InvertedBarometer - Revision history

Madalena at 15:06, 20 April 2011

2011-04-20T15:06:40Z

Madalena at 15:06, 20 April 2011

2011-04-20T15:06:14Z

Madalena at 15:02, 20 April 2011

2011-04-20T15:02:15Z

Madalena at 15:01, 20 April 2011

2011-04-20T15:01:21Z

Madalena at 14:58, 20 April 2011

2011-04-20T14:58:20Z

Madalena at 14:57, 20 April 2011

2011-04-20T14:57:29Z

Madalena at 14:53, 20 April 2011

2011-04-20T14:53:14Z

Madalena at 14:50, 20 April 2011

2011-04-20T14:50:25Z

Madalena at 14:48, 20 April 2011

2011-04-20T14:48:05Z

Madalena at 14:46, 20 April 2011

2011-04-20T14:46:20Z

@@ Line 295: / Line 295: @@
    REMAIN_CONSTANT         : 0
    FILE_IN_TIME            : HDF
-   FILENAME                : path and name of the file
+   FILENAME                : !path and name of the file
    OUTPUT_HDF              : 1
   <endproperty>
@@ Line 305: / Line 305: @@
    DEFAULTVALUE            : 0.
    FILE_IN_TIME            : HDF
-   FILENAME                : Path and name of the file
+   FILENAME                : !Path and name of the file
    OUTPUT_HDF              : 1
    TIME_SERIE              : 1

@@ Line 282: / Line 282: @@
    REMAIN_CONSTANT         : 1
    INITIALIZATION_METHOD   : ASCII_FILE
-   FILENAME                : Path and name of the file (the file is similar that that a grid data file)
+   FILENAME                : !Path and name of the file. The file is similar that that a grid data file with the specific i j cells in your domain
   <end_InvertBarometerCells>

@@ Line 294: / Line 294: @@
    DEFAULTVALUE            : 100000
    REMAIN_CONSTANT         : 0
    FILE_IN_TIME            : HDF
    FILENAME                : path and name of the file
    OUTPUT_HDF              : 1
   <endproperty>
   <beginproperty>
    NAME                    : mean sea level pressure

@@ Line 259: / Line 259: @@
 ==How to Include the Inverted Barometer Effect in MOHID Simulations ==
-To impose the inverted barometer effect in MOHID model simulations you have regard to the '''Hydrodynamic''' and '''Atmosphere''' modules.
+To impose the inverted barometer effect in MOHID model simulations you have regard to the '''Hydrodynamic''' and '''Atmosphere''' modules. To visualize the effect the spatial gradient of atmospheric pressure should be appreciable. It means that the effect is visible in large scale models
 ==Samples==
@@ Line 288: / Line 288: @@
-  LOCAL_SOLUTION            : 6 or 7 !6-GaugePlusSubModel and 7-AssimilaGaugeSubModel
+  <beginproperty>
 [[Category:Tools]]

@@ Line 284: / Line 284: @@
    FILENAME                : Path and name of the file (the file is similar that that a grid data file)
   <end_InvertBarometerCells>
 [[Category:Tools]]

← Older revision		Revision as of 14:57, 20 April 2011
Line 265:		Line 265:


−	LOCAL_SOLUTION : 6 or 7	+	LOCAL_SOLUTION : 6 or 7 !6-GaugePlusSubModel and 7-AssimilaGaugeSubModel
		+	ATM_PRESSURE : 1 !activate the use of the property pressure
		+	ATM_PRESSURE_TYPE : 1 or 2 !OPTION 1 input data must be atmospheric pressure and OPTION 2 Mean Sea Level Pressure (MSLP)
		+	ATM_RAMP : 1 !activate a smooth period
		+	ATM_PERIOD : 86400 !is the period by default in MOHID if the user not provide any one
		+
		+	IMPOSE_INVERTED_BAROMETER : 1 !activates the inverted barometer approximation in the open boundary
		+
		+	INVERTED_BAROMETER_CELLS : 1 !allows restrain to specific cells in the open boundary where you want to impose the inverted barometer approximation
		+
		+	<begin_InvertBarometerCells>
		+	NAME : generic property
		+	DEFAULTVALUE : 0
		+	TYPE_ZUV : z
		+	FILE_IN_TIME : NONE
		+	REMAIN_CONSTANT : 1
		+	INITIALIZATION_METHOD : ASCII_FILE
		+	FILENAME : Path and name of the file (the file is similar that that a grid data file)
		+	<end_InvertBarometerCells>
		+

	[[Category:Tools]]		[[Category:Tools]]

