
################################################################################
#OPTIONS SECTION for West Branch
################################################################################
[OPTIONS]
Radiation                    = INLINE  
Format                       = BIN
Extent                       = BASIN
Gradient                     = TOPOGRAPHY
Read Flow Directions         = TRUE
Sensible Heat Flux           = FALSE
MM5                          = FALSE
Precipitation Source         = STATION
Wind Source                  = STATION
Flow Routing                 = NETWORK
Hydraulic Routing            = LINEAR  # FTABLE LINEAR POWERLAW TRUE CASCADE_LINEAR CASCADE_LINEAR_LIMITED CASCADE_POWERLAW
Channel Routing              = LINEAR  # FTABLE LINEAR POWERLAW
Groundwater                  = TRUE    # TRUE
Frozen Soil                  = FALSE   # TRUE FALSE

Interpolation        = INVDIST        #INVDIST,NEAREST,VARCREST, READ
MM5                  = FALSE		  # TRUE if the MM5 interface is to
					  # be used, FALSE otherwise.  This
					  # option overrides all other met
					  # options
QPF                  = FALSE              # can only be set to true if MM5 is true
					  # setting qpf true will override the mm5
					  # precipitation fields with qpf pseudo stations
					  # defined in the meteorology section 
			                  # files follow standard met format: but only precip needed
Prism                = FALSE             # interpolate precip based on prism data
				          # Maps for each month will be read from
					  # the same directory as the model state
				          # Maps must be named PrismMap.xx.bin
					  # where xx is month (zeros packed) 
					  # PrismMaps must match the DEM dims exactly
Snotel               = FALSE              # if true then all station veg data will be set
					  # to no overstory (i.e. bare)
Outside              = TRUE              # allow met stations outside of bounding box
Rhoverride           = FALSE              # if true, set local Rh=100 0f local Precip>0
Precipitation Source = STATION            # STATION or RADAR
Wind Source          = STATION            # STATION or MODEL
Shading              = TRUE

################ VARIABLE CRESTMAN INTERPOLATION ###############################
# The following two options only need to be filled out if the VARCREST 
# interpolation scheme is specified above 

Cressman Radius        =  10           # radius in model pixels
Cressman Stations      =   4            # maximum number of stations to
	                                  #interpolate on at each pixel

################ READ INTERPOLATION WEIGHTS FROM FILE #########################
Met Weights Info File  = 
Met Weights File Path  = 

################ LAPSE RATES ###################################################

Temperature Lapse Rate       = CONSTANT
Precipitation Lapse Rate     = CONSTANT        # VARIABLE HANFORD

################ Infiltration Rate #############################################
Infiltration                 = CONSTANT    # VARIABLE  CONSTANT

################################################################################
#MODEL AREA SECTION
################################################################################
[AREA]                                           # Model area
Coordinate System                = USER_DEFINED           # UTM or USER_DEFINED
Extreme North                    = 228863.24672965         # Coordinate for northern edge of grid
Extreme West                     = 474630.42732558      # Coordinate for western edge of grid
Center Latitude                  = 44.5       # Central parallel of basin (N positive)
Center Longitude                 = -72.5     # Central meridian of basin (E positive)
Time Zone Meridian               = -72.5          # Time zone meridian for area (E positive)
Number of Rows                   = 153        # Number of rows in grid
Number of Columns                = 142         # Number of columns in grid
Grid Spacing                     = 30       # Grid resolution (m)
Point North                      =               # North coordinate for point model
                                                 # (needed only if Extent = POINT)
Point East                       =               # East coordinate for point model
                                                 # (needed only if Extent = POINT)

################################################################################
#TIME SECTION
################################################################################
[TIME]                                                          		# Model period
Time Step = 1
Model Start = 10/01/2001-00
Model End = 09/30/2002-23

################################################################################
#CONSTANTS SECTION
################################################################################
[CONSTANTS]
Ground Roughness             = .01
Snow Roughness               =  0.001
Rain Threshold               = 0.0
Snow Threshold               = 1.0
Snow Water Capacity          = 0.06
Reference Height             = 22
Rain LAI Multiplier          =  0.0001
Snow LAI Multiplier          =  0.004
Min Intercepted Snow         =  0.005
Outside Basin Value          = 0

################ LAPSE RATES ###################################################

Temperature Lapse Rate       = -0.003   # was
Precipitation Lapse Rate     = 0.0008   # was 

################################################################################
#TERRAIN INFORMATION SECTION
################################################################################
[TERRAIN]
DEM File                     = ./inputmans/dem_west.bin
Basin Mask File              = ./inputmans/mask_west.bin
Flow Direction File          = ./inputmans/flowdir_west.bin

