Kuivajarvi2012-2013 configuration files added

data/Kuj2012-13_outflow.dat

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+14	0.00	0.00
+15	0.00	0.00
+16	0.00	0.00
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+3	0.00	0.00
+4	0.00	0.00
+5	0.00	0.00
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+26	0.00	0.00
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+34	0.00	0.00
+35	0.00	0.00
+36	0.00	0.00
+37	0.00	0.00
+38	0.00	0.00
+39	0.00	0.00
+40	0.00	0.00
+41	0.00	0.00
+1	14	0.15
+2	0.00	0.00
+3	0.00	0.00
+4	0.00	0.00
+5	0.00	0.00
+6	0.00	0.00
+7	0.00	0.00
+8	0.00	0.00
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+10	0.00	0.00
+11	0.00	0.00
+12	0.00	0.00
+13	0.00	0.00
+14	0.00	0.00
+15	0.00	0.00
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+17	0.00	0.00
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+30	0.00	0.00
+31	0.00	0.00
+32	0.00	0.00
+33	0.00	0.00
+34	0.00	0.00
+35	0.00	0.00
+36	0.00	0.00
+37	0.00	0.00
+38	0.00	0.00
+39	0.00	0.00
+40	0.00	0.00
+41	0.00	0.00

data/triban.py

+from matplotlib import pyplot as plt
+
+
+fid = open('Kuj2012-13_inflow.dat','r')
+
+depth = 12.
+
+M = 40
+dz = depth/float(M+1)
+dt = 15.2 #days
+
+ncol_width = 2
+ncol_u = 3
+
+disch = []
+line = '0'
+j = -1
+while(line != ''):
+	j += 1
+	disch.append(0.)
+	for i in range(M+1):
+		line = fid.readline()
+		print(line)
+		if line != '':
+			line = line.split()
+			disch[j] += float(line[ncol_width-1])*dz*float(line[ncol_u-1])
+
+time = []
+for i in range(j+1):
+	time.append(dt*i)
+
+print(len(disch),len(time))
+plt.plot(time,disch)
+plt.show()

setup/Kuivajarvi_2012-2013_driver.dat

+# The parameters for driver of Lake model
+#-----------------------------------------------------------------------------------------
+#                     INFORMATION ON THE FILE WITH ATMOSPHERIC DATA
+#-----------------------------------------------------------------------------------------
+# DESCRIPTION
+# dataname*   --- name of file with atmospheric data (must be in data directory)
+# height_T_q* --- height of temperature and humidity measurements, m
+# height_u*   --- height of wind measurements, m
+# interval*   --- time interval of measurements, hours
+# rad*        --- defines, atmospheric radiation (1) or net radiation (2) is
+#                 in the appropriate coloumn of datafile, relevant if input file is ASCII (forc_format = 0)
+# forc_format*--- defines the input file format: 0 - ASCII(text), 1 - netcdf
+# npoints*    --- the number of points of the forcing, must be 1, if input file is ASCII (forc_format = 0)
+# select_call --- the length of the set of numbers of forcing points (maximal 20), for which the Lake model
+#                 will be launched, other points will be omitted
+# lakinterac --- switch for (two) interacting lakes (1 - OFF, 2 - ON)
+# form*       --- defines the input file format, relevant if input file is ASCII (forc_format = 0):
+#                                                     0 - "free" (adjustable) format (see below)
+#                                                     other options are disabled
+#
+# The parameters for adjustable format of input text file, relevant if forc_format = 0, form = 0 :
+#
+# N_header_lines* --- the number of lines, occupied by file header 
+# N_coloumns*     --- the total number of coloumns in the file
+# N_Year*         --- the number of coloumn with the number of year (not used in the model)
+# N_Month*        --- the number of coloumn with the number of month (not used in the model)
+# N_Day*          --- the number of coloumn with the number of day (not used in the model)
+# N_Hour*         --- the number of coloumn with the number of hour (not used in the model)
+# N_Uspeed*       --- the number of coloumn with x-component speed values,      (m/s)
+# N_Vspeed*       --- the number of coloumn with y-component speed values,      (m/s)
+# N_Temp*         --- the number of coloumn with air temperature values,        (K)
