ImposedSolution - Revision history

Francisco: /* Sample configuration */

2012-05-08T16:50:12Z

‎Sample configuration

Francisco: /* Sample configuration */

2012-05-08T16:49:40Z

‎Sample configuration

Francisco: /* Sample configuration */

2012-03-01T11:45:28Z

‎Sample configuration

Francisco: /* Sample configuration */

2012-03-01T11:43:54Z

‎Sample configuration

Francisco: /* Sample configuration */

2012-03-01T11:43:15Z

‎Sample configuration

Francisco: /* Sample configuration */

2012-03-01T11:41:09Z

‎Sample configuration

Francisco: /* Sample configuration */

2012-03-01T11:33:26Z

‎Sample configuration

Francisco: /* Sample configuration */

2012-03-01T11:31:48Z

‎Sample configuration

Francisco: /* Sample configuration */

2012-03-01T11:28:29Z

‎Sample configuration

Francisco at 11:28, 1 March 2012

2012-03-01T11:28:05Z

@@ Line 5: / Line 5: @@
 The geometry_X.dat should correspond to the one found in the HDF5 file, and in case that the window file does not include a bottom layer then a keyword should be included in the file indicating that is a window file
-  WINDOW                    : 0/1   (By default 0, if 1 it does not check the consistency of the bottom layer)
+  WINDOW                    : 0/1   (Default 0, if 1 does not check the consistency of the bottom layer)
 In addition, the hydrodynamic, interface sediment water and water properties data file should be configured following the inditacions below. A typical file for the hydrodyamic_x.dat would be similar to:

@@ Line 3: / Line 3: @@
 ==Sample configuration==
-The geometry_X.dat should correspond to the one found in the HDF5 file. In addition, the hydrodynamic, interface sediment water and water properties data file should be configured following the inditacions below. A typical file for the hydrodyamic_x.dat would be similar to:
+The geometry_X.dat should correspond to the one found in the HDF5 file, and in case that the window file does not include a bottom layer then a keyword should be included in the file indicating that is a window file
   EVOLUTION                 : Imposed Solution

@@ Line 14: / Line 14: @@
   INITIALIZATION_METHOD     : hdf
   FILE_IN_TIME              : hdf
-  FILENAME                  : ... (location of the hdf5 file to be imposed)
+  FILENAME                  : ...        (location of the hdf5 file to be imposed)
   <end_waterlevel>
@@ Line 24: / Line 24: @@
   INITIALIZATION_METHOD     : hdf
   FILE_IN_TIME              : hdf
-  FILENAME                  : ... (location of the hdf5 file to be imposed)
+  FILENAME                  : ...        (location of the hdf5 file to be imposed)
   <end_velocity_u>
@@ Line 34: / Line 34: @@
   INITIALIZATION_METHOD     : hdf
   FILE_IN_TIME              : hdf
-  FILENAME                  : ... (location of the hdf5 file to be imposed)
+  FILENAME                  : ...        (location of the hdf5 file to be imposed)
   <end_velocity_v>
@@ Line 46: / Line 46: @@
   <beginproperty>
-  NAME                           : ...         (Water property name)
+  NAME                           : ...        (Water property name)
-  UNITS                          : ...         (Water property units)
+  UNITS                          : ...        (Water property units)
-  DEFAULTVALUE                   : ...         (Water property default value. Mandatory thought not used)
+  DEFAULTVALUE                   : ...        (Water property default value. Not used but mandatory)
   ADVECTION_DIFFUSION            : 0
-  DIMENSION                      : 2D/3D       (Dimension of the property)
+  DIMENSION                      : 2D/3D      (Dimension of the property)
   INITIALIZATION_METHOD          : hdf
   FILE_IN_TIME                   : hdf
-  FILENAME                       : ...         (location of the hdf5 file to be imposed)
+  FILENAME                       : ...        (location of the hdf5 file to be imposed)
   <endproperty>

@@ Line 48: / Line 48: @@
   NAME                           : ...         (Water property name)
   UNITS                          : ...         (Water property units)
-  DEFAULTVALUE                   : ...         (Water property Default Value mandatory)
+  DEFAULTVALUE                   : ...         (Water property default value. Mandatory thought not used)
   ADVECTION_DIFFUSION            : 0
   DIMENSION                      : 2D/3D       (Dimension of the property)

@@ Line 3: / Line 3: @@
 ==Sample configuration==
-A typical file for the hydrodyamic_x.dat would be similar to:
+The geometry_X.dat should correspond to the one found in the HDF5 file. In addition, the hydrodynamic, interface sediment water and water properties data file should be configured following the inditacions below. A typical file for the hydrodyamic_x.dat would be similar to:
   EVOLUTION                 : Imposed Solution

@@ Line 42: / Line 42: @@
   DEFAULTVALUE              : 0.0
   <end_rugosity>
 ==See also==

@@ Line 6: / Line 6: @@
   EVOLUTION                 : Imposed Solution
-−
   <begin_waterlevel>
   NAME                      : water level
@@ Line 16: / Line 16: @@
   FILENAME                  : c
   <end_waterlevel>
-−
   <begin_velocity_u>
   NAME                      : velocity U

← Older revision		Revision as of 11:28, 1 March 2012
Line 2:		Line 2:

	==Sample configuration==		==Sample configuration==
		+
		+	A typical file for the hydrodyamic_x.dat would be similar to:
		+
		+	EVOLUTION : Imposed Solution
		+
		+	<begin_waterlevel>
		+	NAME : water level
		+	UNITS : m
		+	DIMENSION : 2D
		+	DEFAULTVALUE : 0
		+	INITIALIZATION_METHOD : hdf
		+	FILE_IN_TIME : hdf
		+	FILENAME : c
		+	<end_waterlevel>
		+
		+	<begin_velocity_u>
		+	NAME : velocity U
		+	UNITS : m/s
		+	DIMENSION : 3D
		+	DEFAULTVALUE : 0
		+	INITIALIZATION_METHOD : hdf
		+	FILE_IN_TIME : hdf
		+	FILENAME : ...
		+	<end_velocity_u>
		+
		+	<begin_velocity_v>
		+	NAME : velocity V
		+	UNITS : m/s
		+	DIMENSION : 3D
		+	DEFAULTVALUE : 0
		+	INITIALIZATION_METHOD : hdf
		+	FILE_IN_TIME : hdf
		+	FILENAME : ...
		+	<end_velocity_v>

	==See also==		==See also==