Vertical Conductivity  11 = 9.0E-6 9.0E-6 9.0E-6
Thermal Conductivity   11 = 7.114  6.923 7.0
Thermal Capacity       11 = 1.4e6  1.4e6 1.4e6
Mannings n             11 = 0.013
################################## SOIL 12 #########################################################
Soil Description       12 = CLAY      
Lateral Conductivity   12 = 2.0e-5     
Exponential Decrease   12 = 1.0
Depth Threshold        12 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   12 = 1e-6    
Capillary Drive        12 = 0.09
Surface Albedo         12 = 0.1       
Number of Soil Layers  12 = 3       
Porosity               12 =  .47 .47 .47
Pore Size Distribution 12 =  .08 .08 .08
Bubbling Pressure      12 =  .37 .37 .37
Field Capacity         12 =  .36 .36 .36
Wilting Point          12 =  .27 .27 .27
Bulk Density           12 = 1394. 1394. 1394
Vertical Conductivity  12 = 2.0E-6 2.0E-6 2.0E-6
Thermal Conductivity   12 = 7.114  6.923 7.0
Thermal Capacity       12 = 1.4e6  1.4e6 1.4e6
Mannings n             12 = 0.013
################################## SOIL 13 #########################################################
Soil Description       13 = BEDROCK
Lateral Conductivity   13 = 2.0e-5     
Exponential Decrease   13 = 1.0
Depth Threshold        13 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   13 = 1e-6    
Capillary Drive        13 = 0.09
Surface Albedo         13 = 0.1       
Number of Soil Layers  13 = 3       
Porosity               13 =  .1 .1 .1
Pore Size Distribution 13 =  .08 .08 .08
Bubbling Pressure      13 =  .36 .36 .36
Field Capacity         13 =  .05 .05 .05
Wilting Point          13 =  .04 .04 .04
Bulk Density           13 = 1650. 1650. 1650.
Vertical Conductivity  13 = 2.0E-6 2.0E-6 2.0E-6
Thermal Conductivity   13 = 7.114  6.923 7.0
Thermal Capacity       13 = 1.4e6  1.4e6 1.4e6
Mannings n             13 = 0.013
################################## SOIL 14 #########################################################
Soil Description       14 = WATER      
Lateral Conductivity   14 = 2.0e-5     
Exponential Decrease   14 = 1.0
Depth Threshold        14 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   14 = 1e-6    
Capillary Drive        14 = 0.09
Surface Albedo         14 = 0.1       
Number of Soil Layers  14 = 3       
Porosity               14 =  .47 .47 .47
Pore Size Distribution 14 =  .08 .08 .08
Bubbling Pressure      14 =  .37 .37 .37
Field Capacity         14 =  .36 .36 .36
Wilting Point          14 =  .27 .27 .27
Bulk Density           14 = 1394. 1394. 1394.
Vertical Conductivity  14 = 2.0E-6 2.0E-6 2.0E-6
Thermal Conductivity   14 = 7.114  6.923 7.0
Thermal Capacity       14 = 1.4e6  1.4e6 1.4e6
Mannings n             14 = 0.013
################################## SOIL 15 #########################################################
Soil Description       15 = ORGANIC      
Lateral Conductivity   15 = 2.0e-5     
Exponential Decrease   15 = 1.0
Depth Threshold        15 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   15 = 1e-6    
Capillary Drive        15 = 0.09  
Surface Albedo         15 = 0.1       
Number of Soil Layers  15 = 3       
Porosity               15 =  .43 .43 .43
Pore Size Distribution 15 =  .19 .19 .19
Bubbling Pressure      15 =  .11 .11 .11
Field Capacity         15 =  .29 .29 .29
Wilting Point          15 =  .14 .14 .14
Bulk Density           15 = 1485. 1485. 1485.
Vertical Conductivity  15 = 9.0E-6 9.0E-6 9.0E-6
Thermal Conductivity   15 = 7.114  6.923 7.0 
Thermal Capacity       15 = 1.4e6  1.4e6 1.4e6
Mannings n             15 = 0.013
################################## SOIL 16 #########################################################
Soil Description       16 = OTHER      
Lateral Conductivity   16 = 2.0e-5     
Exponential Decrease   16 = 1.0
Depth Threshold        16 = 0.5     # If this value is set to be zero, linear transmissivity decays 
                                   # applies unless water table is higher than soil depth. If this 
                                   # value is very large (e.g. > 100), only exponential transimissivity 
                                   # decay applies just like the older versions.        
Maximum Infiltration   16 = 1e-6    
Capillary Drive        16 = 0.09  
Surface Albedo         16 = 0.1       
Number of Soil Layers  16 = 3       
Porosity               16 =  .39 .39 .39
Pore Size Distribution 16 =  .12 .12 .12
Bubbling Pressure      16 =  .29 .29 .29
Field Capacity         16 =  .27 .27 .27
Wilting Point          16 =  .17 .17 .17
Bulk Density           16 = 1600. 1600. 1600.
Vertical Conductivity  16 = 9.0E-6 9.0E-6 9.0E-6
Thermal Conductivity   16 = 7.114  6.923 7.0
Thermal Capacity       16 = 1.4e6  1.4e6 1.4e6
Mannings n             16 = 0.013

