Output - Revision history

Editor 1 at 09:14, 16 December 2024

2024-12-16T09:14:55Z

← Older revision		Revision as of 11:14, 16 December 2024
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	\|-		\|-
	\| art_o3		\| art_o3
		⚫	\|
	\| kg/kg		\| kg/kg
	\| Ozone mass mixing ratio		\| Ozone mass mixing ratio
⚫	\|
	\| lart_chem =True, lart_diag_out=True		\| lart_chem =True, lart_diag_out=True
	\|		\|
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	\|-		\|-
	\| OH_Nconc		\| OH_Nconc
		⚫	\|
	\| # / cm3		\| # / cm3
	\| OH number concentration		\| OH number concentration
⚫	\|
	\| lart_chem =TRUE		\| lart_chem =TRUE
	\|		\|

Editor 1 at 09:14, 16 December 2024

2024-12-16T09:14:12Z

← Older revision		Revision as of 11:14, 16 December 2024
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	\| kg/kg		\| kg/kg
	\| Ozone mass mixing ratio		\| Ozone mass mixing ratio
			\|
	\| lart_chem =True, lart_diag_out=True		\| lart_chem =True, lart_diag_out=True
	\|		\|
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	\| # / cm3		\| # / cm3
	\| OH number concentration		\| OH number concentration
			\|
	\| lart_chem =TRUE		\| lart_chem =TRUE
	\|		\|

Luca R: Syntaxhighlighting

2023-09-07T08:15:20Z

Syntaxhighlighting

← Older revision		Revision as of 10:15, 7 September 2023
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	For the best results it is recommended to use NETCDF output on the icosahedral grid which ICON-ART is using. However in some applications remapping the grid to a latitude-longitude grid may be required, which can be set via the <code>remap</code> option. A corresponding output namelist for sea salt on model levels can be seen here:		For the best results it is recommended to use NETCDF output on the icosahedral grid which ICON-ART is using. However in some applications remapping the grid to a latitude-longitude grid may be required, which can be set via the <code>remap</code> option. A corresponding output namelist for sea salt on model levels can be seen here:

			<syntaxhighlight lang=bash line>
	~~<pre>~~NAMELIST EXAMPLE		NAMELIST EXAMPLE
	&output_nml		&output_nml
	filetype = 4 ! output format: 2=GRIB2, 4=NETCDFv2		filetype = 4 ! output format: 2=GRIB2, 4=NETCDFv2
	dom = 1 ! write output for domain 1		dom = 1 ! write output for domain 1
	output_start = ~~"~~JJJJ-MM-DDTHH:MM:SSZ~~"~~ !put date in		output_start = 'JJJJ-MM-DDTHH:MM:SSZ' !put date in
	output_end = ~~"~~JJJJ-MM-DDTHH:MM:SSZ~~"~~ !put date in		output_end = 'JJJJ-MM-DDTHH:MM:SSZ' !put date in
	output_interval = ~~"~~PT1H~~"~~ ! ~~\href{ISO8601}{~~https://en.wikipedia.org/wiki/ISO_8601}		output_interval = 'PT1H' ! see https://en.wikipedia.org/wiki/ISO_8601
	steps_per_file = 1 ! max. num. of time steps within one file		steps_per_file = 1 ! max. num. of time steps within one file
	mode = 1 ! 1: forecast mode (relative t-axis)		mode = 1 ! 1: forecast mode (relative t-axis)
	include_last = .TRUE. ! include the last time step		include_last = .TRUE. ! include the last time step
	output_filename = '~~<~~INSERTFILENAME~~>~~' ! file name base		output_filename = 'INSERTFILENAME' ! file name base
	ml_varlist = 'seasa','seasb','seasc',		ml_varlist = 'seasa','seasb','seasc',
	'seasa0','seasb0','seasc0'		'seasa0','seasb0','seasc0'
	remap = 1 ! output is transferred to lat long grid		remap = 1 ! output is transferred to lat long grid
	reg_lon_def = -180.,0.5,179.5 !start, incr., end, in deg.		reg_lon_def = -180.,0.5,179.5 !start, incr., end, in deg.
	reg_lat_def = 90.,-0.5, -90. !start, incr., end, in deg.~~</pre>~~		reg_lat_def = 90.,-0.5, -90. !start, incr., end, in deg.
			</syntaxhighlight>

Editor 2: added link to AERODYN article

2023-04-17T12:02:58Z

added link to AERODYN article

← Older revision		Revision as of 14:02, 17 April 2023
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	* '''Internally mixed Aerosols (AERODYN):''' Here a tracer is defined in a different way, with the goal being to have a more flexible framework for various applications. In this framework modes are created in a different way, as illustrated int the table below:		* '''Internally mixed Aerosols ([[AERODYN]]):''' Here a tracer is defined in a different way, with the goal being to have a more flexible framework for various applications. In this framework modes are created in a different way, as illustrated int the table below:

	<div id="OutputTable"></div>		<div id="OutputTable"></div>

Editor 2: /* Finding the correct Mode description */ added monodisperse

2023-02-24T10:56:09Z

Finding the correct Mode description: added monodisperse

← Older revision		Revision as of 12:56, 24 February 2023
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	The output variables that are associated to this group will be written to the output file. You can check the groups of output variables in this [[#OutputTable \| Table]] .		The output variables that are associated to this group will be written to the output file. You can check the groups of output variables in this [[#OutputTable \| Table]] .