+# N_Hum*          --- the number of coloumn with air humidity values,           (kg/kg)
+# N_Pres*         --- the number of coloumn with atmospheric pressure value,s   (Pa)
+# N_SWdown*       --- the number of coloumn with net solar radiation values,    (W/m**2)
+# N_LWdown*       --- the number of coloumn with net longwave radiation values, (W/m**2)
+# N_Precip*       --- the number of coloumn with precipitation intensity,       (m/s)
+# N_cloud         --- the number of coluumn with cloudiness,                    (fraction) used only when longwave radiation is missing
+#-----------------------------------------------------------------------------------------
+#
+dataname    'Kuivajarvi_2012-2013'
+forc_format 0
+npoints     1
+# 8
+#select_call 3
+#1
+#2
+#3
+#
+lakinterac  1
+form        0
+height_T_q  1.5
+height_u    1.7
+interval    0.5
+rad         1
+#
+N_header_lines  0
+N_coloumns      12
+#
+N_Year          1
+N_Month         2
+N_Day           3
+N_Hour          4
+N_Uspeed        5
+N_Vspeed        6
+N_Temp          7
+N_Hum           8
+N_Pres          9
+N_SWdown        10
+N_LWdown        11
+N_Precip        12
+N_SensFlux      -1
+N_LatentFlux    -1
+N_Ustar         -1
+N_surfrad       -1
+N_cloud         -1
+#
+#-----------------------------------------------------------------------------------------
+#                              TIME INTEGRATION PARAMETERS
+#-----------------------------------------------------------------------------------------
+# DESCRIPTION
+# year0*       --- julian year of start of integration
+# month0*      --- julian month of start of integration
+# day0*        --- julian day of start of integration
+# hour0*       --- hour of start of integration (is real value)
+# dt*          --- timestep,         s
+# tinteg*      --- integration time (including spinup period!), days
+# spinup_times*  --- number for spinup periods
+# spinup_period--- the duration of spinup period, s
+# call_Flake   --- the switch for integrating Flake model (1 - on, 0 - off)
+#-----------------------------------------------------------------------------------------
+#
+year0     2012
+month0      6
+day0        13
+hour0       0.
+#
+tinteg     519.0
+spinup_times  0
+spinup_period 0.
+# 31536000 is year
+dt          10.
+call_Flake  0
+#
+#----------------------------------------------------------------------------------------
+#                                   PHYSICAL PARAMETERS
+#----------------------------------------------------------------------------------------
+# DESCRIPTION
+# extwat       --- coefficient of solar radiation extinction in water body, m**(-1)
+# extice       --- coefficient of solar radiation extinction in ice layer,  m**(-1)
+# alphax       --- slope angle of water surface in the x-direction,         deg
+# alphay       --- slope angle of water surface in the y-direction,         deg
+# c_veg        --- friction coefficient of vegetation in water,             n/d
+# a_veg        --- effective cross-section of vegetation,                   m**2/m**2
+# h_veg        --- the height of vegetation in the lake,                    m
+# kor          --- Coriolis parameter,                                      s**(-1)
+#                  if -999, it is calculated from latitude
+# phi*         --- latitude (positive to North), deg (required only for water albedo calculation)
+# lam*         --- longitude (positive to East), dag (required only for water albedo calculation)
+# fetch        --- the wind fetch,                                          m
+#----------------------------------------------------------------------------------------
+#
+extwat      0.58
+#select_extwat 9
+#2   0.02
+#20  0.12
+#108 0.14
+#86  0.17
+#176 0.12
+#105 0.24
+#39  0.17
+#170 0.14
+#163 1.2
+#
+extice      1.E+7
+alphax      0.0
+alphay      0.0
+a_veg       1.
+c_veg       1.e-3
+h_veg       0.
+kor         -999.
+# 1.e-4
+phi         61.84572 
+lam         24.28557
+fetch       410.