############################################################################################################	
# VEGETATION INFORMATION SECTION
############################################################################################################
[VEGETATION]
Vegetation Map File = ./input/veg.bin
Number of Vegetation Types = 14              # Number of different vegetation types
IMPERVIOUS SURFACE ROUTING FILE = ./input/surface.routing.txt

################ VEGETATION 1 ##################################################
Vegetation Description   1 = Dense Urban (>75%) 
Impervious Fraction      1 = 0.75
Detention Fraction       1 = 0.3
Detention Decay          1 = 0.2
Overstory Present        1 = FALSE  
Understory Present       1 = TRUE    
Fractional Coverage      1 = 	   
Hemi Fract Coverage      1 = 
Trunk Space              1 =        
Aerodynamic Attenuation  1 =        
Radiation Attenuation    1 =        
Clumping Factor          1 =		/* Required only if Canopy Radiation Attenuation == VARIABLE*/
Leaf Angle A             1 =		/* Required only if Canopy Radiation Attenuation == VARIABLE*/
Leaf Angle B             1 =		/* Required only if Canopy Radiation Attenuation == VARIABLE*/
Scattering Parameter     1 =		/* Required only if Canopy Radiation Attenuation == VARIABLE*/
Max Snow Int Capacity    1 =  
Snow Interception Eff    1 = 
Mass Release Drip Ratio  1 = 
Height                   1 = 0.2
Overstory Monthly LAI    1 = 
Understory Monthly LAI   1 = 0.5 0.5 0.5 0.5 0.5 1.5 1.5 1.5 1.5 0.5 0.5 0.5 
Maximum Resistance       1 = 3000.  
Minimum Resistance       1 = 340.   
Moisture Threshold       1 = 0.33 
Vapor Pressure Deficit   1 = 4000 
Rpc                      1 = .108
Overstory Monthly Alb    1 = 
Understory Monthly Alb   1 = 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4
Number of Root Zones     1 = 3		
Root Zone Depths         1 = 0.10 0.25 0.40 
Overstory Root Fraction  1 = 0.20 0.40 0.40
Understory Root Fraction 1 = 0.40 0.60 0.00  
Diffuse Radiation Attenuation  1 = 0.215 
Monthly Light Extinction 1 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   1 = 1.2
Number of Root Zones     1 = 3 		   
Root Zone Depths         1 = 0.10 0.15 0.2    

################ VEGETATION 2 ##################################################
Vegetation Description   2 = Light/medium Urban (<75%) 
Impervious Fraction      2 = 0.25
Detention Fraction       2 = 0.2
Detention Decay          2 = 0.2
Overstory Present        2 = FALSE
Understory Present       2 = TRUE   
Fractional Coverage      2 =  
Hemi Fract Coverage      2 = 
Clumping Factor          2 =									        
Leaf Angle A             2 =
Leaf Angle B             2 =			
Scattering Parameter     2 =
Trunk Space              2 =  
Aerodynamic Attenuation  2 = 
Radiation Attenuation    2 = 
Max Snow Int Capacity    2 = 
Snow Interception Eff    2 = 
Mass Release Drip Ratio  2 = 
Height                   2 = 0.2
Overstory Monthly LAI    2 = 
Understory Monthly LAI   2 = 1.0 1.0 1.0 1.0 1.0 3.0 3.0 3.0 3.0 1.0 1.0 1.0
Maximum Resistance       2 = 3000.
Minimum Resistance       2 = 300
Moisture Threshold       2 = 0.33     
Vapor Pressure Deficit   2 = 4000    
Rpc                      2 = 0.108
Overstory Monthly Alb    2 = 
Understory Monthly Alb   2 = 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20
Number of Root Zones     2 = 3		   
Root Zone Depths         2 = 0.10 0.25 0.40   
Overstory Root Fraction  2 = 0.20 0.40 0.40
Understory Root Fraction 2 = 0.40 0.60 0.00
Diffuse Radiation Attenuation  2 = 0.215 
Monthly Light Extinction 2 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   2 = 1.2
Number of Root Zones     2 = 3 		   
Root Zone Depths         2 = 0.10 0.15 0.2    

