
Scotts-Mac-Pro:~ peckhams$ python -m topoflow
Importing TopoFlow 3.5 packages:
   topoflow.utils
   topoflow.utils.tests
   topoflow.components
   topoflow.components.tests
   topoflow.framework
   topoflow.framework.tests
 
Paths for this package:
framework_dir = /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/framework/
parent_dir    = /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/
examples_dir  = /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/examples/
__file__      = /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/framework/emeli.pyc
__name__      = topoflow.framework.emeli
 
Reading info from provider_file:
    /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/examples/Treynor_Iowa_30m/June_20_67_providers.txt
Reading info from comp_repo_file:
    /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/framework/component_repository.xml
 
Instantiated component: tf_meteorology
Instantiated component: tf_diversions_fraction_method
Instantiated component: tf_channels_dynam_wave
Instantiated component: tf_snow_degree_day
Instantiated component: tf_satzone_darcy_layers
Instantiated component: tf_evap_priestley_taylor
Instantiated component: tf_infil_green_ampt
Instantiated component: tf_ice_gc2d
Instantiated component: topoflow_driver
 
Meteorology component: Initializing...
In read_input_files():
   min(P) = 5.58799982071  [mmph]
   max(P) = 5.58799982071  [mmph]
 
SORRY: Cannot yet create lon and lat grids for
       this DEM because it uses UTM coordinates.
       Will use lat/lon for Denver, Colorado.
 
Imported netCDF4 version: 1.2.4
Initialized component: tf_meteorology.
 
Diversions component: Initializing...
Diversions component: Disabled in CFG file.
Initialized component: tf_diversions_fraction_method.
 
Channels component: Initializing...
Calling initialize_d8_vars()...
Reading grid values...
Finished reading grid from:
  /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/examples/Treynor_Iowa_30m/Treynor_DEM.rtg
  min(DEM), max(DEM) = 335.051 , 380.181 [m]
Imported netCDF4 version: 1.2.4
D8 component: Updating...
Updating D8 flow grid...
   update_d8_codes(): Initializing grid...
   --------------------------------------------
   Data type of flow grid at start = int16
   Number of flats         = 2
   Number of 1-pixel pits  = 5
   Number of nodata/NaN    = 0
   min(codes), max(codes)  = -8 128
   --------------------------------------------
   update_d8_codes(): Breaking ties...
   update_d8_codes(): Linking flats...
   Number of iterations = 1  (in link_flats())
Updating flow width grid...
    min(dw), max(dw) = 30.0, 42.4264 [m]
Updating flow length grid...
    min(ds), max(ds) = 30.0, 42.4264 [m]
Calling read_input_files()...
Calling initialize_computed_vars()...
    min(nval) = 0.0299999993294
    max(nval) = 0.159999996424
    min(width)      = 2.0239880085
    max(width)      = 42.4264068604
    min(sinuosity)  = 1.0
    max(sinuosity)  = 1.0
    min(init_depth) = 0.0
    max(init_depth) = 0.0
Initializing u, f, d grids...
Imported netCDF4 version: 1.2.4
Initialized component: tf_channels_dynam_wave.
 
Snow component: Initializing...
Snow component: Disabled in CFG file.
Initialized component: tf_snow_degree_day.
 
Groundwater component: Initializing...
Groundwater component: Disabled in CFG file.
Initialized component: tf_satzone_darcy_layers.
 
Evaporation component: Initializing...
Evaporation component: Disabled in CFG file.
Initialized component: tf_evap_priestley_taylor.
 
Infiltration component: Initializing...
Imported netCDF4 version: 1.2.4
Initialized component: tf_infil_green_ampt.
 
Ice component: Initializing...
Ice component: Disabled in CFG file.
Initialized component: tf_ice_gc2d.
 