+#
+#----------------------------------------------------------------------------------------
+#                                   INITIAL CONDITIONS
+#----------------------------------------------------------------------------------------
+# DESCRIPTION
+# l10   --- thickness of ice,                          m
+# h10   --- thickness of liquid water,                 m
+# select_h10 --- thickness of liquid water in selected points (maximal 20), m
+#                (must be specified AFTER select_call)
+# ls10  --- thickness of ice at the bottom,            m
+# hs10  --- thickness of snow cover,                   m
+# Ts0   --- temperature of mixed layer,                C
+# Tb0   --- temperature at the bottom,                 C
+# Sals0 --- salinity in mixed layer,                   kg/kg
+# Salb0 --- salinity at the bottom,                    kg/kg
+# us0   --- x-component of speed at the surface,       m/s
+# vs0   --- y-component of speed at the surface,       m/s
+# Tbb0  --- temperature at the lower boundary of soil, C
+# h_ML0 --- thickness of mixed layer,                  m
+# init_T--- the type of temperature profile initialization:
+#           1 - using h_ML0, Ts0 and Tb0
+#           2 - using Tm,    Ts0 and Tb0
+#           3 - using the temperature profile, specified in *_setup.dat file after keyword T_profile
+#-----------------------------------------------------------------------------------------
+#
+l10         0.
+h10         12.5
+#select_h10  3
+#1  1.2
+#2  2.
+#3  5.
+#select_h10  8
+#1  3.
+#2  4.
+#3  5.
+#4  6.
+#5  7.
+#6  8.
+#7  9.
+#8  10.
+#
+ls10        0.
+hs10        0.
+Ts0         3.41
+Tb0         3.97
+Tbb0        4.
+Tm          3.
+h_ML0       0.
+Sals0       0.
+Salb0       0.
+us0         1.E-3
+vs0         1.E-3
+init_T      3
+#
+#-----------------------------------------------------------------------------------------
+#                              SOME LAKE PARAMETERS
+#-----------------------------------------------------------------------------------------
+# area_lake     --- the area of the lake,                              m**2
+# trib_inflow*  --- total tributaries' inflow,                         m**3/s
+# morphometry   --- depth - lake cross-section area table,             m**2
+# effl_outflow  --- effluent discharge parameters group, specifying polynomial dependence
+#                   of discharge on water level; the last value is relative altitude of
+#                   effluent bottom over lake bottom (at deepest points, respectively);
+#                   the first N values are polynomial coefficients, where N stands after
+#                   'effl_outflow' keyword
+#
+area_lake      638095.
+cellipt 0.1
+trib_inflow    -9999.
+effl_outflow 1
+0. 0. 0.
+morphometry    6
+0	638095
+1.5     541154
+3       386345
+6       226745
+10      77936
+12.5    7000
+#
+#-----------------------------------------------------------------------------------------
+#                               NETCDF OUTPUT PARAMETERS
+#-----------------------------------------------------------------------------------------
+# DESCRIPTION
+# nstep_ncout  --- the interval of netcdf output from driver, timesteps (if -1 no netcdf output from driver)
+#-----------------------------------------------------------------------------------------
+nstep_ncout -1
+#15
+#
+#-----------------------------------------------------------------------------------------
+#                               FLAKE MODEL OUTPUT PARAMETERS
+#-----------------------------------------------------------------------------------------
+# DESCRIPTION
+# nstep_out_Flake  --- the interval of output of Flake variables from driver, timesteps 
