CDXWRFinstall - Historial de revisiones

Lluis.fita: /* From Lluís Fita's WRF fork (recomended) */

2025-07-30T12:17:10Z

From Lluís Fita's WRF fork (recomended)

Lluis.fita: /* From Lluís Fita's WRF fork (recomended) */

2025-07-30T12:14:57Z

From Lluís Fita's WRF fork (recomended)

Lluis.fita: /* From Lluís Fita's WRF fork (recomended) */

2025-07-30T12:12:04Z

From Lluís Fita's WRF fork (recomended)

← Revisión anterior		Revisión del 12:12 30 jul 2025
Línea 32:		Línea 32:
	-DCDXWRF=[value] \		-DCDXWRF=[value] \
	</PRE>		</PRE>
	- Accordingly to the value given to the pre-compilation variable CDXWRF one obtains:
	- Without adding the variable: all CORDEX <CODE>Core<CODE> variables		Accordingly to the value given to the pre-compilation variable CDXWRF one obtains:
	- <CODE>CDXWRF=1</CODE> CORDEX 'Tier' variables: clivg, clivh, zmla, [cape/cin/zlfc/plfc/lidx]{min/max/mean} (if in namelist.input convxtrm_diag = 1), colmax, prhf		- Without adding the variable: all CORDEX <CODE>Core</CODE> variables
	- <CODE>CDXWRF=2</CODE> The same as with <CODE>CDXWRF=1</CODE> and additional variables: ua, va, ws, ta, press, zg, hur, hus, tfog, fogvisbltymin, fogvisbltymax, fogvisbltymean, tds[min/max/mean], tws[min/max/mean]		- <CODE>CDXWRF=1</CODE> CORDEX 'Tier' variables: clivg, clivh, zmla, [cape/cin/zlfc/plfc/lidx]{min/max/mean} (if in namelist.input convxtrm_diag = 1), colmax, prhf
	- <CODE>CDXWRF=3</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and additional residence-time variables		- <CODE>CDXWRF=2</CODE> The same as with <CODE>CDXWRF=1</CODE> and additional variables: ua, va, ws, ta, press, zg, hur, hus, tfog, fogvisbltymin, fogvisbltymax, fogvisbltymean, tds[min/max/mean], tws[min/max/mean]
	- <CODE>CDXWRF=4</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and <CODE>3</CODE> and the Water-Budget relarted ones: wbacdiabh, wbacpw, wbacpw[c/r/s/i/g/h], wbacf, wbacf[c/r/s/i/g/h], wbacz, wbacz[c/r/s/i/g/h], wbacdiabh{l/m/h}, wbacpw{l/m/h}, wbacpw[c/r/s/i/g/h]{l/m/h}, wbacf{l/m/h}, wbacf[c/r/s/i/g/h]{l/m/h}, wbacz{l/m/h}, wbacz[c/r/s/i/g/h]{l/m/h}		- <CODE>CDXWRF=3</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and additional residence-time variables
	Simultanesouly, one needs to:		- <CODE>CDXWRF=4</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and <CODE>3</CODE> and the Water-Budget relarted ones: wbacdiabh, wbacpw, wbacpw[c/r/s/i/g/h], wbacf, wbacf[c/r/s/i/g/h], wbacz, wbacz[c/r/s/i/g/h], wbacdiabh{l/m/h}, wbacpw{l/m/h}, wbacpw[c/r/s/i/g/h]{l/m/h}, wbacf{l/m/h}, wbacf[c/r/s/i/g/h]{l/m/h}, wbacz{l/m/h}, wbacz[c/r/s/i/g/h]{l/m/h}

			Simultanesouly, one needs to:
	## make a copy of <CODE>Registry/registry.cordex</CODE>		## make a copy of <CODE>Registry/registry.cordex</CODE>
	<PRE style="shell">		<PRE style="shell">
	cp Registry/registry.cordex Registry/registry.cordex_comp		cp Registry/registry.cordex Registry/registry.cordex_comp
	</PRE>		</PRE>

	## modify the <CODE>Registry/registry.cordex_comp</CODE> accordingly to the value of <CODE>CDXWRF</CODE>:		## modify the <CODE>Registry/registry.cordex_comp</CODE> accordingly to the value of <CODE>CDXWRF</CODE>:
	- Without adding <CODE>CDXWRF</CODE>, nothing needs to be changed		- Without adding <CODE>CDXWRF</CODE>, nothing needs to be changed