TopoFlow component: Initializing...
Setting stop method to: Q_peak_fraction
Opening log file:
    log_file = /Users/peckhams/TF_Output/Treynor/June_20_67.log
 
Starting TopoFlow model run...
------------------------------------------------------------
Initialized component: topoflow_driver.
Driver component name = topoflow_driver
 
Original component time step sizes =
    tf_meteorology =  60.0 [seconds]
    tf_diversions_fraction_method =  6.0 [seconds]
    tf_channels_dynam_wave =  0.5 [seconds]
    tf_snow_degree_day =  3600.0 [seconds]
    tf_satzone_darcy_layers =  3600.0 [seconds]
    tf_evap_priestley_taylor =  3600.0 [seconds]
    tf_infil_green_ampt =  60.0 [seconds]
    tf_ice_gc2d =  0.1 [years]
    topoflow_driver =  6.0 [seconds]
Converting all time step units to seconds...
Component with smallest time step is: tf_channels_dynam_wave
 
Time interpolation method = Linear
 
Will print values every 0.5 seconds.
Time =       2.50 [min],  Q_out =    0.00006 [m^3/s]
Time =       5.10 [min],  Q_out =    0.00011 [m^3/s]
Time =       7.70 [min],  Q_out =    0.00016 [m^3/s]
Time =      10.30 [min],  Q_out =    0.00228 [m^3/s]
Time =      12.90 [min],  Q_out =    0.02063 [m^3/s]
Time =      15.40 [min],  Q_out =    0.04042 [m^3/s]
Time =      18.00 [min],  Q_out =    0.07295 [m^3/s]
Time =      20.60 [min],  Q_out =    0.12082 [m^3/s]
Time =      23.20 [min],  Q_out =    0.18799 [m^3/s]
Time =      25.80 [min],  Q_out =    0.26554 [m^3/s]
Time =      28.40 [min],  Q_out =    0.30244 [m^3/s]
Time =      31.00 [min],  Q_out =    0.41323 [m^3/s]
Time =      33.60 [min],  Q_out =    0.87452 [m^3/s]
Time =      36.10 [min],  Q_out =    2.07521 [m^3/s]
Time =      38.70 [min],  Q_out =    4.28506 [m^3/s]
Time =      41.30 [min],  Q_out =    5.29652 [m^3/s]
Time =      43.90 [min],  Q_out =    5.01405 [m^3/s]
Time =      46.50 [min],  Q_out =    4.54719 [m^3/s]
Time =      49.10 [min],  Q_out =    4.27215 [m^3/s]
Time =      51.70 [min],  Q_out =    4.12406 [m^3/s]
Time =      54.30 [min],  Q_out =    3.88592 [m^3/s]
Time =      57.00 [min],  Q_out =    3.15874 [m^3/s]
Time =      59.60 [min],  Q_out =    2.75942 [m^3/s]
Time =      62.20 [min],  Q_out =    2.83075 [m^3/s]
Time =      64.80 [min],  Q_out =    3.34952 [m^3/s]
Time =      67.40 [min],  Q_out =    3.83318 [m^3/s]
Time =      70.00 [min],  Q_out =    4.03172 [m^3/s]
Time =      72.60 [min],  Q_out =    3.82823 [m^3/s]
Time =      75.20 [min],  Q_out =    3.43073 [m^3/s]
Time =      77.80 [min],  Q_out =    3.59851 [m^3/s]
Time =      80.40 [min],  Q_out =    4.76141 [m^3/s]
Time =      83.00 [min],  Q_out =    5.83047 [m^3/s]
Time =      85.60 [min],  Q_out =    5.02583 [m^3/s]
Time =      88.20 [min],  Q_out =    3.75059 [m^3/s]
Time =      90.90 [min],  Q_out =    2.72638 [m^3/s]
Time =      93.50 [min],  Q_out =    2.07521 [m^3/s]
Time =      96.10 [min],  Q_out =    1.82420 [m^3/s]
Time =      98.70 [min],  Q_out =    1.76369 [m^3/s]
Time =     101.30 [min],  Q_out =    1.77114 [m^3/s]
Time =     103.90 [min],  Q_out =    1.71955 [m^3/s]
Time =     106.50 [min],  Q_out =    1.54611 [m^3/s]
Time =     109.10 [min],  Q_out =    1.30791 [m^3/s]
Time =     111.80 [min],  Q_out =    1.04391 [m^3/s]
Time =     114.40 [min],  Q_out =    0.99755 [m^3/s]
Time =     117.00 [min],  Q_out =    1.18351 [m^3/s]
Time =     119.70 [min],  Q_out =    1.35568 [m^3/s]
Time =     122.30 [min],  Q_out =    1.37218 [m^3/s]
Time =     124.90 [min],  Q_out =    1.13873 [m^3/s]
Time =     127.60 [min],  Q_out =    0.86342 [m^3/s]
Time =     130.30 [min],  Q_out =    0.64499 [m^3/s]
Time =     133.00 [min],  Q_out =    0.48528 [m^3/s]
Time =     135.60 [min],  Q_out =    0.39595 [m^3/s]
Time =     138.30 [min],  Q_out =    0.32890 [m^3/s]
Stopping: Reached Q_peak fraction.