@@ Line 264: / Line 264: @@
 ===Hydrodynamic Module===
-LOCAL_SOLUTION : 6 or 7 !6 “GaugePlusSubModel” and 7 “AssimilaGaugeSubModel”
 [[Category:Tools]]

@@ Line 264: / Line 264: @@
 ===Hydrodynamic Module===
-LOCAL SOLUTION (Check what the type of local solution you want for the radiative and relaxation boundary conditions. In the case of the imposed barometer you have the 6 “GaugePlusSubModel” or 7 “AssimilaGaugeSubModel”. The difference of  option 7 is in terms of including assimilation).
+LOCAL SOLUTION  (Check what the type of local solution you want for the radiative and relaxation boundary conditions. In the case of the imposed barometer you have the 6 “GaugePlusSubModel” or 7 “AssimilaGaugeSubModel”. The difference of  option 7 is in terms of including assimilation).
-ATM_PRESSURE  : 1 (activate the use of the property pressure)
+ATM_PRESSURE   : 1 (activate the use of the property pressure)
-ATM_PRESSURE_TYPE : Choose the type of input  data in atmosphere module. If you use OPTION 1 it means that the input data must be atmospheric pressure, or OPTION 2 must be the  input of Mean Sea Level Pressure (MSLP).
+ATM_PRESSURE_TYPE  : Choose the type of input  data in atmosphere module. If you use OPTION 1 it means that the input data must be atmospheric pressure, or OPTION 2 must be the  input of Mean Sea Level Pressure (MSLP).
-ATM_RAMP                : 1 (activate a smooth period)
+ATM_RAMP                 : 1 (activate a smooth period)
-ATM_PERIOD              : 86400 (is the period by default in MOHID if the user not provide any one)
+ATM_PERIOD               : 86400 (is the period by default in MOHID if the user not provide any one)
-IMPOSE_INVERTED_BAROMETER:  1 ( activates the inverted barometer approximation in the open boundary)
+IMPOSE_INVERTED_BAROMETER:   1 ( activates the inverted barometer approximation in the open boundary)
-INVERTED_BAROMETER_CELLS:  1 ( allows restrain to specific cells in the open boundary where you want to impose the inverted barometer approximation)
+INVERTED_BAROMETER_CELLS:   1 ( allows restrain to specific cells in the open boundary where you want to impose the inverted barometer approximation)
 <begin_InvertBarometerCells>
 NAME                    : generic property
 DEFAULTVALUE            : 0
 TYPE_ZUV                : z
 FILE_IN_TIME            : NONE
 REMAIN_CONSTANT         : 1
 INITIALIZATION_METHOD   : ASCII_FILE
 FILENAME                : Path and name of the file (the file is similar that that a grid data file)
 <end_InvertBarometerCells>
 [[Category:Tools]]

← Older revision		Revision as of 14:46, 20 April 2011
Line 259:		Line 259:
	==How to Include the Inverted Barometer Effect in MOHID Simulations ==		==How to Include the Inverted Barometer Effect in MOHID Simulations ==

		+	To impose the inverted barometer effect in MOHID model simulations you have regard to the '''Hydrodynamic''' and '''Atmosphere''' modules.
		+
		+	==Samples==
		+	===Hydrodynamic Module===

		+	LOCAL SOLUTION (Check what the type of local solution you want for the radiative and relaxation boundary conditions. In the case of the imposed barometer you have the 6 “GaugePlusSubModel” or 7 “AssimilaGaugeSubModel”. The difference of option 7 is in terms of including assimilation).
		+
		+	ATM_PRESSURE : 1 (activate the use of the property pressure)
		+	ATM_PRESSURE_TYPE : Choose the type of input data in atmosphere module. If you use OPTION 1 it means that the input data must be atmospheric pressure, or OPTION 2 must be the input of Mean Sea Level Pressure (MSLP).
		+	ATM_RAMP : 1 (activate a smooth period)
		+	ATM_PERIOD : 86400 (is the period by default in MOHID if the user not provide any one)
		+
		+	IMPOSE_INVERTED_BAROMETER: 1 ( activates the inverted barometer approximation in the open boundary)
		+
		+	INVERTED_BAROMETER_CELLS: 1 ( allows restrain to specific cells in the open boundary where you want to impose the inverted barometer approximation)
		+
		+	<begin_InvertBarometerCells>
		+	NAME : generic property
		+	DEFAULTVALUE : 0
		+	TYPE_ZUV : z
		+	FILE_IN_TIME : NONE
		+	REMAIN_CONSTANT : 1
		+	INITIALIZATION_METHOD : ASCII_FILE
		+	FILENAME : Path and name of the file (the file is similar that that a grid data file)
		+	<end_InvertBarometerCells>


	[[Category:Tools]]		[[Category:Tools]]