################ VEGETATION 3 #################################################   
Vegetation Description   3 = Bareground 
Impervious Fraction      3 = 0.0
Detention Fraction       3 = 0.0
Detention Decay          3 = 0.0
Overstory Present        3 = FALSE 
Understory Present       3 = FALSE   
Fractional Coverage      3 = 	   
Hemi Fract Coverage      3 = 
Clumping Factor          3 =
Leaf Angle A             3 =
Leaf Angle B             3 =
Scattering Parameter     3 =
Trunk Space              3 =  
Aerodynamic Attenuation  3 = 
Radiation Attenuation    3 =  
Max Snow Int Capacity    3 =  
Snow Interception Eff    3 = 
Mass Release Drip Ratio  3 = 
Height                   3 = 
Overstory Monthly LAI    3 = 
Understory Monthly LAI   3 = 
Maximum Resistance       3 =  
Minimum Resistance       3 = 
Moisture Threshold       3 = 
Vapor Pressure Deficit   3 =  
Rpc                      3 = 
Overstory Monthly Alb    3 = 
Understory Monthly Alb   3 = 
Number of Root Zones     3 = 3		
Root Zone Depths         3 = 0.10 0.25 0.40 
Overstory Root Fraction  3 = 0.20 0.40 0.40            
Understory Root Fraction 3 = 0.40 0.60 0.00  
Diffuse Radiation Attenuation  3 = 0.215 
Monthly Light Extinction 3 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   3 = 1.2
Number of Root Zones     3 = 3 		   
Root Zone Depths         3 = 0.10 0.15 0.2    

################ VEGETATION 4 ##################################################
Vegetation Description   4 = Snow/Ice (Bare) ##  hoh_config.orig 2=Snow/ICE (Bare)
Impervious Fraction      4 = 0.0
Detention Fraction       4 = 0.0
Detention Decay          4 = 0.0
Overstory Present        4 = FALSE    
Understory Present       4 = FALSE
Fractional Coverage      4 =     
Hemi Fract Coverage      4 = 
Clumping Factor          4 =
Leaf Angle A             4 =
Leaf Angle B             4 =
Scattering Parameter     4 =
Trunk Space              4 = 
Aerodynamic Attenuation  4 = 
Radiation Attenuation    4 = 
Max Snow Int Capacity    4 = 
Snow Interception Eff    4 = 
Mass Release Drip Ratio  4 = 
Height                   4 = 
Overstory Monthly LAI    4 = 
Understory Monthly LAI   4 = 
Maximum Resistance       4 = 
Minimum Resistance       4 = 
Moisture Threshold       4 = 
Vapor Pressure Deficit   4 = 
Rpc                      4 = 
Overstory Monthly Alb    4 = 
Understory Monthly Alb   4 = 
Number of Root Zones     4 = 3		   
Root Zone Depths         4 = 0.10 0.25 0.40   
Overstory Root Fraction  4 = 
Understory Root Fraction 4 = 0.40 0.60 0.00    
Diffuse Radiation Attenuation  4 = 0.215 
Monthly Light Extinction 4 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   4 = 1.2
Number of Root Zones     4 = 3 		   
Root Zone Depths         4 = 0.10 0.15 0.2    

################ VEGETATION 5 ##################################################
Vegetation Description   5 = Hay/Pasture (Taken as meadow) #scg_config.orig; same as Developed Open (Taken as Meadow)
Impervious Fraction      5 = 0.0
Detention Fraction       5 = 0.0
Detention Decay          5 = 0.0
Overstory Present        5 = FALSE
Understory Present       5 = TRUE             
Fractional Coverage      5 = 
Hemi Fract Coverage      5 = 
Clumping Factor          5 =
Leaf Angle A             5 =
Leaf Angle B             5 =
Scattering Parameter     5 =
Trunk Space              5 = 
Aerodynamic Attenuation  5 = 
Radiation Attenuation    5 = 
Max Snow Int Capacity    5 = 
Snow Interception Eff    5 = 
Mass Release Drip Ratio  5 = 
Height                   5 = 0.5      
Overstory Monthly LAI    5 = 
Understory Monthly LAI   5 = 0.78 0.89 1.0 1.12 1.78 2.67 2.78 2.23 2.0 1.23 1.0 0.89
Maximum Resistance       5 = 600.  
Minimum Resistance       5 = 200.    
Moisture Threshold       5 = 0.33
Vapor Pressure Deficit   5 = 4000
Rpc                      5 = 0.108
Overstory Monthly Alb    5 = 
Understory Monthly Alb   5 = 0.36 0.36 0.28 0.22 0.18 0.10 0.10 0.10 0.18 0.28 0.36 0.36
Number of Root Zones     5 = 3 		   
Root Zone Depths         5 = 0.10 0.25 0.40   
Overstory Root Fraction  5 = 
Understory Root Fraction 5 = 0.40 0.60 0.00     
Diffuse Radiation Attenuation  5 = 0.215 
Monthly Light Extinction 5 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   5 = 1.2
Number of Root Zones     5 = 3 		   
Root Zone Depths         5 = 0.10 0.15 0.2    