Meteorology component: Finished.
Diversions component: Finished.
Channels component: Finished.
Snow component: Finished.
Groundwater component: Finished.
Evaporation component: Finished.
Infiltration component: Finished.
Ice component: Finished.
=======================
Simulation complete.
=======================
 
------------------------------------------------------------
TopoFlow Version 3.5 (2/20/17)
Sun Feb 26 12:14:15 2017
 
Input directory:      /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/examples/Treynor_Iowa_30m/
Output directory:     /Users/peckhams/TF_Output/Treynor/
Site prefix:          Treynor
Case prefix:          June_20_67
 
Simulated time:      140.1 [min]
Program run time:    27.3695280552 [sec]
 
Number of timesteps: 1401
Number of columns:   29
Number of rows:      44
 
Main outlet ID:    (34, 16) (row, col)
Basin_area:        0.396 [km^2] 
 
Min Manning's n:   0.0299999993294
Max Manning's n:   0.159999996424
 
Q_final:           0.291202149931 [m^3/s]
Q_peak:            5.83166148639 [m^3/s]
Q_peak_time:       82.9833333333 [min]
u_peak:            1.52562357647 [m/s]
u_peak_time:       82.8083333333 [min]
d_peak:            0.404412317504 [m]
d_peak_time:       83.075 [min]
 
Max(precip rate):  165.861999512 [mm/hr]
 
Total accumulated volumes over entire DEM:
vol_P   (rainfall):      177514.999618 [m^3]   (snowfall excluded)
vol_Q   (discharge):     17317.7134865 [m^3]   (main basin outlet)
vol_SM  (snowmelt):      0.0 [m^3]
vol_MR  (icemelt):       0.0 [m^3]
vol_ET  (evaporation):   0.0 [m^3]
vol_IN  (infiltration):  126938.951748 [m^3]
vol_Rg  (recharge):      126938.951748 [m^3]   (to water table)
vol_GW  (baseflow):      0.0 [m^3]
vol_R   (runoff):        50846.917783 [m^3]   R = (P+SM+MR+GW) - (ET+IN)
 
Final grid mins and maxes:
Min(Q), Max(Q):   0.0000, 0.4860 [m^3/s]
Min(u), Max(u):   0.0000, 0.8868 [m/s]
Min(d), Max(d):   0.0000, 0.1144 [m]
 
Finished.  (June_20_67)
 