################################################################################
#ELEVATION BAND INFORMATION SECTION
################################################################################
[ELEVBAND]
ElevBand Input File          = ./inputmans/Regional.dat
ElevBand Output File         = ./outputmans/ElevBand.out

################################################################################
#GROUNDWATER INFORMATION SECTION
################################################################################
[GROUNDWATER]
Gwater DEM File              = ./inputmans/dem_west.bin
Gwater Flow Direction File   = ./inputmans/flowdir_west.bin
Gwater To Channel File       = ./inputmans/str_mapw.dat
Initial Groundwater Depth    = 0.0

################################################################################
#FROZEN SOILS INFORMATION SECTION
################################################################################
[FROZENSOIL]
Threshold Value              = -25.0
Soil K_L                     = 25.0
Soil B                       = 1.0
Soil N                       = 0.025
Start JDay                   = 314

################################################################################
#FTABLE SECTION
################################################################################
[FTABLE]
Ftable Multiplier File       = ./inputmans/multipliers_200m_1.dat
Ftable Data File             = ./inputmans/ftables4.dat

################################################################################
#ROUTING SECTION
################################################################################
[ROUTING]

################ UNIT HYDROGRAPH ###############################################
Travel Time File             =
Unit Hydrograph File         =

################ STREAM NETWORK ################################################
Stream Network File          = ./inputmans/str_netw.dat
Stream Map File              = ./inputmans/str_mapw.dat
Stream Class File            = ./inputmans/stream-class.dat

################ ROAD NETWORK ##################################################
Road Network File            = none
Road Map File                = none
Road Class File              = none

################################################################################
[METEOROLOGY]
Number of Stations           = 1

################ STATION 1 #####################################################
Station Name 1 = West Branch gage # was Mansfield 2900 ft
North Coordinate 1 = 224969.61 # was 224473.94 
East Coordinate 1 =  478097.89 # was 476250.78
Elevation 1 = 426 # was 883 for VMC met station
Station File 1 = ./inputmans/mansfield-met-wy02.txt
Number Temp Lapse Rates 1    = 0
Number Precip Lapse Rates 1  = 0
Elevation Break Point 1      = 0.0


################ IPW FILES #####################################################
IPW Table File               =
IPW Map File                 =

################ RADAR #########################################################
Radar Start                  =
Radar File                   =
Radar Extreme North          =
Radar Extreme West           =
Radar Grid Spacing           =
Radar Number of Rows         =
Radar Number of Columns      =

################ 3.0 MODEL ####################################################
Number of Wind Maps          =
Wind File Basename           =
Wind Map Met Station         =

################ MM5 ###########################################################
MM5 Start                    =
MM5 Temperature File         =
MM5 Humidity File            =
MM5 Wind Speed File          =
MM5 Shortwave File           =
MM5 Longwave File            =
MM5 Precipitation File       =
MM5 Pressure File            =
MM5 Soil Temperature File 0  =

################################################################################
#SOILS INFORMATION SECTION 
################################################################################
[SOILS]
Soil Depth File              = ./inputmans/soildepth_west.bin
Soil Map File                = ./inputmans/soiltypelb_west.bin
Soil Depth Multiplier        =  1.2
Number of Soil Types         = 1

################ SOIL 1 ########################################################
Soil Description 1           = Basic Soil
Lateral Conductivity 1       =  0.363
Exponential Decrease 1       =  2
Maximum Infiltration 1       =  2.5e-05
Surface Albedo 1             = 0.1
Number of Soil Layers 1      = 3
Porosity 1                   = 0.4 0.35 0.35
Pore Size Distribution 1     = 0.28 0.28 0.30
Bubbling Pressure 1          = 0.3389 .4423 .4118
Field Capacity 1             =  0.20  0.20  0.20
Wilting Point 1              =  0.03  0.03  0.03
Bulk Density 1               = 1000. 1400. 1500.
Vertical Conductivity 1      =  0.0363  0.0363  0.0363
Thermal Conductivity 1       = 7.11 6.92 8.01
Thermal Capacity 1           = 1.4e6 1.4e6 1.4e6
Infiltration Coefficient 1   =  8.78e-09
Infiltration Exponent 1      =  1.3
Quick Flow Coefficient 1     =  5
Quick Flow Exponent 1        =  1.66667
Maximum Soil Resistance 1    = 3.8113e4
Soil Resistance Coeff 1      = 13.515
Groundwater Conductivity 1   = 7.0e-7    # 5.4e-8
Groundwater Conductivity Lat 1   = 8.0e-3 # 5.4e-5  
Base Layer Conductivity 1    =  0.0
Maximum Ground Melt 1        = 0.0
                                    