			== Aerosol Naming Conventions ==
	== Finding the correct Mode description ==
	The following table contains an overview of the possible output variables.		The following table contains an overview of the possible output variables.

			There are several ways to choose the Naming of the output variables, depending on your application
	Currently there are two ways to specify Tracer in ICON-ART: The classical way and via AERODYN:

	* '''~~Classical~~:''' : The Tracers for Dust, Seasalt, Ash and Soot are combined with the three Possible modes a, b and c, which correspond to the different size bins of the particles <div id="OutputTable"></div>		* '''Externally mixed Aerosols:''' : The Tracers for Dust, Seasalt, Ash and Soot are combined with the three Possible modes a, b and c, which correspond to the different size bins of the particles <div id="OutputTable"></div>

	::{\| class="wikitable" style="text-align:left;"		::{\| class="wikitable" style="text-align:left;"
	\|+ ~~Classical~~ Tracer ~~configurations~~		\|+ Externally mixed Tracer modes
	!\|\| dust\|\|seasalt \|\|ash \|\|soot		!\|\| dust\|\|seasalt \|\|ash \|\|soot
	\|-		\|-
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	* '''~~Using~~ AERODYN:''' Here a tracer is defined in a different way, with the goal being to have a more flexible framework for various applications. In this framework modes are created in a different way, as illustrated int the table below:		* '''Internally mixed Aerosols (AERODYN):''' Here a tracer is defined in a different way, with the goal being to have a more flexible framework for various applications. In this framework modes are created in a different way, as illustrated int the table below:

	<div id="OutputTable"></div>		<div id="OutputTable"></div>
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	The modes are then combined with The Tracername to obtain the name of the Variable using <code>varname = 'Tracer' + '_' + 'mode from Table'</code>.		The modes are then combined with The Tracername to obtain the name of the Variable using <code>varname = 'Tracer' + '_' + 'mode from Table'</code>.
	Example : <code> dust_insol_acc </code>		Example : <code> dust_insol_acc </code>

			* '''Monodisperse Aerosols'''

	== Available Output Variables ==		== Available Output Variables ==

Editor 2: /* Finding the correct Mode description */ removed sootb and sootc from table since they are never used

2023-02-24T09:06:13Z

Finding the correct Mode description: removed sootb and sootc from table since they are never used

← Older revision		Revision as of 11:06, 24 February 2023
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	\|-		\|-
	!b		!b
	\| dustb \|\|seasb \|\|ashb \|\|~~sootb~~		\| dustb \|\|seasb \|\|ashb \|\|-
	\|-		\|-
	!c		!c
	\| dustc\|\|seasc \|\|ashc \|\|~~sootc~~		\| dustc\|\|seasc \|\|ashc \|\|-
	\|-		\|-
	\|}		\|}

Editor 2: Table indents , clarification on ml_varlist group example

2023-02-21T22:05:35Z

Table indents , clarification on ml_varlist group example

← Older revision		Revision as of 00:05, 22 February 2023
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	To include a group of Variables in the output file change the namelist variable ml_varlist from the example above to the following:		To include a group of Variables in the output file change the namelist variable ml_varlist from the example above to the following:

	<pre>ml_varlist = 'group:~~ART_DIAGNOSTICS~~'</pre>		<pre>ml_varlist = 'group:ART_AEROSOL'</pre>
	The output variables that are associated to this group will be written to the output file. You can check the groups of output variables in this [[#OutputTable \| Table]] .		The output variables that are associated to this group will be written to the output file. You can check the groups of output variables in this [[#OutputTable \| Table]] .

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	Currently there are two ways to specify Tracer in ICON-ART: The classical way and via AERODYN:		Currently there are two ways to specify Tracer in ICON-ART: The classical way and via AERODYN:

	* '''Classical:''' : The Tracers for Dust, Seasalt, Ash and Soot are combined with the three Possible modes a, b and c, which correspond to the different size bins of the particles.		* '''Classical:''' : The Tracers for Dust, Seasalt, Ash and Soot are combined with the three Possible modes a, b and c, which correspond to the different size bins of the particles <div id="OutputTable"></div>

		⚫	::{\| class="wikitable" style="text-align:left;"
	<div id="OutputTable"></div>
⚫	{\| class="wikitable" style="text-align:left;"
	\|+ Classical Tracer configurations		\|+ Classical Tracer configurations
	!\|\| dust\|\|seasalt \|\|ash \|\|soot		!\|\| dust\|\|seasalt \|\|ash \|\|soot
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	<div id="OutputTable"></div>		<div id="OutputTable"></div>
	{\| class="wikitable" style="text-align:left;"		::{\| class="wikitable" style="text-align:left;"
	\|+ AERODYN mode configurations		\|+ AERODYN mode configurations
	! \|\| aitken \|\| accumulation \|\| coarse \|\| giant		! \|\| aitken \|\| accumulation \|\| coarse \|\| giant

