Module DrainageNetwork - Revision history

Davidbrito: /* Output */

2011-10-27T10:07:03Z

‎Output

Davidbrito: /* Output */

2011-10-14T16:33:58Z

‎Output

Davidbrito: /* Output */

2011-10-14T15:45:28Z

‎Output

Jauch at 16:26, 15 March 2011

2011-03-15T16:26:59Z

Jauch at 16:06, 15 March 2011

2011-03-15T16:06:44Z

Jauch at 16:01, 15 March 2011

2011-03-15T16:01:47Z

Anatrancoso: /* Properties */

2010-02-15T19:37:07Z

‎Properties

Anatrancoso: /* Properties */

2010-02-15T19:36:48Z

‎Properties

Anatrancoso: /* Creating a Network file */

2010-02-15T17:55:05Z

‎Creating a Network file

Anatrancoso: /* Creating a Network file */

2010-02-15T17:53:48Z

‎Creating a Network file

@@ Line 57: / Line 57: @@
-channel water depth - height from bottom channel to surface water in the selected nodes.
+channel water depth - height (m) from bottom channel to surface water in the selected nodes.
-channel water level - altitude of surface water in the selected nodes.
+channel water level - altitude (m) of surface water in the selected nodes.
-channel flow - flow in the selected nodes/reaches.
+channel flow - flow (m3/s) in the selected nodes/reaches.
-flow to channels - flow from runoff to river in the selected nodes.
+flow to channels - flow (m3/s) from runoff to river in the selected nodes.
-GW flow to channels - floe from groundwater to river in the selected nodes.
+GW flow to channels - flow (m3/s) from groundwater to river in the selected nodes.
-each property transported will have an output with his concentration in the selected nodes. If property is particulated aslso will have a series named Bottom_[PropertyName].
+each property transported will have an output with its concentration (mg/L) in the selected nodes. If property is particulated aslso will have a series named Bottom_[PropertyName] (kg/m2).
 [http://screencast.com/t/I8We0B4j2uJ Check Mohid Land Heights and Levels to understand the difference between level and height results]

← Older revision		Revision as of 16:33, 14 October 2011
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	each property transported will have an output with his concentration in the selected nodes. If property is particulated aslso will have a series named Bottom_[PropertyName].		each property transported will have an output with his concentration in the selected nodes. If property is particulated aslso will have a series named Bottom_[PropertyName].
		+
		+	[http://screencast.com/t/I8We0B4j2uJ Check Mohid Land Heights and Levels to understand the difference between level and height results]

	===Processes===		===Processes===

@@ Line 55: / Line 55: @@
                                                             !One file per node, with all variables in the headers list
                                                             !if FALSE, its one file per variable with nodes in the headers.
 ===Processes===

@@ Line 1: / Line 1: @@
 =Overview=
@@ Line 199: / Line 196: @@
 The LEVEL is currently the distance from the bottom of the channel to the point.
-Observe the image below:
+Observe the irregular cross section image below:
-[[irregular_cross_section.jpg]]
+Note that the STATION distances are always relative to the origen, so, the distance from point C to A is the sum of the A-B and B-C distances and so on.

← Older revision		Revision as of 16:06, 15 March 2011
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−


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	Observe the image below:		Observe the image below:
		+
		+	[[irregular_cross_section.jpg]]

← Older revision		Revision as of 16:01, 15 March 2011
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−


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	**'''Warning 1''': Remember to select "Save All" in MOHID GIS to update the file.		**'''Warning 1''': Remember to select "Save All" in MOHID GIS to update the file.
	**'''Warning 2''': Currently, this program writes a BOTTOM_LEVEL keyword for each node instead of the keyword TERRAIN_LEVEL needed by the Drainage Network module. BOTTOM_LEVEL was replaced by TERRAIN_LEVEL in the latest version of this module because of the introduction of the tabular (irregular) cross-section type, generalizing the formulation of cross-sections. The pre-processor tool is not yet adapted. Nevertheless, for regular cross-sections, TERRAIN LEVEL = BOTTOM_LEVEL + HEIGHT. It can be changed manually or with this perl script [http://docs.google.com/leaf?id=0B_xtWE4qvkq8Y2FhNjk5NTQtZTdhZC00N2I1LWE3Y2YtM2QwYzIyMjhhZDRj&sort=name&layout=list&num=50].		**'''Warning 2''': Currently, this program writes a BOTTOM_LEVEL keyword for each node instead of the keyword TERRAIN_LEVEL needed by the Drainage Network module. BOTTOM_LEVEL was replaced by TERRAIN_LEVEL in the latest version of this module because of the introduction of the tabular (irregular) cross-section type, generalizing the formulation of cross-sections. The pre-processor tool is not yet adapted. Nevertheless, for regular cross-sections, TERRAIN LEVEL = BOTTOM_LEVEL + HEIGHT. It can be changed manually or with this perl script [http://docs.google.com/leaf?id=0B_xtWE4qvkq8Y2FhNjk5NTQtZTdhZC00N2I1LWE3Y2YtM2QwYzIyMjhhZDRj&sort=name&layout=list&num=50].
		+
		+
		+	===Irregular Cross Section===
		+
		+	It's possible to create an irregular cross section setting the CROSS_SECTION_TYPE to 3 (Tabular).
		+	The N_STATIONS is the number of "points" that will be used. A minimun of 3 points is needed, to make a triangular cross section.
		+	The STATION keyword is where you put the horizontal distance of the point to the origin point.
		+	The ELEVATION/LEVEL is where you put the vertical distances. The first and the last point must be at the same elevation (same values).
		+	The LEVEL is currently the distance from the bottom of the channel to the point.
		+
		+	Observe the image below:

@@ Line 105: / Line 105: @@
   DECAY                      : 0/1               [0]          !1- want to use bacterial decay model. 0 - no use. Must have DISCHARGES = 1 and [[Mohid_River_Network|atmosphere]].
   SURFACE_FLUXES             : 0/1               [0]          !Property has surface fluxes (e.g. evaporation). Needs [[Mohid_River_Network|atmosphere]].
-  BOTTOM_FLUXES              : 0/1               [0]          !Property has bottom fluxes. Must be [[Properties_names|particulated]].
+  BOTTOM_FLUXES              : 0/1               [0]          !Property has bottom fluxes. Must be [[Properties_names|particulate]].
       BOTTOM_CONC            : real              [0.0]        !Bottom Initial Concentration
       BOTTOM_MIN_CONC        : real              [0.0]        !Bottom Minimum Concentration

@@ Line 105: / Line 105: @@
   DECAY                      : 0/1               [0]          !1- want to use bacterial decay model. 0 - no use. Must have DISCHARGES = 1 and [[Mohid_River_Network|atmosphere]].
   SURFACE_FLUXES             : 0/1               [0]          !Property has surface fluxes (e.g. evaporation). Needs [[Mohid_River_Network|atmosphere]].
-  BOTTOM_FLUXES              : 0/1               [0]          !Property has bottom fluxes. Must be particulated.
+  BOTTOM_FLUXES              : 0/1               [0]          !Property has bottom fluxes. Must be [[Properties_names|particulated]].
       BOTTOM_CONC            : real              [0.0]        !Bottom Initial Concentration
       BOTTOM_MIN_CONC        : real              [0.0]        !Bottom Minimum Concentration
@@ Line 128: / Line 128: @@
   OUTPUT_NAME                : char              [NAME]       !Can be NAME or DESCRIPTION.
   COMPUTE_LOAD               : 0/1               [0]          !Output concentration (in UNITS) x Flow [m3 s-1]
-  SUMTOTALCONC               : 0/1               [0] 0        !Checks if user wants to calculate total Concentration (Column + Bottom) must be particulate
+  SUMTOTALCONC               : 0/1               [0] 0        !Checks if user wants to calculate total Concentration (Column + Bottom).
   <endproperty>

@@ Line 190: / Line 190: @@
 *Define the cross sections for each node (see [[Mohid_GIS#Auto_Cross_Sections|MOHID GIS]]).
 **'''Warning 1''': Remember to select "Save All" in MOHID GIS to update the file.
-**'''Warning 2''': Currently, this program writes a BOTTOM_LEVEL keyword for each node instead of the keyword TERRAIN_LEVEL. BOTTOM_LEVEL was replaced by TERRAIN_LEVEL in the latest version of this module because of the introduction of irregular cross-sections type, generalizing the formulation of cross-sections. The pre-processor tool is not yet adapted. Nevertheless, for regular cross-sections, TERRAIN LEVEL = BOTTOM_LEVEL + HEIGHT. It can be changed manually or with this perl script [http://docs.google.com/leaf?id=0B_xtWE4qvkq8Y2FhNjk5NTQtZTdhZC00N2I1LWE3Y2YtM2QwYzIyMjhhZDRj&sort=name&layout=list&num=50].
+**'''Warning 2''': Currently, this program writes a BOTTOM_LEVEL keyword for each node instead of the keyword TERRAIN_LEVEL needed by the Drainage Network module. BOTTOM_LEVEL was replaced by TERRAIN_LEVEL in the latest version of this module because of the introduction of the tabular (irregular) cross-section type, generalizing the formulation of cross-sections. The pre-processor tool is not yet adapted. Nevertheless, for regular cross-sections, TERRAIN LEVEL = BOTTOM_LEVEL + HEIGHT. It can be changed manually or with this perl script [http://docs.google.com/leaf?id=0B_xtWE4qvkq8Y2FhNjk5NTQtZTdhZC00N2I1LWE3Y2YtM2QwYzIyMjhhZDRj&sort=name&layout=list&num=50].