################ VEGETATION 6 #################################################
Vegetation Description   6 = Grassland/Herbaceous; younger clearcuts     #grassland
Impervious Fraction      6 = 0.0
Detention Fraction       6 = 0.0
Detention Decay          6 = 0.0
Overstory Present        6 = FALSE 
Understory Present       6 = TRUE             
Fractional Coverage      6 =  
Hemi Fract Coverage      6 = 
Clumping Factor          6 =
Leaf Angle A             6 =
Leaf Angle B             6 =
Scattering Parameter     6 =
Trunk Space              6 = 
Aerodynamic Attenuation  6 = 
Radiation Attenuation    6 =  
Max Snow Int Capacity    6 = 		  
Snow Interception Eff    6 =  
Mass Release Drip Ratio  6 = 
Height                   6 = 015
Overstory Monthly LAI    6 = 
Understory Monthly LAI   6 = 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0
Maximum Resistance       6 = 600.  
Minimum Resistance       6 = 200    
Moisture Threshold       6 = 0.33     
Vapor Pressure Deficit   6 = 4000     
Rpc                      6 = 10
Overstory Monthly Alb    6 = 
Understory Monthly Alb   6 = 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2
Number of Root Zones     6 = 3 		   
Root Zone Depths         6 = 0.015 0.035 0.15   
Overstory Root Fraction  6 = 
Understory Root Fraction 6 = 0.40 0.60 0.00      
Diffuse Radiation Attenuation  6 = 0.215 
Monthly Light Extinction 6 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   6 = 1.2
Number of Root Zones     6 = 3 		   
Root Zone Depths         6 = 0.10 0.15 0.2    

################ VEGETATION 7 ##################################################
Vegetation Description   7 = Mixed/deciduous Forest
Impervious Fraction      7 = 0.0
Detention Fraction       7 = 0
Detention Decay          7 = 0
Overstory Present        7 = TRUE       
Understory Present       7 = TRUE             
Fractional Coverage      7 = 0.85         
Hemi Fract Coverage      7 = 0.85
Clumping Factor          7 =
Leaf Angle A             7 =
Leaf Angle B             7 =
Scattering Parameter     7 =
Trunk Space              7 = 0.45           
Aerodynamic Attenuation  7 = 2.0          
Radiation Attenuation    7 = 0.1875         
Max Snow Int Capacity    7 = 0.01225		  
Snow Interception Eff    7 = 0.6              
Mass Release Drip Ratio  7 = 0.4             
Height                   7 = 25.0 0.5      
Overstory Monthly LAI    7 = 3.0 3.0 3.0 3.0 3.0 8.5 8.5 8.5 8.5 3.0 3.0 3.0
Understory Monthly LAI   7 = 2.0 2.0 2.0 2.0 2.0 8.5 8.5 8.5 8.5 2.0 2.0 2.0
Maximum Resistance       7 = 1500. 1000.  
Minimum Resistance       7 = 666.6 823.4
Moisture Threshold       7 = 0.33 0.13     
Vapor Pressure Deficit   7 = 4000 4000     
Rpc                      7 = .108 .108
Overstory Monthly Alb    7 = 0.27 0.27 0.25 0.25 0.22 0.21 0.21 0.21 0.21 0.22 0.24 0.26
Understory Monthly Alb   7 = 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175 0.175
Number of Root Zones     7 = 3 		   
Root Zone Depths         7 = 0.10 0.25 0.40   
Overstory Root Fraction  7 = 0.20 0.40 0.40      
Understory Root Fraction 7 = 0.40 0.60 0.00      
Diffuse Radiation Attenuation  7 = 0.215 
Monthly Light Extinction 7 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   7 = 1.2
Number of Root Zones     7 = 3 		   
Root Zone Depths         7 = 0.10 0.15 0.2    

################ VEGETATION 8 #################################################
Vegetation Description   8 = Conifer Forest 
Impervious Fraction      8 = 0.0
Detention Fraction       8 = 0
Detention Decay          8 = 0
Overstory Present        8 = TRUE        
Understory Present       8 = TRUE             
Fractional Coverage      8 = 0.9         
Hemi Fract Coverage      8 = 0.9
Clumping Factor          8 =
Leaf Angle A             8 =
Leaf Angle B             8 =
Scattering Parameter     8 =
Trunk Space              8 = 0.5         
Aerodynamic Attenuation  8 = 2.5     
Radiation Attenuation    8 = 0.16         
Max Snow Int Capacity    8 = 0.03 
Snow Interception Eff    8 = 0.6              
Mass Release Drip Ratio  8 = 0.4             
Height                   8 = 43.3 0.5
Overstory Monthly LAI    8 = 12 12 12 12 12 12 12 12 12 12 12 12
Understory Monthly LAI   8 = 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0 3.0
Maximum Resistance       8 = 2000 2000  
Minimum Resistance       8 = 1333.2 855.54   
Moisture Threshold       8 = 0.33 0.13     
Vapor Pressure Deficit   8 = 4000 4000     
Rpc                      8 = .108 .108
Overstory Monthly Alb    8 = 0.14 0.14 0.14 0.13 0.13 0.12 0.11 0.11 0.12 0.13 0.14 0.14
Understory Monthly Alb   8 = 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19 0.19
Number of Root Zones     8 = 3 		   
Root Zone Depths         8 = 0.10 0.25 0.40    
Overstory Root Fraction  8 = 0.20 0.40 0.40      
Understory Root Fraction 8 = 0.40 0.60 0.00          
Diffuse Radiation Attenuation  8 = 0.215 
Monthly Light Extinction 8 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   8 = 1.2
Number of Root Zones     8 = 3 		   
Root Zone Depths         8 = 0.10 0.15 0.2    