Lluis.fita: /* From Lluís Fita's WRF fork (recomended) */

2025-07-30T12:07:38Z

From Lluís Fita's WRF fork (recomended)

← Revisión anterior		Revisión del 12:07 30 jul 2025
Línea 24:		Línea 24:
	</PRE>		</PRE>

	# edit the `<CODE>configure.wrf</CODE>` and add the line (after the line `<CODE>-DNETCDF</CODE>`)		# edit the <CODE>configure.wrf</CODE> and add the line (after the line <CODE>-DNETCDF</CODE>)
	<PRE style="shell">		<PRE style="shell">
	-DCORDEXDIAG \		-DCORDEXDIAG \
Línea 33:		Línea 33:
	</PRE>		</PRE>
	- Accordingly to the value given to the pre-compilation variable CDXWRF one obtains:		- Accordingly to the value given to the pre-compilation variable CDXWRF one obtains:
	- Without adding the variable: all CORDEX <CODE>'Core'<CODE> variables		- Without adding the variable: all CORDEX <CODE>Core<CODE> variables
	- `<CODE>CDXWRF=1</CODE>` CORDEX 'Tier' variables: `clivg`, `clivh`, `zmla`, [cape/cin/zlfc/plfc/lidx]{min/max/mean} (if `convxtrm_diag = 1`), `colmax`, `prhf`		- <CODE>CDXWRF=1</CODE> CORDEX 'Tier' variables: clivg, clivh, zmla, [cape/cin/zlfc/plfc/lidx]{min/max/mean} (if in namelist.input convxtrm_diag = 1), colmax, prhf
	- `<CODE>CDXWRF=2</CODE>` The same as with `<CODE>CDXWRF=1</CODE>` and additional variables: `ua`, `va`, `ws`, `ta`, `press`, `zg`, `hur`, `hus`, `tfog`, `fogvisbltymin`, `fogvisbltymax`, `fogvisbltymean`, ~~`tdsmin`~~, ~~`tdsmax`, `tdsmean`, `twsmin`, `twsmax`, `twsmean`~~		- <CODE>CDXWRF=2</CODE> The same as with <CODE>CDXWRF=1</CODE> and additional variables: ua, va, ws, ta, press, zg, hur, hus, tfog, fogvisbltymin, fogvisbltymax, fogvisbltymean, tds[min/max/mean], tws[min/max/mean]
	- `<CODE>CDXWRF=3</CODE>` The same as with `<CODE>CDXWRF=1,2</CODE>` and additional residence-time variables		- <CODE>CDXWRF=3</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and additional residence-time variables
	- `<CODE>CDXWRF=4</CODE>` The same as with `<CODE>CDXWRF=1,2</CODE>` and `<CODE>3</CODE>` and the Water-Budget relarted ones: `wbacdiabh`, `wbacpw`, `wbacpw[c/r/s/i/g/h]`, `wbacf`, `wbacf[c/r/s/i/g/h]`, `wbacz`, `wbacz[c/r/s/i/g/h]`, `wbacdiabh{l/m/h}`, `wbacpw{l/m/h}`, `wbacpw[c/r/s/i/g/h]{l/m/h}`, `wbacf{l/m/h}`, `wbacf[c/r/s/i/g/h]{l/m/h}`, `wbacz{l/m/h}`, `wbacz[c/r/s/i/g/h]{l/m/h}`		- <CODE>CDXWRF=4</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and <CODE>3</CODE> and the Water-Budget relarted ones: wbacdiabh, wbacpw, wbacpw[c/r/s/i/g/h], wbacf, wbacf[c/r/s/i/g/h], wbacz, wbacz[c/r/s/i/g/h], wbacdiabh{l/m/h}, wbacpw{l/m/h}, wbacpw[c/r/s/i/g/h]{l/m/h}, wbacf{l/m/h}, wbacf[c/r/s/i/g/h]{l/m/h}, wbacz{l/m/h}, wbacz[c/r/s/i/g/h]{l/m/h}