Scotts-Mac-Pro:~ peckhams$ pwd
/Users/peckhams
Scotts-Mac-Pro:~ peckhams$ cd TF*
Scotts-Mac-Pro:TF_Output peckhams$ ls
Erode	Plane	Treynor
Scotts-Mac-Pro:TF_Output peckhams$ cd Trey*
Scotts-Mac-Pro:Treynor peckhams$ ls
June_20_67.log		June_20_67_2D-Q.bov	June_20_67_2D-Q_23.nc
June_20_67_0D-Q.nc	June_20_67_2D-Q.nc	June_20_67_2D-Q_23.rti
June_20_67_0D-Q.txt	June_20_67_2D-Q.rti	June_20_67_2D-Q_23.rts
June_20_67_0D-Q_1.nc	June_20_67_2D-Q.rts	June_20_67_2D-Q_24.bov
June_20_67_0D-Q_1.txt	June_20_67_2D-Q_1.bov	June_20_67_2D-Q_24.nc
June_20_67_0D-Q_10.nc	June_20_67_2D-Q_1.nc	June_20_67_2D-Q_24.rti
June_20_67_0D-Q_10.txt	June_20_67_2D-Q_1.rti	June_20_67_2D-Q_24.rts
June_20_67_0D-Q_11.nc	June_20_67_2D-Q_1.rts	June_20_67_2D-Q_25.bov
June_20_67_0D-Q_11.txt	June_20_67_2D-Q_10.bov	June_20_67_2D-Q_25.nc
June_20_67_0D-Q_12.nc	June_20_67_2D-Q_10.nc	June_20_67_2D-Q_25.rti
June_20_67_0D-Q_12.txt	June_20_67_2D-Q_10.rti	June_20_67_2D-Q_25.rts
June_20_67_0D-Q_13.nc	June_20_67_2D-Q_10.rts	June_20_67_2D-Q_26.bov
June_20_67_0D-Q_13.txt	June_20_67_2D-Q_11.bov	June_20_67_2D-Q_26.nc
June_20_67_0D-Q_14.nc	June_20_67_2D-Q_11.nc	June_20_67_2D-Q_26.rti
June_20_67_0D-Q_14.txt	June_20_67_2D-Q_11.rti	June_20_67_2D-Q_26.rts
June_20_67_0D-Q_15.nc	June_20_67_2D-Q_11.rts	June_20_67_2D-Q_27.bov
June_20_67_0D-Q_15.txt	June_20_67_2D-Q_12.bov	June_20_67_2D-Q_27.nc
June_20_67_0D-Q_16.nc	June_20_67_2D-Q_12.nc	June_20_67_2D-Q_27.rti
June_20_67_0D-Q_16.txt	June_20_67_2D-Q_12.rti	June_20_67_2D-Q_27.rts
June_20_67_0D-Q_17.nc	June_20_67_2D-Q_12.rts	June_20_67_2D-Q_28.bov
June_20_67_0D-Q_17.txt	June_20_67_2D-Q_13.bov	June_20_67_2D-Q_28.nc
June_20_67_0D-Q_18.nc	June_20_67_2D-Q_13.nc	June_20_67_2D-Q_28.rti
June_20_67_0D-Q_18.txt	June_20_67_2D-Q_13.rti	June_20_67_2D-Q_28.rts
June_20_67_0D-Q_19.nc	June_20_67_2D-Q_13.rts	June_20_67_2D-Q_29.bov
June_20_67_0D-Q_19.txt	June_20_67_2D-Q_14.bov	June_20_67_2D-Q_29.nc
June_20_67_0D-Q_2.nc	June_20_67_2D-Q_14.nc	June_20_67_2D-Q_29.rti
June_20_67_0D-Q_2.txt	June_20_67_2D-Q_14.rti	June_20_67_2D-Q_29.rts
June_20_67_0D-Q_20.nc	June_20_67_2D-Q_14.rts	June_20_67_2D-Q_3.bov
June_20_67_0D-Q_20.txt	June_20_67_2D-Q_15.bov	June_20_67_2D-Q_3.nc
June_20_67_0D-Q_21.nc	June_20_67_2D-Q_15.nc	June_20_67_2D-Q_3.rti
June_20_67_0D-Q_21.txt	June_20_67_2D-Q_15.rti	June_20_67_2D-Q_3.rts
