Command Line Options - Revision history

Dgroulx at 21:08, 13 October 2010

2010-10-13T21:08:17Z

Dgroulx at 21:07, 13 October 2010

2010-10-13T21:07:56Z

Dgroulx at 16:51, 3 September 2010

2010-09-03T16:51:03Z

Dgroulx at 23:52, 13 July 2010

2010-07-13T23:52:47Z

Dgroulx at 21:08, 24 November 2009

2009-11-24T21:08:41Z

Dgroulx at 21:00, 24 November 2009

2009-11-24T21:00:38Z

Dgroulx at 21:00, 24 November 2009

2009-11-24T21:00:05Z

Dgroulx at 20:59, 24 November 2009

2009-11-24T20:59:48Z

Dgroulx at 20:59, 24 November 2009

2009-11-24T20:59:07Z

Dgroulx at 19:56, 24 November 2009

2009-11-24T19:56:31Z

@@ Line 42: / Line 42: @@
 | -csv||Produce comma delimited output (this overrides previous use of output_csv_... in the tec file
 |-
-| -asciigrid||Read in gridded climate data. For information on these files, see [[Climate data#Gridded Climate Data]]
+| -asciigrid||Read in gridded climate data. For information on these files, see [[Climate data#Gridded Climate Data|Gridded Climate Data]]
 |}

@@ Line 41: / Line 41: @@
 |-
 | -csv||Produce comma delimited output (this overrides previous use of output_csv_... in the tec file
 |}

@@ Line 18: / Line 18: @@
 | -g||"-g" specifies dynamic version of RHESSys, if "-g" not used, then RHESSys defaults to static mode.
 |-
-| -s value value <optional value>||Sensitivity parameters (-s option must be followed by two values and a third optional value). Values specify three multipliers which are used to scale specific variables initialized in the worldfile. The first required value, (a sen1) designates m, the decay of hydraulic conductivity with depth, the second required value, (a sen2) designates K, hydraulic conductivity at the surface, and the third optional value, (a sen3) designates soil depth. In the current implementation, the m, K, and soil depth parameter values initialized for all patches in the worldfile are multiplied by 1) a sen1 2) a sen2 and 3) a sen3 respectively during a simulation. User must modify code to permit calibration based on other parameters.
+| -s value value <optional value>||Sensitivity parameters (-s must be followed by two values and a third optional value). Values specify three multipliers which are used to scale specific variables initialized in the worldfile. The first required value, (a sen1) designates m, the decay of hydraulic conductivity with depth, the second required value, (a sen2) designates K, hydraulic conductivity at the surface, and the third optional value, (a sen3) designates soil depth. In the current implementation, the m, K, and soil depth parameter values initialized for all patches in the worldfile are multiplied by 1) a sen1 2) a sen2 and 3) a sen3 respectively during a simulation. User must modify code to permit calibration based on other parameters.
 |-
-| -gw value value||Sensitivity parameters (switch must be followed by two values) Specifies two multipliers which are used to scale specific variables. The first value is the multiplier of the sat_to_gw_coeff in the hillslope default file (representing the amount of water moving from the saturated store to the groundwater store). The second value is the multiplier of the gw_loss_coeff in the hillslope default file (representing the amount of water moving from the groundwater store to the stream).
+| -gw value value||Sensitivity parameters (-gw must be followed by two values) Specifies two multipliers which are used to scale specific variables. The first value is the multiplier of the sat_to_gw_coeff in the hillslope default file (representing the amount of water moving from the saturated store to the groundwater store). The second value is the multiplier of the gw_loss_coeff in the hillslope default file (representing the amount of water moving from the groundwater store to the stream).
 |-
 | -pre character string||Prefix to be used for output files

@@ Line 1: / Line 1: @@
-{| {{table}}
+{| border="1"
 | -w filename (required) || Name of the worldfile
 |-

@@ Line 1: / Line 1: @@
 {| {{table}}
-| -w filename (necessary) || Name of the worldfile
+| -w filename (required) || Name of the worldfile
 |-
-| -t filename (necessary)||Name of the tecfile
+| -t filename (required)||Name of the tecfile
 |-
 | -r filename||Necessary for explicit routing - if "-r" not used then TOPMODEL routing will be used

@@ Line 24: / Line 24: @@
 | -pre character string||Prefix to be used for output files
 |-
-| -st year month day||Start date (switch must be followed by the date)
+| -st year month day||Start date (switch must be followed by the date), this overrides the start date used in the worldfile
 |-
-| - this overrides the start date used in the worldfile
+| -ed year month day||End date (switch must be followed by the date), this overrides the end date used in the worldfile
 |-
 | -snowdistb value||If this flag is used RHESSys will run snow redistribution for each patch. To use this option there must be an additional state variable at the patch level in the worldfile. An optional tolerance parameter can be included with the command line to limit change in the water balance associated with snow redistribution.