+#                   (if -1 the output of Flake variables from driver is not implemented)
+#                   relevant if call_Flake = 1
+#-----------------------------------------------------------------------------------------
+#
+nstep_out_Flake 3
+#
+#-----------------------------------------------------------------------------------------
+#                              POSTPROCESSING OPTIONS
+#-----------------------------------------------------------------------------------------
+# moving_average_window --- the ineterval of moving average, netcdf output steps (intervals)
+# mean_cycle_period     --- the length of mean cycle, netcdf output steps (intervals)
+#-----------------------------------------------------------------------------------------
+#
+moving_average_window -1
+mean_cycle_period     -1
+#
+end

setup/Kuivajarvi_2012-2013_setup.dat

+#---------------------------------------------------------------------------------------
+#                                     GENERAL CONTROLS
+#---------------------------------------------------------------------------------------
+# DESCRIPTION
+# path      --- the directory, in which the model is launched 
+#               (required to be set in some UNIX-systems)
+# runmode 1 --- stand alone run
+# runmode 2 --- running in atmospheric model as lake parametrization
+# omp     0 --- OpenMP is not used
+# omp     1 --- OpenMP is used     
+#---------------------------------------------------------------------------------------
+#
+path ''     
+runmode 1 
+omp 0
+#
+#----------------------------------------------------------------------------------------
+#                            SPATIAL RESOLUTION OF THE MODEL
+#----------------------------------------------------------------------------------------
+# DESCRIPTION
+# nstep_keps --- number of timesteps of k-epsilon parameterization per on model timestep
+# M         --- number of layers in water layer
+# Mice      --- number of layers in upper and deep layers
+# ns        --- number of levels in soil
+# d_surf    --- grid zooming parameter at the surface, n/d
+# d_bot     --- grid zooming parameter at the bottom,  n/d
+#----------------------------------------------------------------------------------------
+#
+nstep_keps 1
+M  40
+ns 10
+Mice 10
+d_surf 1.E-2
+d_bot  1.E-2
+#
+#----------------------------------------------------------------------------------------
+#                            CONTROLS FOR PHYSICS OF THE MODEL
+#----------------------------------------------------------------------------------------
+# DESCRIPTION
+#     PBL parameterization
+#     PBLpar -1 --- sensible, latent heat and momentum fluxes are given as input for the model
+#     PBLpar  0 --- the latent heat flux is set to zero, while sensible heat and momentum fluxes
+#                   are constant in time, specified by sensflux0 and momflux0
+#     PBLpar  1 --- Businger-Dayer formulas (Monin-Obukhov theory) for exchange coefficients
+#     PBLpar  2 --- formulation from NH3d
+#     PBLpar  3 --- formulation from FLake
+#     PBLpar  4 --- formulation implemented by M.Chechin
+#     c_d       --- the momentum exchange coefficient, n/d
+#     (if -999, momentum flux is calculated by surface flux scheme)
+#     waveenh 0 --- the shallow water correction of surface fluxes (Panin et al., 1996) is OFF
+#     waveenh 1 --- the shallow water correction of surface fluxes (Panin et al., 1996) is ON
+#     momflxpart 0 --- all momentum flux from the atmosphere is consumed by currents acceleration
+#     momflxpart 1 --- momentum flux from the atmosphere is partitioned between wave developemnt
+#                      (controlled by fetch) and currents acceleration,
+#                      following Lin et al. (2002, J. Phys. Ocean.)