June_20_67_0D-Q_22.nc	June_20_67_2D-Q_15.rts	June_20_67_2D-Q_30.bov
June_20_67_0D-Q_22.txt	June_20_67_2D-Q_16.bov	June_20_67_2D-Q_30.nc
June_20_67_0D-Q_23.nc	June_20_67_2D-Q_16.nc	June_20_67_2D-Q_30.rti
June_20_67_0D-Q_23.txt	June_20_67_2D-Q_16.rti	June_20_67_2D-Q_30.rts
June_20_67_0D-Q_24.nc	June_20_67_2D-Q_16.rts	June_20_67_2D-Q_31.bov
June_20_67_0D-Q_24.txt	June_20_67_2D-Q_17.bov	June_20_67_2D-Q_31.nc
June_20_67_0D-Q_25.nc	June_20_67_2D-Q_17.nc	June_20_67_2D-Q_31.rti
June_20_67_0D-Q_25.txt	June_20_67_2D-Q_17.rti	June_20_67_2D-Q_31.rts
June_20_67_0D-Q_26.nc	June_20_67_2D-Q_17.rts	June_20_67_2D-Q_4.bov
June_20_67_0D-Q_26.txt	June_20_67_2D-Q_18.bov	June_20_67_2D-Q_4.nc
June_20_67_0D-Q_27.nc	June_20_67_2D-Q_18.nc	June_20_67_2D-Q_4.rti
June_20_67_0D-Q_27.txt	June_20_67_2D-Q_18.rti	June_20_67_2D-Q_4.rts
June_20_67_0D-Q_28.nc	June_20_67_2D-Q_18.rts	June_20_67_2D-Q_5.bov
June_20_67_0D-Q_28.txt	June_20_67_2D-Q_19.bov	June_20_67_2D-Q_5.nc
June_20_67_0D-Q_29.nc	June_20_67_2D-Q_19.nc	June_20_67_2D-Q_5.rti
June_20_67_0D-Q_29.txt	June_20_67_2D-Q_19.rti	June_20_67_2D-Q_5.rts
June_20_67_0D-Q_3.nc	June_20_67_2D-Q_19.rts	June_20_67_2D-Q_6.bov
June_20_67_0D-Q_3.txt	June_20_67_2D-Q_2.bov	June_20_67_2D-Q_6.nc
June_20_67_0D-Q_30.nc	June_20_67_2D-Q_2.nc	June_20_67_2D-Q_6.rti
June_20_67_0D-Q_30.txt	June_20_67_2D-Q_2.rti	June_20_67_2D-Q_6.rts
June_20_67_0D-Q_31.nc	June_20_67_2D-Q_2.rts	June_20_67_2D-Q_7.bov
June_20_67_0D-Q_31.txt	June_20_67_2D-Q_20.bov	June_20_67_2D-Q_7.nc
June_20_67_0D-Q_4.nc	June_20_67_2D-Q_20.nc	June_20_67_2D-Q_7.rti
June_20_67_0D-Q_4.txt	June_20_67_2D-Q_20.rti	June_20_67_2D-Q_7.rts
June_20_67_0D-Q_5.nc	June_20_67_2D-Q_20.rts	June_20_67_2D-Q_8.bov
June_20_67_0D-Q_5.txt	June_20_67_2D-Q_21.bov	June_20_67_2D-Q_8.nc
June_20_67_0D-Q_6.nc	June_20_67_2D-Q_21.nc	June_20_67_2D-Q_8.rti
June_20_67_0D-Q_6.txt	June_20_67_2D-Q_21.rti	June_20_67_2D-Q_8.rts
June_20_67_0D-Q_7.nc	June_20_67_2D-Q_21.rts	June_20_67_2D-Q_9.bov
June_20_67_0D-Q_7.txt	June_20_67_2D-Q_22.bov	June_20_67_2D-Q_9.nc
June_20_67_0D-Q_8.nc	June_20_67_2D-Q_22.nc	June_20_67_2D-Q_9.rti
June_20_67_0D-Q_8.txt	June_20_67_2D-Q_22.rti	June_20_67_2D-Q_9.rts
June_20_67_0D-Q_9.nc	June_20_67_2D-Q_22.rts
June_20_67_0D-Q_9.txt	June_20_67_2D-Q_23.bov
Scotts-Mac-Pro:Treynor peckhams$ rm *
Scotts-Mac-Pro:Treynor peckhams$ clear

