TopoFlow V3 - Revision history

137.229.92.225: /* A bit about Config Files */

2009-11-06T19:27:15Z

A bit about Config Files

2009-11-06T01:51:35Z

More Start up Commentary

2009-11-06T00:57:13Z

A bit about Config Files

2009-11-06T00:23:09Z

More Start up Commentary

2009-11-06T00:22:05Z

More Start up Commentary

2009-11-06T00:18:48Z

More Start up Commentary

2009-11-05T23:56:37Z

Some additional tips:

2009-11-05T23:56:02Z

Some additional tips:

2009-11-05T23:55:23Z

2009-11-03T21:55:51Z

@@ Line 172: / Line 172: @@
 = none
 = Sources, Sinks or Canals
 ===More Start up Commentary===

@@ Line 192: / Line 192: @@
   ET_priestley_taylor & ET_energy_balance
 </pre>
-Some weird bits:
 ===Some additional tips:===

← Older revision		Revision as of 00:57, 6 November 2009
Line 85:		Line 85:

	I also imagine the units are rigid but haven't investigated for certain.		I also imagine the units are rigid but haven't investigated for certain.
		+
		+	Options (from TopoFlow 1.5):
		+	Precipitation
		+	0 = none
		+	1 = Uniform in space, given durations
		+	2 = General data types
		+
		+	Snowmelt
		+	0 = none
		+	1 = Degree-Day
		+	Inputs:
		+	c0
		+	T0
		+	T_air
		+	rho_snow
		+	h0_snow
		+	h0_swe
		+	timestep
		+	2 = Energy Balance
		+	Inputs:
		+	Qnet_SW
		+	Qnet_LW
		+	T_air
		+	T_surf
		+	RH
		+	p0
		+	uz
		+	z
		+	z0_air
		+	h0_snow
		+	h0_swe
		+	rho_snow
		+	Cp_snow
		+	rho_air
		+	Cp_air
		+	Qcc_snow
		+	timestep
		+	Evapotranspiration
		+	0 = none
		+	1 = Priestley-Taylor
		+	Inputs:
		+	Qn_SW
		+	Qn_LW
		+	T_air
		+	T_surf
		+	T_soil_x
		+	x
		+	K_soil
		+	alpha
		+	timestep
		+	2 = Energy Balance
		+	Inputs:
		+	Qn_SW
		+	Qn_LW
		+	T_air
		+	T_surf
		+	T_soil_x
		+	x
		+	K_soil
		+	uz
		+	z
		+	z0_air
		+	h0_snow
		+	rho_air
		+	Cp_air
		+	timestep
		+	Infiltration
		+	0 = none
		+	1 = 100% infiltration until (h = z)
		+	2 = Simple Green-Ampt, single event
		+	3 = Smith-Parlange 3-param, single event
		+	4 = Richards 1D equation, 3 soil layers
		+	Subsurface Flow
		+	0 = none
		+	1 = Darcy's Law, Surface parallel layers
		+	2 = Darcy's Law, 2D Freeze-Thaw
		+	Channel Flow:
		+	0 = none
		+	1 = Kinematic Wave, Manning Friction
		+	2 = Kinematic Wave, Law of Wall Friction
		+	3 = Diffusive Wave, Manning Friction
		+	4 = Diffusive Wave, Law of Wall Friction
		+	5 = Dynamic Wave, Manning Friction
		+	6 = Dynamic Wave, Law of Wall Friction
		+	Diversions:
		+	0 = none
		+	1 = Sources, Sinks or Canals

	===More Start up Commentary===		===More Start up Commentary===

@@ Line 101: / Line 101: @@
   diversions_base
   ice_base
-Optional:<pre>
+At least one of:<pre>
   snow_degree_day & snow_energy_balance
   ET_priestley_taylor & ET_energy_balance

@@ Line 93: / Line 93: @@
 # Once all the configuration stuff is good to go you can run the program from the command line:<br><pre>$python bob_start.py</pre>
 # The program will hopefully run to completion.
-# Required modules are:<pre>basins
+# Required modules are:<br>
-met_base
+ basins
-channels_kinematic_wave
+ met_base
-infil_green_ampt
+ channels_kinematic_wave
-GW_darcy_layers
+ infil_green_ampt
-diversions_base
+ GW_darcy_layers
-ice_base
+ diversions_base
+ ice_base
-Optional:
+Optional:<pre>
-snow_degree_day & snow_energy_balance
+ snow_degree_day & snow_energy_balance
-ET_priestley_taylor & ET_energy_balance
+ ET_priestley_taylor & ET_energy_balance
 </pre>
 Some weird bits:

@@ Line 107: / Line 107: @@
 * The components to run are set in topoflow.py in this bit of code:<br/>
      def embed_child_components(self):
          #------------------------------------------------
          # Note: Don't call this if (self.CCA == True).
@@ Line 128: / Line 127: @@
          import diversions_base
          import ice_base
          self.bp  = basins.basins_component()
          self.mp  = met_base.met_component()
@@ Line 139: / Line 137: @@
          self.gp  = GW_darcy_layers.GW_component()
          self.dp  = diversions_base.diversions_component()
          self.iip = ice_base.ice_component()   #########
      #   embed_child_components()
      #-------------------------------------------------------------------

@@ Line 105: / Line 105: @@
 * set the 'CCA' state -->
 * run the model and pass the directory, data prefix, and case prefix information.
-* The components to run are set in topoflow.py in this bit of code:<br/><pre>
+* The components to run are set in topoflow.py in this bit of code:<br/>
      def embed_child_components(self):
@@ Line 144: / Line 144: @@
      #-------------------------------------------------------------------
-</pre>
 So, turn routines off and on by commenting out both the '''import''' step and the '''self.xx''' line.

@@ Line 6: / Line 6: @@
 SciPy<br>
 WxPython<br>
+===Program Components===
 At present there is quite a collection of subroutines and such:<br>
   CSDMS_base.py			diversions_base.py		rtg_file.py
@@ Line 25: / Line 25: @@
   diversions.py			rt3_file.py
 To start, run ''bob_start.py''
@@ Line 32: / Line 53: @@
   def TF_Test_Case_Prefix():
 So, that's it for functions in tf_utils.py.  In the working directory there are a series of *.cfg files.  Treat them as you would the old menu system from the previous version of TopoFlow.  Up to and including the integer based options.  So, when setting things up you may find it useful to run the old IDL based TopoFlow to see what method is first, second, third etc.
 Here is some example configuration, from *_met.cfg:
@@ Line 64: / Line 86: @@
 I also imagine the units are rigid but haven't investigated for certain.
 In summary, to run topoflow (9/30/2009 edition)