################ VEGETATION 9 ##################################################
Vegetation Description   9 = Woody Wetlands  ## hood_config
Impervious Fraction      9 = 0.0
Detention Fraction       9 = 0
Detention Decay          9 = 0
Overstory Present        9 = TRUE
Understory Present       9 = TRUE             
Fractional Coverage      9 = 0.15        
Hemi Fract Coverage      9 =
Clumping Factor          9 =
Leaf Angle A             9 =
Leaf Angle B             9 =
Scattering Parameter     9 =
Trunk Space              9 = 0.3           
Aerodynamic Attenuation  9 = 3.5          
Radiation Attenuation    9 = 0.1         
Max Snow Int Capacity    9 = 0.004		  
Snow Interception Eff    9 = 0.6              
Mass Release Drip Ratio  9 = 0.4             
Height                   9 = 4.8 0.5    
Overstory Monthly LAI    9 = 2.05 2.14 2.34 2.59 3.03 3.54 3.59 3.41 3.06 2.55 2.20 2.05
Understory Monthly LAI   9 = 0.363 0.462 0.600 0.600 0.600 0.600 1.125 1.075 0.638 0.363 0.363 0.363
Maximum Resistance       9 = 1000. 5000. 
Minimum Resistance       9 = 333.3 250.   
Moisture Threshold       9 = 0.33 0.13    
Vapor Pressure Deficit   9 = 4000 4000     
Rpc                      9 = .108 .108
Overstory Monthly Alb    9 = 0.2071 0.2071 0.2071 0.2071 0.2071 0.2071 0.2071 0.2071 0.2071 0.2071 0.2071 0.2071
Understory Monthly Alb   9 = 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2
Number of Root Zones     9 = 3 		   
Root Zone Depths         9 = 0.10 0.30 0.20   
Overstory Root Fraction  9 = 0.31 0.36 0.23     
Understory Root Fraction 9 = 0.60 0.40 0.00    
Diffuse Radiation Attenuation  9 = 0.215 
Monthly Light Extinction 9 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   9 = 1.2
Number of Root Zones     9 = 3 		   
Root Zone Depths         9 = 0.10 0.15 0.2    

################ VEGETATION 10 ##################################################
Vegetation Description   10 = Emergent Herbaceous Wetlands #NFT #hood_config.orig
Impervious Fraction      10 = 0.0
Detention Fraction       10 = 0
Detention Decay          10 = 0
Overstory Present        10 = TRUE
Understory Present       10 = TRUE             
Fractional Coverage      10 = 0.05         
Hemi Fract Coverage      10 =
Clumping Factor          10 =
Leaf Angle A             10 =
Leaf Angle B             10 =
Scattering Parameter     10 =
Trunk Space              10 = 0.5           
Aerodynamic Attenuation  10 = 3.5          
Radiation Attenuation    10 = 0.1         
Max Snow Int Capacity    10 = 0.004		  
Snow Interception Eff    10 = 0.6              
Mass Release Drip Ratio  10 = 0.4             
Height                   10 = 24.5 0.5   
Overstory Monthly LAI    10 = 2.0 2.0 2.0 2.0 2.0 6.0 6.0 6.0 6.0 2.0 2.0 2.0 # values for Wooded grassland
Understory Monthly LAI   10 = 0.363 0.462 0.600 0.600 0.600 0.600 1.125 1.075 0.638 0.363 0.363 0.363
Maximum Resistance       10 = 1000. 5000.  
Minimum Resistance       10 = 333.3 250.    
Moisture Threshold       10 = 0.33 0.13     
Vapor Pressure Deficit   10 = 4000 4000     
Rpc                      10 = .108 .108
Overstory Monthly Alb    10 = 0.2235 0.2235 0.2235 0.2235 0.2235 0.2235 0.2235 0.2235 0.2235 0.2235 0.2235 0.2235
Understory Monthly Alb   10 = 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2
Number of Root Zones     10 = 3 		   
Root Zone Depths         10 = 0.10 0.30 0.01    
Overstory Root Fraction  10 = 0.31 0.10 0.10      
Understory Root Fraction 10 = 0.60 0.40 0.00    
Diffuse Radiation Attenuation  10 = 0.215 
Monthly Light Extinction 10 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   10 = 1.2
Number of Root Zones     10 = 3 		   
Root Zone Depths         10 = 0.10 0.15 0.2    