Scotts-Mac-Pro:Treynor peckhams$ python -m topoflow
Importing TopoFlow 3.5 packages:
   topoflow.utils
   topoflow.utils.tests
   topoflow.components
   topoflow.components.tests
   topoflow.framework
   topoflow.framework.tests
 
Paths for this package:
framework_dir = /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/framework/
parent_dir    = /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/
examples_dir  = /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/examples/
__file__      = /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/framework/emeli.pyc
__name__      = topoflow.framework.emeli
 
Reading info from provider_file:
    /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/examples/Treynor_Iowa_30m/June_20_67_providers.txt
Reading info from comp_repo_file:
    /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/framework/component_repository.xml
 
Instantiated component: tf_meteorology
Instantiated component: tf_diversions_fraction_method
Instantiated component: tf_channels_dynam_wave
Instantiated component: tf_snow_degree_day
Instantiated component: tf_satzone_darcy_layers
Instantiated component: tf_evap_priestley_taylor
Instantiated component: tf_infil_green_ampt
Instantiated component: tf_ice_gc2d
Instantiated component: topoflow_driver
 
Meteorology component: Initializing...
In read_input_files():
   min(P) = 5.58799982071  [mmph]
   max(P) = 5.58799982071  [mmph]
 
SORRY: Cannot yet create lon and lat grids for
       this DEM because it uses UTM coordinates.
       Will use lat/lon for Denver, Colorado.
 
Imported netCDF4 version: 1.2.4
Initialized component: tf_meteorology.
 
Diversions component: Initializing...
Diversions component: Disabled in CFG file.
Initialized component: tf_diversions_fraction_method.
 
Channels component: Initializing...
Calling initialize_d8_vars()...
Reading grid values...
Finished reading grid from:
  /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/examples/Treynor_Iowa_30m/Treynor_DEM.rtg
  min(DEM), max(DEM) = 335.051 , 380.181 [m]
Imported netCDF4 version: 1.2.4
D8 component: Updating...
Updating D8 flow grid...
   update_d8_codes(): Initializing grid...
   --------------------------------------------
   Data type of flow grid at start = int16
   Number of flats         = 2
   Number of 1-pixel pits  = 5
   Number of nodata/NaN    = 0
   min(codes), max(codes)  = -8 128
   --------------------------------------------
   update_d8_codes(): Breaking ties...
   update_d8_codes(): Linking flats...
   Number of iterations = 1  (in link_flats())
Updating flow width grid...
    min(dw), max(dw) = 30.0, 42.4264 [m]
Updating flow length grid...
    min(ds), max(ds) = 30.0, 42.4264 [m]
Calling read_input_files()...
Calling initialize_computed_vars()...
    min(nval) = 0.0299999993294
    max(nval) = 0.159999996424
    min(width)      = 2.0239880085
    max(width)      = 42.4264068604
    min(sinuosity)  = 1.0
    max(sinuosity)  = 1.0
    min(init_depth) = 0.0
    max(init_depth) = 0.0
Initializing u, f, d grids...
Imported netCDF4 version: 1.2.4
Initialized component: tf_channels_dynam_wave.
 
Snow component: Initializing...
Snow component: Disabled in CFG file.
Initialized component: tf_snow_degree_day.
 
Groundwater component: Initializing...
Groundwater component: Disabled in CFG file.
Initialized component: tf_satzone_darcy_layers.
 
Evaporation component: Initializing...
Evaporation component: Disabled in CFG file.
Initialized component: tf_evap_priestley_taylor.
 
Infiltration component: Initializing...
Imported netCDF4 version: 1.2.4
Initialized component: tf_infil_green_ampt.
 