	Simultanesouly, one needs to:		Simultanesouly, one needs to:
	## make a copy of `<CODE>Registry/registry.cordex</CODE>`		## make a copy of <CODE>Registry/registry.cordex</CODE>
	<PRE style="shell">		<PRE style="shell">
	cp Registry/registry.cordex Registry/registry.cordex_comp		cp Registry/registry.cordex Registry/registry.cordex_comp
	</PRE>		</PRE>
	## modify the `<CODE>Registry/registry.cordex_comp</CODE>` accordingly to the value of `<CODE>CDXWRF</CODE>`:		## modify the <CODE>Registry/registry.cordex_comp</CODE> accordingly to the value of <CODE>CDXWRF</CODE>:
	- Without adding `<CODE>CDXWRF</CODE>`, nothing needs to be changed		- Without adding <CODE>CDXWRF</CODE>, nothing needs to be changed
	- Adding `<CODE>CDXWRF=1</CODE>`, one needs to remove the comment `<CODE>##CDXWRF1##</CODE>` at the beginning of the line of the definition of certain variables		- Adding <CODE>CDXWRF=1</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> at the beginning of the line of the definition of certain variables
	- Adding `<CODE>CDXWRF=2</CODE>`, one needs to remove the comment `<CODE>##CDXWRF1##</CODE>` and `<CODE>##CDXWRF2##</CODE>` at the beginning of the line of the definition of certain variables		- Adding <CODE>CDXWRF=2</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> and <CODE>##CDXWRF2##</CODE> at the beginning of the line of the definition of certain variables
	- Adding `<CODE>CDXWRF=3</CODE>`, one needs to remove the comment `<CODE>##CDXWRF1##</CODE>`, `<CODE>##CDXWRF2##</CODE>` and `<CODE>##CDXWRF3##</CODE>` at the beginning of the line of the definition of certain variables		- Adding <CODE>CDXWRF=3</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE> and <CODE>##CDXWRF3##</CODE> at the beginning of the line of the definition of certain variables
	- Adding `<CODE>CDXWRF=4</CODE>`, one needs to remove the comment `<CODE>##CDXWRF1##</CODE>`, `<CODE>##CDXWRF2##</CODE>`, `<CODE>##CDXWRF3##</CODE>` and `<CODE>##CDXWRF4##</CODE>` at the beginning of the line of the definition of certain variables		- Adding <CODE>CDXWRF=4</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE>, <CODE>##CDXWRF3##</CODE> and <CODE>##CDXWRF4##</CODE> at the beginning of the line of the definition of certain variables
	- Example for `CDXWRF=3`		- Example for <CODE>CDXWRF=3</CODE>
	<PRE style="shell">		<PRE style="shell">
	sed -i 's/##CDXWRF1##//g' Registry/registry.cordex_comp		sed -i 's/##CDXWRF1##//g' Registry/registry.cordex_comp
Línea 57:		Línea 57:

	- Additionally, one can also get the instantaneous values for the variables which only certain statistics (accumulation, minimum, mean, ...) are provided. In order to get them, one need to:		- Additionally, one can also get the instantaneous values for the variables which only certain statistics (accumulation, minimum, mean, ...) are provided. In order to get them, one need to:
	1. Search in `<CODE>phys/module_diagnostics_driver.F</CODE>` and `<CODE>phys/module_diag_cordex.F</CODE>` the lines of code marked with `<CODE>INSTVALS</CODE>` and change accordingly (not fully tested).		1. Search in <CODE>phys/module_diagnostics_driver.F</CODE> and <CODE>phys/module_diag_cordex.F</CODE> the lines of code marked with <CODE>INSTVALS</CODE> and change accordingly (not fully tested).
	2. Modify `<CODE>Registry/registry.cordex</CODE>` accordingly (removing `<CODE>##INST##</CODE>` at the beginning of the line of the definition of certain variables, and adding ~~`h9`~~ to certain others)		2. Modify <CODE>Registry/registry.cordex</CODE> accordingly (removing <CODE>##INST##</CODE> at the beginning of the line of the definition of certain variables, and adding <CODE>h19</CODE> to certain others)

	# compile as always		# compile as always

Lluis.fita: /* Installation */

2025-07-30T12:01:40Z

Installation

@@ Línea 2: / Línea 2: @@
 These steps must be followed prior the re-compilation of the WRF model and assuming that the process is started where the code resides (WRFV3). '''NOTE:''' make sure that the already compiled version of WRF and the version of the module are the same!
 # Untar the file
@@ Línea 25: / Línea 99: @@
 include registry.cordex
 </PRE>
 # Clean the code (in order to avoid to run again configure one can make a copy of the <CODE>configure.wrf</CODE> and recover it after the clean, otherwise it is erased)
 <PRE>

Lluis.fita en 16:47 27 feb 2019

2019-02-27T16:47:51Z

← Revisión anterior		Revisión del 16:47 27 feb 2019
Línea 62:		Línea 62:
	$ ./compile em_real >& compile.log		$ ./compile em_real >& compile.log
	</PRE>		</PRE>

			Back to the main page [[CDXWRF]]

Lluis.fita: Abriendo y creando la página de instalación

2019-02-27T15:18:06Z

Abriendo y creando la página de instalación

Página nueva

= Installation =

These steps must be followed prior the re-compilation of the WRF model and assuming that the process is started where the code resides (WRFV3). '''NOTE:''' make sure that the already compiled version of WRF and the version of the module are the same!

# Untar the file
<PRE>
$ tar xvfz WRFV[VERSION]_CORDEX.tar.gz
</PRE>
# It deflates all the required files and the modified orignal WRF files
<PRE>
main/depend.common
dyn_em/solve_em.F
dyn_em/start_em.F
phys/module_diagnostics_driver.F
phys/module_diag_cordex.F
phys/module_diagvar_cordex.F
phys/module_diag_pld.F
phys/Makefile
README.cordex
Registry/registry.cordex
Registry/registry.diags
</PRE>
# On the <CODE>Registry/Registry.EM</CODE> add the following line (after the last line <CODE>include registry.bdy_perturb</CODE> (on WRFV3.7.1, WRFV3.8.1), <CODE>registry.new3d_wif</CODE> (on WRFV3.9.1.1)) and on WFRV40 after the last line <CODE>include registry.trad_fields</CODE> in <CODE>registry.em_shared_collection</CODE>
<PRE>
include registry.cordex
</PRE>
# Clean the code (in order to avoid to run again configure one can make a copy of the <CODE>configure.wrf</CODE> and recover it after the clean, otherwise it is erased)
<PRE>
$ cp configure.wrf configure.cordex.wrf
$ ./clean -a
$ cp configure.cordex.wrf configure.wrf
</PRE>
# edit the <CODE>`configure.wrf'</CODE> and add the line (after the line <CODE>-DNETCDF</CODE> and/or <CODE>–DCLWRFGHG</CODE>)
<PRE>
-DCORDEXDIAG
</PRE>
# Set up (or not) the pre-compilation variable CDXWRF (after the line -DCORDEXDIAG)
<PRE>
-DCDXWRF=[value] \
</PRE>
** Accordingly to the value given to the pre-compilation variable <code>CDXWRF</code> one obtains:
*** Without adding the variable: all CORDEX 'Core' variables
*** CORDEX 'Tier1' variables: clivg, clivh, zmla, [cape/cin/zlfc/plfc/lidx]{min/max/mean}
<PRE>
-DCDXWRF=1 \
</PRE>
*** The same as with <code>CDXWRF=1</code> and additional variables: ua, va, ws, ta, press, zg, hur, hus, tfog, fogvisbltymin, fogvisbltymax, fogvisbltymean, tdsmin, tdsmax, tdsmean and the Water-Budget relarted ones: wbacdiabh, wbacpw, wbacpw[c/r/s/i/g/h], wbacf, wbacf[c/r/s/i/g/h], wbacz, wbacz[c/r/s/i/g/h], wbacdiabh{l/m/h}, wbacpw{l/m/h}, wbacpw[c/r/s/i/g/h]{l/m/h}, wbacf{l/m/h}, wbacf[c/r/s/i/g/h]{l/m/h}, wbacz{l/m/h}, wbacz[c/r/s/i/g/h]{l/m/h}
<PRE>
-DCDXWRF=2 \
</PRE>
* Simultanesouly, one needs to modify the <code>Registry/registry.cordex</code> accordingly to the value of <code>CDXWRF</code>:
*** Without adding <code>CDXWRF</code>, nothing needs to be changed
*** Adding <code>CDXWRF=1</code>, one needs to remove the comment <code>##CDXWRF1##</code> at the beginning of the line of the definition of certain variables
*** Adding <code>CDXWRF=2</code>, one needs to remove the comment <code>##CDXWRF1##</code> and <code>##CDXWRF2##</code> at the beginning of the line of the definition of certain variables