+#     kwe       --- the factor of turbulence enhancement by wave breaking (wave energy factor),   n/d
+#     Relative to water currents wind
+#     relwind 0 --- relative wind is off
+#     relwind 1 --- relative wind is on
+#     Equation of state
+#     eos     1 --- from Hostetler model
+#     eos     2 --- from TEOS-2010
+#     eos     3 --- for Kivu lake including salinity
+#     nmeltpoint 1 --- melting point linearly dependent on salinity
+#     nmeltpoint 2 --- TEOS-2010 formula
+#     Turbulent mixing parameterization
+#     Turbpar 1 --- "Empirical" parametrization: Stepanenko, Lykosov (2005)
+#     Turbpar 2 --- "E-epsilon"("K-epsilon") parameterization: k=E**2/eps with 
+#                   prognostic equations for E and eps 
+#     Turbpar 3 --- Nickuradze (NICK) formulation: Rodi (1993)    
+#     Turbpar 4 --- Parabolic (PARAB) formulation: Engelund (1976)
+#     Turbpar 7 --- RNG (re-normalization group) formulation: Simoes (1998)
+#     stabfunc 1 --- constant stability functions (standard k-epsilon model)
+#     stabfunc 2 --- stability functions according to (Canuto et al., 2001)
+#     stabfunc 3 --- stability functions according to (Galperin et al., 1988)
+#     kepsbc   1 --- Neuman boundary conditions for unstratified sheared flow (Burchard, 2002)
+#     kepsbc   2 --- Neuman boundary conditions for unstratified non-sheared flow with wave breaking (Burchard, 2002)
+#     kepsbc   3 --- Neuman boundary conditions unstratified sheared flow with wave breaking  (Burchard, 2002)
+#     kepsbc   4 --- Neuman boundary conditions for free convection
+#     Water surface albedo: variable or constant
+#     varalb 0  --- constant  
+#     varalb 1  --- sun height dependent
+#     soiltype 1   --- the soil type is "sand"
+#     soiltype 2   --- the soil type is "loamy sand"
+#     soiltype 3   --- the soil type is "sandy loam"
+#     soiltype 4   --- the soil type is "loam"
+#     soiltype 5   --- the soil type is "silt loam"
+#     soiltype 6   --- the soil type is "sandy clay loam"
+#     soiltype 7   --- the soil type is "clay loam"
+#     soiltype 8   --- the soil type is "silty clay loam"
+#     soiltype 9   --- the soil type is "sandy clay"
+#     soiltype 10  --- the soil type is "silty clay"
+#     soiltype 11  --- the soil type is "clay"
+#     soil_depth   --- depth of the soil layer, m
+#     thermokarst_meth_prod 0. --- switch for old organics methane production under thermokarst lakes is OFF
+#     thermokarst_meth_prod 1. --- switch for old organics methane production under thermokarst lakes is ON
+#     soil_meth_prod 0. --- switch for new organics methane production under lakes is OFF
+#     soil_meth_prod 1. --- switch for new organics methane production under lakes is ON
+#     tricemethhydr 0. --- ice in soil pores is treated as purPBLpare ice
+#     tricemethhydr 1. --- ice in soil pores is treated as methane hydrate
+#     skin     0   --- the skin temperature parameterization is off
+#     skin     1   --- the skin temperature parameterisation is on
+#     sedim    0   --- gravitational sedimentation of tracer is NOT taken into account
+#     sedim    1   --- gravitational sedimentation of tracer is taken into account
+#     massflux 0   --- the massflux parameterization of convection (Siebesma et al., 2007) if OFF
+#     massflux 1   --- the massflux parameterization of convection (Siebesma et al., 2007) if ON
+#     sensflux0    --- sensible heat flux upwards, constant in time (relevant if PBLpar = 0), W/m**2
+#     momflux0     --- momentum flux downwards (positive), constant in time (relevant if PBLpar = 0), N/m**2
+#     ifrad    1   --- all radiation fluxes at the water surface are taken into account 
+#     ifrad    0   --- all radiation fluxes are set to zero
+#     dyn_pgrad 0  --- dynamic pressure gradient is OFF 
+#     dyn_pgrad 1  --- dynamic pressure gradient is ON 
+#     zero_model 0 --- zero-dimensional model is ON
+#     zero_model 1 --- zero-dimensional model is OFF
+#     outflpar   0 --- variables value at the outflow = cross-section mean 
+#     outflpar   1 --- the cross-section mean = 0.5*(inflow value + outflow value)
+#     outflpar   2 --- variables at the outflow are calculated using Lagrangian approach
+#     Note: zero-dimensional model is now implemented only for open water season and one-point simulation
+#     deadvol      --- the depth (m) corresponding to "dead volume" - the minimal allowed reservoir volume
+#----------------------------------------------------------------------------------------
+#
+varalb   0
+PBLpar   1
+waveenh  0
+momflxpart 1
+c_d      -999.
+kwe      100.
+relwind  0
+eos      1
+nmeltpoint 1
+Turbpar  2
+stabfunc 1
+kepsbc   1
+soiltype 5
+soil_depth  10.
+soilswitch  1
+nsoilcols 5
+tricemethhydr 0.