Ice component: Initializing...
Ice component: Disabled in CFG file.
Initialized component: tf_ice_gc2d.
 
TopoFlow component: Initializing...
Setting stop method to: Q_peak_fraction
Opening log file:
    log_file = /Users/peckhams/TF_Output/Treynor/June_20_67.log
 
Starting TopoFlow model run...
------------------------------------------------------------
Initialized component: topoflow_driver.
Driver component name = topoflow_driver
 
Original component time step sizes =
    tf_meteorology =  60.0 [seconds]
    tf_diversions_fraction_method =  6.0 [seconds]
    tf_channels_dynam_wave =  0.5 [seconds]
    tf_snow_degree_day =  3600.0 [seconds]
    tf_satzone_darcy_layers =  3600.0 [seconds]
    tf_evap_priestley_taylor =  3600.0 [seconds]
    tf_infil_green_ampt =  60.0 [seconds]
    tf_ice_gc2d =  0.1 [years]
    topoflow_driver =  6.0 [seconds]
Converting all time step units to seconds...
Component with smallest time step is: tf_channels_dynam_wave
 
Time interpolation method = Linear
 
Will print values every 0.5 seconds.
Time =       2.60 [min],  Q_out =    0.00006 [m^3/s]
Time =       5.30 [min],  Q_out =    0.00012 [m^3/s]
Time =       8.00 [min],  Q_out =    0.00009 [m^3/s]
Time =      10.70 [min],  Q_out =    0.00444 [m^3/s]
Time =      13.30 [min],  Q_out =    0.02257 [m^3/s]
Time =      15.90 [min],  Q_out =    0.04675 [m^3/s]
Time =      18.50 [min],  Q_out =    0.07899 [m^3/s]
Time =      21.10 [min],  Q_out =    0.13154 [m^3/s]
Time =      23.60 [min],  Q_out =    0.20254 [m^3/s]
Time =      26.10 [min],  Q_out =    0.27176 [m^3/s]
Time =      28.70 [min],  Q_out =    0.30464 [m^3/s]
Time =      31.30 [min],  Q_out =    0.44415 [m^3/s]
Time =      33.90 [min],  Q_out =    0.96728 [m^3/s]
Time =      36.40 [min],  Q_out =    2.29985 [m^3/s]
Time =      39.00 [min],  Q_out =    4.49754 [m^3/s]
Time =      41.60 [min],  Q_out =    5.30780 [m^3/s]
Time =      44.20 [min],  Q_out =    4.95546 [m^3/s]
Time =      46.80 [min],  Q_out =    4.50449 [m^3/s]
Time =      49.40 [min],  Q_out =    4.25296 [m^3/s]
Time =      52.00 [min],  Q_out =    4.11039 [m^3/s]
Time =      54.60 [min],  Q_out =    3.80856 [m^3/s]
Time =      57.20 [min],  Q_out =    3.09929 [m^3/s]
Time =      59.90 [min],  Q_out =    2.74237 [m^3/s]
Time =      62.50 [min],  Q_out =    2.87277 [m^3/s]
Time =      65.10 [min],  Q_out =    3.41671 [m^3/s]
Time =      67.70 [min],  Q_out =    3.87160 [m^3/s]
Time =      70.30 [min],  Q_out =    4.02523 [m^3/s]
Time =      72.90 [min],  Q_out =    3.78794 [m^3/s]
Time =      75.50 [min],  Q_out =    3.39267 [m^3/s]
Time =      78.10 [min],  Q_out =    3.67807 [m^3/s]
Time =      80.80 [min],  Q_out =    5.02533 [m^3/s]
Time =      83.40 [min],  Q_out =    5.80846 [m^3/s]
Time =      86.00 [min],  Q_out =    4.82187 [m^3/s]
Time =      88.60 [min],  Q_out =    3.58104 [m^3/s]
Time =      91.20 [min],  Q_out =    2.63156 [m^3/s]
Time =      93.90 [min],  Q_out =    2.01895 [m^3/s]
Time =      96.50 [min],  Q_out =    1.80878 [m^3/s]
Time =      99.10 [min],  Q_out =    1.76369 [m^3/s]
Time =     101.70 [min],  Q_out =    1.76859 [m^3/s]
Time =     104.30 [min],  Q_out =    1.70523 [m^3/s]
Time =     107.00 [min],  Q_out =    1.50256 [m^3/s]
Time =     109.70 [min],  Q_out =    1.24902 [m^3/s]
Time =     112.40 [min],  Q_out =    0.99110 [m^3/s]
Time =     115.00 [min],  Q_out =    1.04458 [m^3/s]
Time =     117.70 [min],  Q_out =    1.22263 [m^3/s]
Time =     120.40 [min],  Q_out =    1.38907 [m^3/s]
Time =     123.10 [min],  Q_out =    1.32450 [m^3/s]
Time =     125.70 [min],  Q_out =    1.05159 [m^3/s]
Time =     128.40 [min],  Q_out =    0.79257 [m^3/s]
Time =     131.10 [min],  Q_out =    0.59191 [m^3/s]
Time =     133.80 [min],  Q_out =    0.44993 [m^3/s]
Time =     136.50 [min],  Q_out =    0.37124 [m^3/s]
Time =     139.20 [min],  Q_out =    0.31080 [m^3/s]
Stopping: Reached Q_peak fraction.