# Additionally, one can also get the instantaneous values for the variables which only certain statistics (accumulation, minimum, mean, ...) are provided. In order to get them, one need to:
## Search in <code>phys/module_diagnostics_driver.F</code> and <code>phys/module_diag_cordex.F</code> the lines of code marked with <code>'INSTVALS'</code> and change accordingly.
## Modify <code>Registry/registry.cordex</code> accordingly (removing <code>##INST##</code> at the beginning of the line of the definition of certain variables, and adding <code>'h9'</code> to certain others)

# compile as always
<PRE>
$ ./compile em_real >& compile.log
</PRE>

← Revisión anterior		Revisión del 12:17 30 jul 2025
Línea 40:		Línea 40:
	* <CODE>CDXWRF=4</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and <CODE>3</CODE> and the Water-Budget relarted ones: wbacdiabh, wbacpw, wbacpw[c/r/s/i/g/h], wbacf, wbacf[c/r/s/i/g/h], wbacz, wbacz[c/r/s/i/g/h], wbacdiabh{l/m/h}, wbacpw{l/m/h}, wbacpw[c/r/s/i/g/h]{l/m/h}, wbacf{l/m/h}, wbacf[c/r/s/i/g/h]{l/m/h}, wbacz{l/m/h}, wbacz[c/r/s/i/g/h]{l/m/h}		* <CODE>CDXWRF=4</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and <CODE>3</CODE> and the Water-Budget relarted ones: wbacdiabh, wbacpw, wbacpw[c/r/s/i/g/h], wbacf, wbacf[c/r/s/i/g/h], wbacz, wbacz[c/r/s/i/g/h], wbacdiabh{l/m/h}, wbacpw{l/m/h}, wbacpw[c/r/s/i/g/h]{l/m/h}, wbacf{l/m/h}, wbacf[c/r/s/i/g/h]{l/m/h}, wbacz{l/m/h}, wbacz[c/r/s/i/g/h]{l/m/h}

	~~Simultanesouly~~, one needs to:		Simultaneosuly, one needs to:
	* make a copy of <CODE>Registry/registry.cordex</CODE>		* make a copy of <CODE>Registry/registry.cordex</CODE>
	<PRE style="shell">		<PRE style="shell">
	cp Registry/registry.cordex Registry/registry.cordex_comp		cp Registry/registry.cordex Registry/registry.cordex_comp
	</PRE>		</PRE>

	* modify the <CODE>Registry/registry.cordex_comp</CODE> accordingly to the value of <CODE>CDXWRF</CODE>:		* modify the <CODE>Registry/registry.cordex_comp</CODE> accordingly to the value of <CODE>CDXWRF</CODE>:
	** Without adding <CODE>CDXWRF</CODE>, nothing needs to be changed		** Without adding <CODE>CDXWRF</CODE>, nothing needs to be changed
	** Adding <CODE>CDXWRF=1</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> at the beginning of the line of the definition of certain variables		** Adding <CODE>CDXWRF=1</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> at the beginning of the line of the definition of certain variables
	** Adding <CODE>CDXWRF=2</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> and <CODE>##CDXWRF2##</CODE> at the beginning of the line of the definition of certain variables		** Adding <CODE>CDXWRF=2</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> and <CODE>##CDXWRF2##</CODE> at the beginning of the line of the definition of certain variables
	** Adding <CODE>CDXWRF=3</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE> and <CODE>##CDXWRF3##</CODE> at the beginning of the line of the definition of certain variables		** Adding <CODE>CDXWRF=3</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE> and <CODE>##CDXWRF3##</CODE> at the beginning of the line of the definition of certain variables
	** Adding <CODE>CDXWRF=4</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE>, <CODE>##CDXWRF3##</CODE> and <CODE>##CDXWRF4##</CODE> at the beginning of the line of the definition of certain variables		** Adding <CODE>CDXWRF=4</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE>, <CODE>##CDXWRF3##</CODE> and <CODE>##CDXWRF4##</CODE> at the beginning of the line of the definition of certain variables
	** Example for <CODE>CDXWRF=3</CODE>		** Example for <CODE>CDXWRF=3</CODE>
	<PRE style="shell">		<PRE style="shell">
	sed -i 's/##CDXWRF1##//g' Registry/registry.cordex_comp		sed -i 's/##CDXWRF1##//g' Registry/registry.cordex_comp
Línea 60:		Línea 60:

	* Additionally, one can also get the instantaneous values for the variables which only certain statistics (accumulation, minimum, mean, ...) are provided. In order to get them, one need to:		* Additionally, one can also get the instantaneous values for the variables which only certain statistics (accumulation, minimum, mean, ...) are provided. In order to get them, one need to:
	# Search in <CODE>phys/module_diagnostics_driver.F</CODE> and <CODE>phys/module_diag_cordex.F</CODE> the lines of code marked with <CODE>INSTVALS</CODE> and change accordingly (not fully tested).		# Search in <CODE>phys/module_diagnostics_driver.F</CODE> and <CODE>phys/module_diag_cordex.F</CODE> the lines of code marked with <CODE>INSTVALS</CODE> and change accordingly (not fully tested).
	# Modify <CODE>Registry/registry.cordex</CODE> accordingly (removing <CODE>##INST##</CODE> at the beginning of the line of the definition of certain variables, and adding <CODE>h19</CODE> to certain others)		# Modify <CODE>Registry/registry.cordex</CODE> accordingly (removing <CODE>##INST##</CODE> at the beginning of the line of the definition of certain variables, and adding <CODE>h19</CODE> to certain others)

	compile as always		compile as always

← Revisión anterior		Revisión del 12:14 30 jul 2025
Línea 34:		Línea 34:

	Accordingly to the value given to the pre-compilation variable CDXWRF one obtains:		Accordingly to the value given to the pre-compilation variable CDXWRF one obtains:
	- Without adding the variable: all CORDEX <CODE>Core</CODE> variables		* Without adding the variable: all CORDEX <CODE>Core</CODE> variables
	- <CODE>CDXWRF=1</CODE> CORDEX 'Tier' variables: clivg, clivh, zmla, [cape/cin/zlfc/plfc/lidx]{min/max/mean} (if in namelist.input convxtrm_diag = 1), colmax, prhf		* <CODE>CDXWRF=1</CODE> CORDEX 'Tier' variables: clivg, clivh, zmla, [cape/cin/zlfc/plfc/lidx]{min/max/mean} (if in namelist.input convxtrm_diag = 1), colmax, prhf
	- <CODE>CDXWRF=2</CODE> The same as with <CODE>CDXWRF=1</CODE> and additional variables: ua, va, ws, ta, press, zg, hur, hus, tfog, fogvisbltymin, fogvisbltymax, fogvisbltymean, tds[min/max/mean], tws[min/max/mean]		* <CODE>CDXWRF=2</CODE> The same as with <CODE>CDXWRF=1</CODE> and additional variables: ua, va, ws, ta, press, zg, hur, hus, tfog, fogvisbltymin, fogvisbltymax, fogvisbltymean, tds[min/max/mean], tws[min/max/mean]
	- <CODE>CDXWRF=3</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and additional residence-time variables		* <CODE>CDXWRF=3</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and additional residence-time variables
	- <CODE>CDXWRF=4</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and <CODE>3</CODE> and the Water-Budget relarted ones: wbacdiabh, wbacpw, wbacpw[c/r/s/i/g/h], wbacf, wbacf[c/r/s/i/g/h], wbacz, wbacz[c/r/s/i/g/h], wbacdiabh{l/m/h}, wbacpw{l/m/h}, wbacpw[c/r/s/i/g/h]{l/m/h}, wbacf{l/m/h}, wbacf[c/r/s/i/g/h]{l/m/h}, wbacz{l/m/h}, wbacz[c/r/s/i/g/h]{l/m/h}		* <CODE>CDXWRF=4</CODE> The same as with <CODE>CDXWRF=1,2</CODE> and <CODE>3</CODE> and the Water-Budget relarted ones: wbacdiabh, wbacpw, wbacpw[c/r/s/i/g/h], wbacf, wbacf[c/r/s/i/g/h], wbacz, wbacz[c/r/s/i/g/h], wbacdiabh{l/m/h}, wbacpw{l/m/h}, wbacpw[c/r/s/i/g/h]{l/m/h}, wbacf{l/m/h}, wbacf[c/r/s/i/g/h]{l/m/h}, wbacz{l/m/h}, wbacz[c/r/s/i/g/h]{l/m/h}