                                    
################################################################################
#VEGETATION INFORMATION SECTION 
################################################################################
[VEGETATION]
Vegetation Map File          = ./inputmans/vegtype_west.bin
Number of Vegetation Types   = 6

################ VEGETATION 1 ##################################################
Vegetation Description 1     = paved
Overstory Present 1          = FALSE
Understory Present 1         = TRUE
Fractional Coverage 1        = 
Trunk Space 1                = 
Aerodynamic Attenuation 1    =
Radiation Attenuation 1      =
Max Snow Int Capacity   1 =  
Snow Interception Eff   1 =               
Mass Release Drip Ratio 1 =              
Height 1                     =  0.5
Overstory LAI 1              =
Understory LAI 1             =  0.5  0.5  1  2  4  4  4  4  2  0.5  0.5  0.5
Maximum Resistance 1         =  600
Minimum Resistance 1         =  80
Moisture Threshold 1         =  0.33
Vapor Pressure Deficit 1     =  4000
Rpc 1                        =  .108
Albedo 1                     =  .2

Number of Root Zones 1       = 3
Root Zone Depths 1           =  0.2  0.2  0.2
Overstory Root Fraction 1    = .86 .14 0.0
Understory Root Fraction 1   = .86 .14 0.0

################ VEGETATION 2 ##################################################
Vegetation Description 2     = gravel
Overstory Present 2          = FALSE
Understory Present 2         = TRUE
Fractional Coverage 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                     =  0.5
Overstory LAI 2              =
Understory LAI 2             =  0.5  0.5  1  2  4  4  4  4  2  0.5  0.5  0.5
Maximum Resistance 2         =  600
Minimum Resistance 2         =  80
Moisture Threshold 2         =  0.33
Vapor Pressure Deficit 2     =  4000
Rpc 2                        =  .108
Albedo 2                     =  .2

Number of Root Zones 2       = 3
Root Zone Depths 2           =  0.2  0.2  0.2
Overstory Root Fraction 2    = .86 .14 0.0
Understory Root Fraction 2   = .86 .14 0.0

################ VEGETATION 3 ##################################################
Vegetation Description 3     = ski trails
Overstory Present 3          = FALSE
Understory Present 3         = TRUE
Fractional Coverage 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                     =  0.5
Overstory LAI 3              =
Understory LAI 3             =  0.5  0.5  1  2  4  4  4  4  2  0.5  0.5  0.5
Maximum Resistance 3         =  600
Minimum Resistance 3         =  80
Moisture Threshold 3         =  0.33
Vapor Pressure Deficit 3     =  4000
Rpc 3                        =  .108
Albedo 3                     =  .2

Number of Root Zones 3       = 3
Root Zone Depths 3           =  0.2  0.2  0.2
Overstory Root Fraction 3    = .86 .14 0.0
Understory Root Fraction 3   = .86 .14 0.0

################ VEGETATION 4 ##################################################
Vegetation Description 4     = bedrock
Overstory Present 4          = FALSE
Understory Present 4         = TRUE
Fractional Coverage 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                     =  0.5
Overstory LAI 4              =
Understory LAI 4             =  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5  0.5
Maximum Resistance 4         =  600
Minimum Resistance 4         =  80
Moisture Threshold 4         =  0.33
Vapor Pressure Deficit 4     =  4000
Rpc 4                        =  .108
Albedo 4                     =  .2

Number of Root Zones 4       = 3
Root Zone Depths 4           =  0.2  0.2  0.2
Overstory Root Fraction 4    = .86 .14 0.0
Understory Root Fraction 4   = .86 .14 0.0

################ VEGETATION 5 ##################################################
Vegetation Description 5     = conifer forest
Overstory Present 5          = TRUE
Understory Present 5         = FALSE
Fractional Coverage 5        = 1.0
Trunk Space 5                = 0.3
Aerodynamic Attenuation 5    =  1.5
Radiation Attenuation 5      =  0.25
Max Snow Int Capacity   5 =  0.01
Snow Interception Eff   5 =  0.6
Mass Release Drip Ratio 5 =  0.4
Height 5                     =  20
Overstory LAI 5              =  2  2  2  3  4  5  5  5  5  4  3  2
Understory LAI 5             =
Maximum Resistance 5         =  2500
Minimum Resistance 5         =  200
Moisture Threshold 5         =  0.15
Vapor Pressure Deficit 5     =  4000
Rpc 5                        =  130
Albedo 5                     =  0.18