Meteorology component: Finished.
Diversions component: Finished.
Channels component: Finished.
Snow component: Finished.
Groundwater component: Finished.
Evaporation component: Finished.
Infiltration component: Finished.
Ice component: Finished.
=======================
Simulation complete.
=======================
 
------------------------------------------------------------
TopoFlow Version 3.5 (2/20/17)
Sun Feb 26 12:46:27 2017
 
Input directory:      /Users/peckhams/Dropbox/TopoFlow_3.5/topoflow/examples/Treynor_Iowa_30m/
Output directory:     /Users/peckhams/TF_Output/Treynor/
Site prefix:          Treynor
Case prefix:          June_20_67
 
Simulated time:      140.1 [min]
Program run time:    27.216894865 [sec]
 
Number of timesteps: 1401
Number of columns:   29
Number of rows:      44
 
Main outlet ID:    (34, 16) (row, col)
Basin_area:        0.396 [km^2] 
 
Min Manning's n:   0.0299999993294
Max Manning's n:   0.159999996424
 
Q_final:           0.291202149931 [m^3/s]
Q_peak:            5.83166148639 [m^3/s]
Q_peak_time:       82.9833333333 [min]
u_peak:            1.52562357647 [m/s]
u_peak_time:       82.8083333333 [min]
d_peak:            0.404412317504 [m]
d_peak_time:       83.075 [min]
 
Max(precip rate):  165.861999512 [mm/hr]
 
Total accumulated volumes over entire DEM:
vol_P   (rainfall):      177514.999618 [m^3]   (snowfall excluded)
vol_Q   (discharge):     17317.7134865 [m^3]   (main basin outlet)
vol_SM  (snowmelt):      0.0 [m^3]
vol_MR  (icemelt):       0.0 [m^3]
vol_ET  (evaporation):   0.0 [m^3]
vol_IN  (infiltration):  126938.951748 [m^3]
vol_Rg  (recharge):      126938.951748 [m^3]   (to water table)
vol_GW  (baseflow):      0.0 [m^3]
vol_R   (runoff):        50846.917783 [m^3]   R = (P+SM+MR+GW) - (ET+IN)
 
Final grid mins and maxes:
Min(Q), Max(Q):   0.0000, 0.4860 [m^3/s]
Min(u), Max(u):   0.0000, 0.8868 [m/s]
Min(d), Max(d):   0.0000, 0.1144 [m]
 
Finished.  (June_20_67)
 
Scotts-Mac-Pro:Treynor peckhams$ 