################ VEGETATION 11 #################################################
Vegetation Description   11 = Shrub/Scrub; older clearcuts  #shrubland (closed) ## hood_config.orig
Impervious Fraction      11 = 0.0
Detention Fraction       11 = 0
Detention Decay          11 = 0
Overstory Present        11 = FALSE        
Understory Present       11 = TRUE
Fractional Coverage      11 =        
Hemi Fract Coverage      11 =
Clumping Factor          11 =
Leaf Angle A             11 =
Leaf Angle B             11 =
Scattering Parameter     11 =
Trunk Space              11 =             
Aerodynamic Attenuation  11 =         
Radiation Attenuation    11 = 
Max Snow Int Capacity    11 = 
Snow Interception Eff    11 = 
Mass Release Drip Ratio  11 = 
Height                   11 = 1.5  
Overstory Monthly LAI    11 = 
Understory Monthly LAI   11 = 2.0 2.0 2.0 2.0 2.0 4.0 4.0 4.0 4.0 2.0 2.0 2.0
Maximum Resistance       11 = 600. 
Minimum Resistance       11 = 200.
Moisture Threshold       11 = 0.33 
Vapor Pressure Deficit   11 = 4000
Rpc                      11 = 10 
Overstory Monthly Alb    11 = 
Understory Monthly Alb   11 = 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2
Number of Root Zones     11 = 3 		   
Root Zone Depths         11 = 0.06 0.13 0.30  
Overstory Root Fraction  11 = 
Understory Root Fraction 11 = 0.40 0.60 0.00      
Diffuse Radiation Attenuation  11 = 0.215 
Monthly Light Extinction 11 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   11 = 1.2
Number of Root Zones     11 = 3 		   
Root Zone Depths         11 = 0.10 0.15 0.2    

################ VEGETATION 12 ##################################################
Vegetation Description   12 = Orchard     #Cultivated Crops from NLCD -- FH1M # hood_config.orig
Impervious Fraction      12 = 0.0
Detention Fraction       12 = 0
Detention Decay          12 = 0
Overstory Present        12 = TRUE
Understory Present       12 = TRUE           
Fractional Coverage      12 = 0.35
Hemi Fract Coverage      12 =
Clumping Factor          12 =
Leaf Angle A             12 =
Leaf Angle B             12 =
Scattering Parameter     12 =
Trunk Space              12 = 0.3
Aerodynamic Attenuation  12 = 3.5
Radiation Attenuation    12 = 0.15
Max Snow Int Capacity    12 = 0.004
Snow Interception Eff    12 = 0.6
Mass Release Drip Ratio  12 = 0.4
Height                   12 = 4.8 0.5
Overstory Monthly LAI    12 = 0.46 0.46 0.76 1.85 3.95 5.94 6.29 5.71 4.42 1.91 0.76 0.46
Understory Monthly LAI   12 = 0.363 0.462 0.600 0.600 0.600 0.600 1.125 1.075 0.638 0.363 0.363 0.363
Maximum Resistance       12 = 1000. 5000.
Minimum Resistance       12 = 333.3 250.
Moisture Threshold       12 = 0.33 0.13
Vapor Pressure Deficit   12 = 4000 4000
Rpc                      12 = .108 .108
Overstory Monthly Alb    12 = 0.23 0.23 0.23 0.23 0.23 0.23 0.23 0.23 0.23 0.23 0.23 0.23
Understory Monthly Alb   12 = 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2
Number of Root Zones     12 = 3
Root Zone Depths         12 = 0.10 0.30 0.40
Overstory Root Fraction  12 = 0.31 0.36 0.23
Understory Root Fraction 12 = 0.60 0.40 0.00
Diffuse Radiation Attenuation  12 = 0.215 
Monthly Light Extinction 12 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   12 = 1.2
Number of Root Zones     12 = 3 		   
Root Zone Depths         12 = 0.10 0.15 0.2    

################ VEGETATION 13 ##################################################
Vegetation Description   13 = Water
Impervious Fraction      13 = 0.0
Detention Fraction       13 = 0.0
Detention Decay          13 = 0.0
Overstory Present        13 = FALSE
Understory Present       13 = FALSE
Fractional Coverage      13 =
Hemi Fract Coverage      13 =
Clumping Factor          13 =
Leaf Angle A             13 =
Leaf Angle B             13 =
Scattering Parameter     13 =
Trunk Space              13 =
Aerodynamic Attenuation  13 =
Radiation Attenuation    13 =
Max Snow Int Capacity    13 =
Snow Interception Eff    13 =
Mass Release Drip Ratio  13 =
Height                   13 =
Overstory Monthly LAI    13 = 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
0.0 0.0
Understory Monthly LAI   13 = 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
0.0 0.0
Maximum Resistance       13 =
Minimum Resistance       13 =
Moisture Threshold       13 =
Vapor Pressure Deficit   13 =
Rpc                      13 =
Overstory Monthly Alb    13 = 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
0.00 0.00 0.00 0.00
Understory Monthly Alb   13 = 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
0.00 0.00 0.00 0.00
Number of Root Zones     13 = 3
Root Zone Depths         13 = 0.10 0.25 0.40
Overstory Root Fraction  13 = 0.20 0.40 0.40
Diffuse Radiation Attenuation  13 = 0.215 
Monthly Light Extinction 13 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   13 = 1.2
Number of Root Zones     13 = 3 		   
Root Zone Depths         13 = 0.10 0.15 0.2    