Number of Root Zones 5       = 3
Root Zone Depths 5           =  0.2  0.2  0.2
Overstory Root Fraction 5    = .1 .3 .6
Understory Root Fraction 5   = .86 .14 0.0

################ VEGETATION 6 ##################################################
Vegetation Description 6     = deciduous forest
Overstory Present 6          = TRUE
Understory Present 6         = FALSE
Fractional Coverage 6        = 1.0
Trunk Space 6                = 0.3
Aerodynamic Attenuation 6    =  1.5
Radiation Attenuation 6      =  0.25
Max Snow Int Capacity   6 =  0.01
Snow Interception Eff   6 =  0.6
Mass Release Drip Ratio 6 =  0.4
Height 6                     =  20
Overstory LAI 6              =  0  0  0  3  4  5  5  5  5  4  3  0
Understory LAI 6             =
Maximum Resistance 6         =  2500
Minimum Resistance 6         =  150
Moisture Threshold 6         =  0.15
Vapor Pressure Deficit 6     =  4000
Rpc 6                        =  130
Albedo 6                     =  0.18

Number of Root Zones 6       = 3
Root Zone Depths 6           =  0.2  0.2  0.2
Overstory Root Fraction 6    = .1 .3 .6
Understory Root Fraction 6   = .86 .14 0.0

################################################################################
#MODEL OUTPUT SECTION 
################################################################################
[OUTPUT]
Output Directory             = ./outputmans/west/

################ PIXEL DUMPS ###################################################
Number of Output Pixels      = 0

################ MODEL STATE ###################################################
Read Initial State           = TRUE
Initial State Directory      = ./state/west/
Initial Soil Temperature     = 10.0
Initial Soil Moist Factor    = 0.08 
Number of Model States       = 1
State Date 1                 = 9/30/2002-23
State Date 2                 = 2/1/1995-0
State Date 3                 = 3/31/2005-23
State Date 4                 = 10/1/2005-0
State Date 5                 = 9/30/2005-0

################ MODEL MAPS ####################################################
Number of Map Variables      = 0 
Map Variable 1               = 205 
Map Layer 1                  = 1 
Number of Maps 1             = 2 
Map Date 1 1                 = 01/06/1995-0 
Map Date 2 1                 = 01/31/1995-23 
Map Variable 2               = 790 
Map Layer 2                  = 1 
Number of Maps 2             = 2 
Map Date 1 2                 = 01/06/1995-0 
Map Date 2 2                 = 01/31/1995-23 
Map Variable 3               = 792 
Map Layer 3                  = 1 
Number of Maps 3             = 2 
Map Date 1 3                 = 01/06/1995-0 
Map Date 2 3                 = 01/31/1995-23 
Map Variable 4               = 802 
Map Layer 4                  = 1 
Number of Maps 4             = 2 
Map Date 1 4                 = 01/06/1995-0 
Map Date 2 4                 = 01/31/1995-23 
Map Variable 5               = 801 
Map Layer 5                  = 1 
Number of Maps 5             = 2 
Map Date 1 5                 = 01/06/1995-0 
Map Date 2 5                 = 01/31/1995-23 
Number of Map Variables      = 5 
Map Variable 1               = 205 
Map Layer 1                  = 1 
Number of Maps 1             = 2 
Map Date 1 1                 = 01/06/1995-0 
Map Date 2 1                 = 01/31/1995-23 
Map Variable 2               = 790 
Map Layer 2                  = 1 
Number of Maps 2             = 2 
Map Date 1 2                 = 01/06/1995-0 
Map Date 2 2                 = 01/31/1995-23 
Map Variable 3               = 792 
Map Layer 3                  = 1 
Number of Maps 3             = 2 
Map Date 1 3                 = 01/06/1995-0 
Map Date 2 3                 = 01/31/1995-23 
Map Variable 4               = 802 
Map Layer 4                  = 1 
Number of Maps 4             = 2 
Map Date 1 4                 = 01/06/1995-0 
Map Date 2 4                 = 01/31/1995-23 
Map Variable 5               = 801 
Map Layer 5                  = 1 
Number of Maps 5             = 2 
Map Date 1 5                 = 01/06/1995-0 
Map Date 2 5                 = 01/31/1995-23 

################ MODEL IMAGES ##################################################
Number of Image Variables    = 0

################################################################################
#END OF INPUT FILE 
################################################################################
[End]