@@ Line 16: / Line 16: @@
 | -c optional ID||Necessary for stratum output, the ID is used to specify individual strata, no ID implies all strata
 |-
-| -g||\"-g specifies dynamic version of RHESSys, if "-g" not used, then RHESSys defaults to static mode.
+| -g||"-g" specifies dynamic version of RHESSys, if "-g" not used, then RHESSys defaults to static mode.
 |-
 | -s value value <optional value>||Sensitivity parameters (-s option must be followed by two values and a third optional value). Values specify three multipliers which are used to scale specific variables initialized in the worldfile. The first required value, (a sen1) designates m, the decay of hydraulic conductivity with depth, the second required value, (a sen2) designates K, hydraulic conductivity at the surface, and the third optional value, (a sen3) designates soil depth. In the current implementation, the m, K, and soil depth parameter values initialized for all patches in the worldfile are multiplied by 1) a sen1 2) a sen2 and 3) a sen3 respectively during a simulation. User must modify code to permit calibration based on other parameters.

@@ Line 8: / Line 8: @@
 | -b optional ID||Necessary for basin output, the ID is used to specify individual basins, no ID implies all basins
 |-
-| -h optional ID||Necessary for hillslope output
+| -h optional ID||Necessary for hillslope output, the ID is used to specify individual hillslopes, no ID implies all hillslopes
 |-
-| - the ID is used to specify individual hillslopes
+| -z optional ID||Necessary for zone output, the ID is used to specify individual zones, no ID implies all zones
 |-
-| - no ID implies all hillslopes\"
+| -p optional ID||Necessary for patch output, the ID is used to specify individual patches, no ID implies all patches
 |-
-| -z optional ID||\"Necessary for zone output
+| -c optional ID||Necessary for stratum output, the ID is used to specify individual strata, no ID implies all strata
 |-
-| - the ID is used to specify individual zones
+| -g||\"-g specifies dynamic version of RHESSys, if "-g" not used, then RHESSys defaults to static mode.
 |-
-| - no ID implies all zones\"
+| \"-s value value <optional value>
 |-
-| -p optional ID||\"Necessary for patch output
+| Sensitivity parameters (-s option must be followed by two values and a third optional value). Values specify three multipliers which are used to scale specific variables initialized in the worldfile. The first required value, (a sen1) designates m, the decay of hydraulic conductivity with depth, the second required value, (a sen2) designates K, hydraulic conductivity at the surface, and the third optional value, (a sen3) designates soil depth. In the current implementation, the m, K, and soil depth parameter values initialized for all patches in the worldfile are multiplied by 1) a sen1 2) a sen2 and 3) a sen3 respectively during a simulation. User must modify code to permit calibration based on other parameters.
 |-
 | -gw value value||Sensitivity parameters (switch must be followed by two values) Specifies two multipliers which are used to scale specific variables. The first value is the multiplier of the sat_to_gw_coeff in the hillslope default file (representing the amount of water moving from the saturated store to the groundwater store). The second value is the multiplier of the gw_loss_coeff in the hillslope default file (representing the amount of water moving from the groundwater store to the stream).
@@ Line 44: / Line 26: @@
 | -pre character string||Prefix to be used for output files
 |-
-| -st year month day||\"Start date (switch must be followed by the date)
+| -st year month day||Start date (switch must be followed by the date)
 |-
-| - this overrides the start date used in the worldfile\"
+| - this overrides the start date used in the worldfile
 |-
-| -ed year month day||\"End date (switch must be followed by the date)
+| -ed year month day||End date (switch must be followed by the date)
 |-
-| - this overrides the end date used in the worldfile\"
+| - this overrides the end date used in the worldfile
 |-
 | -snowdistb value||If this flag is used RHESSys will run snow redistribution for each patch. To use this option there must be an additional state variable at the patch level in the worldfile. An optional tolerance parameter can be included with the command line to limit change in the water balance associated with snow redistribution.