################ VEGETATION 14 ##################################################
Vegetation Description   14 = Other ##Water 
Impervious Fraction      14 = 0.0
Detention Fraction       14 = 0.0
Detention Decay          14 = 0.0
Overstory Present        14 = FALSE        
Understory Present       14 = FALSE            
Fractional Coverage      14 = 
Hemi Fract Coverage      14 =
Clumping Factor          13 =
Leaf Angle A             13 =
Leaf Angle B             13 =
Scattering Parameter     13 =
Trunk Space              14 = 
Aerodynamic Attenuation  14 = 
Radiation Attenuation    14 = 
Max Snow Int Capacity    14 = 
Snow Interception Eff    14 = 
Mass Release Drip Ratio  14 = 
Height                   14 = 
Overstory Monthly LAI    14 = 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
Understory Monthly LAI   14 = 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
Maximum Resistance       14 = 
Minimum Resistance       14 = 
Moisture Threshold       14 = 
Vapor Pressure Deficit   14 = 
Rpc                      14 = 
Overstory Monthly Alb    14 = 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Understory Monthly Alb   14 = 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00
Number of Root Zones     14 = 3 		   
Root Zone Depths         14 = 0.10 0.25 0.40  
Overstory Root Fraction  14 = 0.20 0.40 0.40
Understory Root Fraction 14 = 0.00 0.00 0.00      
Diffuse Radiation Attenuation  14 = 0.215 
Monthly Light Extinction 14 = 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065 0.065
Canopy View Adj Factor   14 = 1.2
Number of Root Zones     14 = 3 		   
Root Zone Depths         14 = 0.10 0.15 0.2    

################################################################################
# MODEL OUTPUT SECTION
################################################################################
[OUTPUT]      # Information what to output when
Output Directory = /home/disk/rocinante/DATA/temp/kcp3/output/snoho/prism_delta/
Initial State Directory   = ./modelstate_36_500k/

################ PIXEL DUMPS ###################################################
Number of Output Pixels    = 3		# For each pixel make a key-entry pair as indicated below, varying the 
       	  	 	     		# number for the output pixel  (1, .. , Number of Output Pixel)
North Coordinate 1           = 5292624
East Coordinate 1            = 597543
Name 1                       = Alpine_Meadows

North Coordinate 2           = 5282174
East Coordinate 2            = 604351
Name 2                       = Skookum_Creek

North Coordinate 3           = 5289895
East Coordinate 3            = 642948
Name 3                       = Stevens_Pass

################ MODEL STATE ###################################################                
Number of Model States     =  0           # Number of model states to dump
       	  		      		  # For each model state make a key-entry pair as indicated below, varying the 
					  # number for the model state dump (1, .. , Number of Model States)
State Date               1 = 9/30/1981-23
State Date               2 = 9/30/1982-23
State Date               3 = 9/30/1983-23
State Date               4 = 9/30/1984-23
State Date               5 = 9/30/1985-23
State Date               6 = 9/30/1986-23
State Date               7 = 9/30/1987-23
State Date               8 = 9/30/1988-23
State Date               9 = 9/30/1989-23
State Date               10 = 9/30/1990-23
State Date               11 = 9/30/1991-23
State Date               12 = 9/30/1992-23
State Date               13 = 9/30/1993-23
State Date               14 = 9/30/1994-23
State Date               15 = 9/30/1995-23
State Date               16 = 9/30/1996-23
State Date               17 = 9/30/1997-23
State Date               18 = 9/30/1998-23
State Date               19 = 9/30/1999-23
State Date               20 = 9/30/2000-23
State Date               21 = 9/30/2001-23
State Date               22 = 9/30/2002-23
State Date               23 = 9/30/2003-23
State Date               24 = 9/30/2004-23
State Date               25 = 9/30/2005-23
State Date               26 = 9/30/2006-23
State Date               27 = 9/30/2007-23
State Date               28 = 9/30/2008-23
State Date               29 = 9/30/2009-23
State Date               30 = 9/30/2010-23
State Date               31 = 9/30/2011-23
State Date               32 = 9/30/2012-23
State Date               33 = 9/30/2013-23
State Date               34 = 9/30/2014-23
State Date               35 = 9/30/2015-23