+skin     0
+massflux 0
+ifrad    1
+ifbubble 1
+sedim    0
+salsoil  0
+dyn_pgrad 1
+zero_model 0
+thermokarst_meth_prod 0.
+soil_meth_prod 1.
+outflpar 0 #2 #0
+#
+sensflux0 100.
+momflux0  1.e-15
+soilbotflx 0.
+cuette 0
+carbon_model 2
+#
+deadvol 0.
+#
+#----------------------------------------------------------------------------------------
+#                           INITIAL CONDITIONS FOR TEMPERATURE
+#----------------------------------------------------------------------------------------
+#
+T_profile 8
+0.2   15.8 0. 9.18E-5  7.03E-2 2.94E-1
+1.    15.7 0. 9.62E-5  7.15E-2 2.93E-1
+3.    13.2 0. 1.92E-4  1.13E-1 2.63E-1
+5.    11.2 0. 8.00E-5  1.32E-1 2.63E-1
+7.    9.7 0. 8.89E-5  1.72E-1 2.45E-1
+9.    7.5 0. 8.91E-5  2.15E-1 2.36E-1
+11.   7.3 0. 1.57E-4  2.18E-1 2.14E-1
+12.   7.2 0. 1.78E-4  2.23E-1 2.07E-1
+#.
+#----------------------------------------------------------------------------------------
+#                               BOUNDARY CONDITIONS: TRIBUTARIES AND EFFLUENTS
+#----------------------------------------------------------------------------------------
+# DESCRIPTION
+# tribheat      --- the switch for thermal effect of tributaries and effluents, 0 - OFF
+#                                                                               1 - ON
+# U_tribin      --- the velocity of flow in tributary,                 m/s
+# U_tribout     --- the velocity of flow in effluent,                  m/s
+# T_tribin      --- the temperature of tributary flow,                 deg. C
+# width_tribin  --- the transversal width of tributary,                m
+# width_tribout --- the transversal width of effluent,                 m
+# inflowprof    --- the profile of inflow:
+#                   width [m] velocity [m] temperature [C]
+# outflowprof   --- the profile of outflow:
+#                   width [m] velocity [m]
+#-----------------------------------------------------------------------------------------
+#
+#
+tribheat       2
+N_tribin       1
+N_triblev 41
+fileinflow 'Kuj2012-13_inflow.dat'
+fileoutflow 'Kuj2012-13_outflow.dat'
+dttribupdate 15.2
+#inflowprof
+#1  100. 0. 8. 
+#2  100. 0. 8.
+#3  100. 0. 8.
+#3  100. 0. 8.
+#5  100. 0. 8.
+#6  100. 0. 8.
+#7  100. 0. 8.
+#8  100. 0. 8.
+#9  100. 0. 8.
+#10 100. 0. 8.
+#11 100. 0. 8.
+#12 100. 0. 8.
+#13 100. 0. 8.
+#14 100. 0. 8.
+#15 100. 0. 8.
+#16 100. 0. 8.
+#17 100. 0. 8.
+#18 100. 0. 8.
+#19 100. 0. 8.
+#20 100. 0. 8.
+#21 100. 0. 8.
+#22 100. 0. 8.
+#23 100. 0. 8.
+#24 100. 0. 8.
+#25 100. 0. 8.
+#26 100. 0. 8.
+#27 100. 0. 8.
+#28 100. 0. 8.
+#29 100. 0. 8.
+#30 100. 0. 8.
+#31 100. 0. 8.
+#32 100. 0. 8.
+#33 100. 0. 8.
+#34 100. 0. 8.
+#35 100. 0. 8.
+#36 100. 0. 8.
+#37 100. 0. 8.
+#38 100. 0. 8.
+#39 100. 0. 8.
+#40 100. 0. 8.
+#41 100. 0. 8.
+#42 100. 0. 8. 
+#43 100. 0. 8.
+#44 100. 0. 8.
+#45 100. 0. 8.
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+#57 100. 0. 8.
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+#65 100. 0. 8.