Editor 2: fixing typos

2023-02-16T09:05:51Z

fixing typos

← Older revision		Revision as of 11:05, 16 February 2023
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	{\| class="wikitable" style="text-align:left;"		{\| class="wikitable" style="text-align:left;"
	\|+ AERODYN mode configurations		\|+ AERODYN mode configurations
	! \|\| ~~Aitken~~ \|\| ~~Accumulation~~ \|\| coarse \|\| giant		! \|\| aitken \|\| accumulation \|\| coarse \|\| giant
	\|-		\|-
	! soluble		! soluble

Editor 2: Restructured Table describtion and headers

2023-02-09T09:34:22Z

Restructured Table describtion and headers

← Older revision		Revision as of 11:34, 9 February 2023
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			== General Remarks ==


	In principle, output of ICON-ART variables works the same way as for ICON variables. As described in , the following five quantities of the output have to be specified:		In principle, output of ICON-ART variables works the same way as for ICON variables. As described in , the following five quantities of the output have to be specified:
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	The output variables that are associated to this group will be written to the output file. You can check the groups of output variables in this [[#OutputTable \| Table]] .		The output variables that are associated to this group will be written to the output file. You can check the groups of output variables in this [[#OutputTable \| Table]] .

			== Finding the correct Mode description ==
⚫	== Available Output Variables ==
	The following table contains an overview of the possible output variables.		The following table contains an overview of the possible output variables.

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	\| mixed_aitken \|\|mixed_acc \|\| mixed_coarse \|\| mixed_giant		\| mixed_aitken \|\|mixed_acc \|\| mixed_coarse \|\| mixed_giant
	\|-		\|-
			\|}



	The modes are then combined with The Tracername to obtain the name of the Variable using <code>varname = 'Tracer' + '_' + 'mode from Table'</code>.		The modes are then combined with The Tracername to obtain the name of the Variable using <code>varname = 'Tracer' + '_' + 'mode from Table'</code>.
	Example : <code> dust_insol_acc </code>		Example : <code> dust_insol_acc </code>

		⚫	== Available Output Variables ==
⚫	{\| class="wikitable"
	\|+ ~~style="caption-side:bottom"\|''Overview~~ over the diagnostic Icon-ART Variables. Expressions in Brackets are Placeholders which can be used to construct the name of the actual variables:		The following Table contains an overview over the diagnostic Icon-ART Variables. Expressions in Brackets are Placeholders which can be used to construct the name of the actual variables:

	[aeronet wavelength] => [340, 380, 440, 500, 550, 675, 870, 1020, 1064]		[aeronet wavelength] => [340, 380, 440, 500, 550, 675, 870, 1020, 1064]


	[ceilo_wavelength] => [355,532,1064]		[ceilo_wavelength] => [355,532,1064]


	[pollen] => [ALNU,BETU,...] to be defined in diagnostics.xml		[pollen] => [ALNU,BETU,...] to be defined in diagnostics.xml
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	''
		⚫	{\| class="wikitable"
			\|+ Output Overview
	\|-		\|-
	!		!

Editor 2: filled Areodyn modes table, minimal formatting

2023-02-09T09:13:57Z

filled Areodyn modes table, minimal formatting

← Older revision		Revision as of 11:13, 9 February 2023
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	!\|\| dust\|\|seasalt \|\|ash \|\|soot		!\|\| dust\|\|seasalt \|\|ash \|\|soot
	\|-		\|-
			!a
	~~\|a \|~~\| dusta \|\|seasa \|\|asha \|\|soota		\| dusta \|\|seasa \|\|asha \|\|soota
	\|-		\|-
			!b
	~~\|b \|~~\| dustb \|\|seasb \|\|ashb \|\|sootb		\| dustb \|\|seasb \|\|ashb \|\|sootb
	\|-		\|-
			!c
	~~\|c \|~~\| dustc\|\|seasc \|\|ashc \|\|sootc		\| dustc\|\|seasc \|\|ashc \|\|sootc
	\|-		\|-
	\|}		\|}
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	! \|\| Aitken \|\| Accumulation \|\| coarse \|\| giant		! \|\| Aitken \|\| Accumulation \|\| coarse \|\| giant
	\|-		\|-
	\| soluble		! soluble
			\| sol_aitken \|\| sol_acc \|\| sol_coarse \|\| sol_giant
	\|-		\|-
	\| insoluble		! insoluble
			\|insol_aitken \|\| insol_acc \|\| insol_coarse \|\| insol_giant
	\|-		\|-
	\| mixed		! mixed
			\| mixed_aitken \|\|mixed_acc \|\| mixed_coarse \|\| mixed_giant
	\|-		\|-