################ MODEL MAPS ####################################################
Number of Map Variables    = 0            # Number of different variables for
                                          # which you want to output maps
					  # For each of the variables make a block like the one that follows, varying
					  # the number of the variable (n = 1, .. , Number of Map Variables)
Map Variable             1 = 513          # Surface runoff from HOF and Return Flow (VarID.c in sourcecode)
Map Layer                1 = 1
Number of Maps           1 = 14          
Map Date 1               1 = 1/1/2006-03
Map Date 2               1 = 1/1/2006-06
Map Date 3               1 = 1/1/2006-09
Map Date 4               1 = 1/1/2006-12
Map Date 5               1 = 1/1/2006-15
Map Date 7               1 = 1/1/2006-18
Map Date 6               1 = 1/1/2006-21
Map Date 8               1 = 1/2/2006-03
Map Date 9               1 = 1/2/2006-06
Map Date 10               1 = 1/2/2006-09
Map Date 11               1 = 1/2/2006-12
Map Date 12               1 = 1/2/2006-15
Map Date 13               1 = 1/2/2006-18
Map Date 14               1 = 1/2/2006-21

######################################### MODEL IMAGES #################################################################
Number of Image Variables  = 0		# Number of variables for which you 
                                        # would like to output images
					# For each of the variables make a block like the one that follows, varying
					# the number of the variable (n = 1, .. , Number of Image Variables)

Image Variable        1 = 513           # ID of the variable to output
Image Layer           1 = 1             # If the variable exists for a number
					# of layers, specify the layers here with the top layer = 1
Image Start           1 = 1/1/1985-00   # First timestep for which to output an image		                
Image End             1 = 1/1/1986-00   # Last timestep for which to output an image
Image Interval        1 = 3             # Time interval between images (hours)
Image Upper Limit     1 = 255           # All values in the output equal to or
                                        # greater than this limit will be set 
                                        # to 255
Image Lower Limit     1 = 0             # All values in the output equal to or
                                        # smaller than this limit will be set 
                                        # to 0
######################################### GRAPHIC IMAGES ################################################################
Number of Graphics      =  0               # Number of variables for which you 
                                           # would like to output images
Graphics ID           1 = 15               # ID of the variable to output
Graphics ID           1 = 22
Graphics ID           2 = 23
Graphics ID           3 = 24
Graphics ID           4 = 25
Graphics ID           5 = 43
Graphics ID           6 = 44
Graphics ID           7 = 8
Graphics ID           8 = 2
Graphics ID           9 = 50
Graphics ID           10 = 1

# 1	SWE (mm)
# 2	Water Table Depth (mm)
# 3	Digital Elevation Model (m)
# 4	Vegetation Class (index #)
# 5	Soil Class (index #)
# 6	Soil Depth (mm)
# 7	Precipitation at current time step (mm/time step)
# 8	Incoming Shortwave (Beam and Diffuse) (W/sqm)
# 9	Intercepted Snow (mm)
# 10	Snow Surface Temp (C)
# 11	Cold Content of snow entire snow pack (kJ)
# 12	Snow Melt (as Outflow minus Precip, can be negative) (mm/time step)
# 13	Snow Pack Outflow (mm/time step)
# 14	Saturated Subsurface Flow (mm/time step)
# 15	Overland Flow(mm)
# 16	Total Evapotranspiration (soil + all veg layers)
# 17	Ground Snow pack vapor flux (mm)
# 18	Intercepted snow pack vapor flux (mm)
# 19    Soil Moisture (Surface Layer) % of saturation (i.e. porosity)
# 20    Soil Moisture (2nd Layer) % of saturation (i.e. porosity)
# 21    Soil Moisture (3rd Layer) % of saturation (i.e. porosity)
# 22    Accumulated Precip (mm)
# 23    air temperature (C)
# 24    wind speed (m/s)
# 25    relative humidity
# 26    Prism Precip Field (mm)
# 31    Overstory Transpiration (mm)
# 32    Understory Transpirtation (mm)
# 33    Soil Evaporation (mm)
# 34    Overstory Evaporation (mm)
# 35    Understory Evaportation (mm)
# 41    Sky View Factor (%)
# 42    Shade Map (%)
# 43    Direct Beam Shortwave Rad (W/sqm)
# 44    Diffuse Beam Shortwave Rad (W/sqm)
# 45    Aspect (degrees)
# 46    Slope (percent)
# 50    Channel Subsurface Interception (mm)
# 51    Road Subsurface Interception (mm)
# WARNING Use soil mositure layers with caution, to minimize calculations during redraw
# DHSVM does not check to make sure that the assigned soil layer exists
#########################################################################################################
# END OF INPUT FILE
#########################################################################################################
[End]                                     # This is probably not needed, but 
                                          # just in case (to close the previous
                                          # section)
#########################################################################################################