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+#78 100. 0. 8.
+#79 100. 0. 8.
+#80 100. 0. 8.
+#81 100. 0. 8.
+#
+#outflowprof
+#1  100. 0. 
+#2  100. 0.
+#3  100. 0.
+#4  100. 0.
+#5  100. 0.
+#6  100. 0.
+#7  100. 0.
+#8  100. 0.
+#9  100. 0.
+#10 100. 0.
+#11 100. 0.
+#12 100. 0.
+#13 100. 0.
+#14 100. 0.
+#15 100. 0.
+#16 100. 0.
+#17 100. 0.
+#18 100. 0.
+#19 100. 0.
+#20 100. 0.
+#21 100. 0.
+#22 100. 0.
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+#24 100. 0.
+#25 100. 0.
+#26 100. 0.
+#27 100. 0.
+#28 100. 0.
+#29 100. 0.
+#30 100. 0.
+#31 100. 0.
+#32 100. 0.
+#33 100. 0.
+#34 100. 0.
+#35 100. 0.
+#36 100. 0.
+#37 100. 0.
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+#40 100. 0.
+#41 100. 0.
+#42 100. 0. 
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+#
+#----------------------------------------------------------------------------------------
+#            DATA ASSIMILATION CONTROLS (NOT OPERATIONAL: PUT EVERYTHING TO 0)
+#----------------------------------------------------------------------------------------
+# assim        --- data assimilation technique:       0 - no data assimilation
+#                                                     1 - 
+#                                                     2 - Raleigh damping towards observations
+#                                                     3 - Cressman weighting
+#                                                     4 - ?
+# as_window    --- assimilation window:               1 - as_window is spinup period
+#
+#----------------------------------------------------------------------------------------
+#
+error_cov   0
+assim       0
+#as_window   1
+#
+#----------------------------------------------------------------------------------------
+#                      OUTPUT CONTROLS (for ASCII files)
+#----------------------------------------------------------------------------------------
+# DESCRIPTION
+# turb_out     --- output turbulence characteristics: 1 - on, 0 - off
+# monthly*     --- monthly mean profiles output:      1 - on, 0 - off
+# daily*       --- daily   mean profiles output:      1 - on, 0 - off
+# hourly*      --- hourly  mean profiles output:      1 - on, 0 - off
+# everystep*   --- every time step profiles output:   1 - on, 2 - on but without profiles, 0 - off
+# time_series* --- output of time series of layer thickness and surface values:      
+#                                                     1 - on, 0 - off
+# dt_out*      --- time interval for time series output, hours
+# nscreen      --- the period of screen output, timesteps
+# scale_output --- the switch for scaling of output of turbulent characteristics: 1 - on, 0 - off
+#                  (set 0 for simulations of ice-covered lakes)
+# ngrid_out    --- the number of output levels for vertical water temperature profiles: 
+#                  -1 - use numerical grid levels
+#                  >0 - use ngrid_out levels (in meters) given below
+# ngridsoil_out--- the number of output levels for vertical soil temperature profiles: 
+#                  -1 - use numerical grid levels
+#                  >0 - use ngridsoil_out levels (in meters) given below
+#----------------------------------------------------------------------------------------
+#
+turb_out    0
+monthly     1
+daily       1
+hourly      0
+everystep   0
+time_series 1
+dt_out      3.
+nscreen     1000
+scale_output 0
+accum_begin 2003060100
+accum_end   2004060100
+#
+ngrid_out 16
+0.2
+0.5
+1.
+1.5
+2.
+2.5
+3.
+3.5
+4.
+4.5
+5.
+6.
+7.
+9.
+11.
+12.
+#
+ngridsoil_out 11
+0.
+1.
+2.
+3.
+4.
+5.
+6.
+7.
+8.
+9.
+10.
+#
+#----------------------------------------------------------------------------------------
+# NOTE: VARIABLES, DENOTED BY ASTERISK *, ARE USED ONLY IN STANDALONE RUNS OF THE MODEL
+#----------------------------------------------------------------------------------------
+end