	Simultanesouly, one needs to:		Simultanesouly, one needs to:
	## make a copy of <CODE>Registry/registry.cordex</CODE>		* make a copy of <CODE>Registry/registry.cordex</CODE>
	<PRE style="shell">		<PRE style="shell">
	cp Registry/registry.cordex Registry/registry.cordex_comp		cp Registry/registry.cordex Registry/registry.cordex_comp
	</PRE>		</PRE>

	## modify the <CODE>Registry/registry.cordex_comp</CODE> accordingly to the value of <CODE>CDXWRF</CODE>:		* modify the <CODE>Registry/registry.cordex_comp</CODE> accordingly to the value of <CODE>CDXWRF</CODE>:
	- Without adding <CODE>CDXWRF</CODE>, nothing needs to be changed		** Without adding <CODE>CDXWRF</CODE>, nothing needs to be changed
	- Adding <CODE>CDXWRF=1</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> at the beginning of the line of the definition of certain variables		** Adding <CODE>CDXWRF=1</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> at the beginning of the line of the definition of certain variables
	- Adding <CODE>CDXWRF=2</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> and <CODE>##CDXWRF2##</CODE> at the beginning of the line of the definition of certain variables		** Adding <CODE>CDXWRF=2</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE> and <CODE>##CDXWRF2##</CODE> at the beginning of the line of the definition of certain variables
	- Adding <CODE>CDXWRF=3</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE> and <CODE>##CDXWRF3##</CODE> at the beginning of the line of the definition of certain variables		** Adding <CODE>CDXWRF=3</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE> and <CODE>##CDXWRF3##</CODE> at the beginning of the line of the definition of certain variables
	- Adding <CODE>CDXWRF=4</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE>, <CODE>##CDXWRF3##</CODE> and <CODE>##CDXWRF4##</CODE> at the beginning of the line of the definition of certain variables		** Adding <CODE>CDXWRF=4</CODE>, one needs to remove the comment <CODE>##CDXWRF1##</CODE>, <CODE>##CDXWRF2##</CODE>, <CODE>##CDXWRF3##</CODE> and <CODE>##CDXWRF4##</CODE> at the beginning of the line of the definition of certain variables
	- Example for <CODE>CDXWRF=3</CODE>		** Example for <CODE>CDXWRF=3</CODE>
	<PRE style="shell">		<PRE style="shell">
	sed -i 's/##CDXWRF1##//g' Registry/registry.cordex_comp		sed -i 's/##CDXWRF1##//g' Registry/registry.cordex_comp
Línea 59:		Línea 59:
	</PRE>		</PRE>

	- Additionally, one can also get the instantaneous values for the variables which only certain statistics (accumulation, minimum, mean, ...) are provided. In order to get them, one need to:		* Additionally, one can also get the instantaneous values for the variables which only certain statistics (accumulation, minimum, mean, ...) are provided. In order to get them, one need to:
	1. Search in <CODE>phys/module_diagnostics_driver.F</CODE> and <CODE>phys/module_diag_cordex.F</CODE> the lines of code marked with <CODE>INSTVALS</CODE> and change accordingly (not fully tested).		# Search in <CODE>phys/module_diagnostics_driver.F</CODE> and <CODE>phys/module_diag_cordex.F</CODE> the lines of code marked with <CODE>INSTVALS</CODE> and change accordingly (not fully tested).
	2. Modify <CODE>Registry/registry.cordex</CODE> accordingly (removing <CODE>##INST##</CODE> at the beginning of the line of the definition of certain variables, and adding <CODE>h19</CODE> to certain others)		# Modify <CODE>Registry/registry.cordex</CODE> accordingly (removing <CODE>##INST##</CODE> at the beginning of the line of the definition of certain variables, and adding <CODE>h19</CODE> to certain others)

	# compile as always		compile as always
	<PRE style="shell">		<PRE style="shell">
	./compile em_real >& compile.log		./compile em_real >& compile.log