EZG-File - Revision history

Froehlich: /* Explanations */ Fix description of automatic calculation of retention factors

2022-06-21T20:02:37Z

Explanations: Fix description of automatic calculation of retention factors

Froehlich: language

2022-05-27T08:21:52Z

language

Froehlich: category rename

2021-08-01T10:19:42Z

category rename

← Older revision		Revision as of 03:19, 1 August 2021
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	<references/>		<references/>

	[[~~Kategorie~~:BlueM ~~Eingabedateien~~]]		[[Category:BlueM.Sim input files]]

Bach: /* Explanations */

2017-11-29T14:45:16Z

Explanations

← Older revision		Revision as of 07:45, 29 November 2017
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	:''refer to [[SCS-Verfahren\|Theory:SCS-Method]]''		:''refer to [[SCS-Verfahren\|Theory:SCS-Method]]''
	*'''T''': CN-Value <code>(0 < CN ≤ 100)</code>		*'''T''': CN-Value <code>(0 < CN ≤ 100)</code>
	*'''U''': 21-Day prior rainfall height [mm] (''is distributed evenly over 21 days'')		*'''U''': 21-Day prior rainfall height [mm] (''is distributed evenly over 21 days''), only relevant for the period before the simulation, during the simulation, the prior rainfall height is continuously simulated.

	<u>Calculation type 3: soil moisture calculation:</u>		<u>Calculation type 3: soil moisture calculation:</u>

Mkissel at 07:19, 23 May 2013

2013-05-23T07:19:57Z

← Older revision		Revision as of 00:19, 23 May 2013
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	*'''S1''': manual input of the snow constants [Y/N] <br/>		*'''S1''': manual input of the snow constants [Y/N] <br/>
	*:(if <code>N</code> or not available, standard parameters will be utilized)		*:(if <code>N</code> or not available, standard parameters will be utilized)
	*'''S2''': ~~border~~ temperature for the formation of snow [°C]		*'''S2''': threshold temperature for the formation of snow [°C]
	*'''S3''': new-snow density [%]		*'''S3''': new-snow density [%]
	*'''S4''': ~~border~~ density as of which water output begins [%]		*'''S4''': threshold density as of which water output begins [%]
	*'''S5''': temperature dependent melting rate [mm/(K×d)]		*'''S5''': temperature dependent melting rate [mm/(K×d)]
	*'''S6''': Insolation and soil warmth dependent melting rate [mm/d]		*'''S6''': Insolation and soil warmth dependent melting rate [mm/d]

Mkissel at 10:10, 27 February 2013

2013-02-27T10:10:24Z

Mkissel at 13:34, 25 February 2013

2013-02-25T13:34:50Z

Mkissel: Translation

2013-02-01T09:00:31Z

Translation

← Older revision		Revision as of 02:00, 1 February 2013
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	*'''R8''': Exponent fot the non-linear calculation		*'''R8''': Exponent fot the non-linear calculation

	<u>~~Dstribution~~ factors:</u><br/>		<u>Distribution factors:</u><br/>
	~~Die Aufteilungsfaktoren~~ Beta1 ~~und~~ Beta2 ~~beziehen sich~~ ''~~nur auf die unversiegelte Fläche~~''!		The distribution factors Beta1 and Beta2 only refer to ''non-sealed areas''!

	~~Die Summe dieser zwei Aufteilungsfaktoren muss~~ 1 ~~ergeben~~ (<code>β<sub>1</sub> + β<sub>2</sub> = 1</code>)!		The sum of Beta1 and Beta2 must be 1 (<code>β<sub>1</sub> + β<sub>2</sub> = 1</code>)!

	*'''B1''': ~~Aufteilungsfaktor für die schnelle Kaskade~~ <code>0 ≤ β<sub>1</sub> ≤ 1</code>		*'''B1''': Distribution factor of the fast cascade <code>0 ≤ β<sub>1</sub> ≤ 1</code>
	*'''B2''': ~~Aufteilungsfaktor für die langsame Kaskade~~ <code>0 ≤ β<sub>2</sub> ≤ 1</code>		*'''B2''': Distribution factor of the slow cascade <code>0 ≤ β<sub>2</sub> ≤ 1</code>

	~~Der Aufteilungsfaktor~~ <code>β<sub>3</sub></code> ~~für die Kaskade der versiegelten Flächen bestimmt sich intern aus dem Versiegelungsgrad~~ ('''D''').		The distribution factor <code>β<sub>3</sub></code> of the cascade fot sealed-off areas is determined internally on basis of the degree of sealed-off area ('''D''').

	;~~Hinweis~~:~~Die Angabe von~~ Beta2 ~~ist~~ optional. ~~Wenn nicht angegeben, errechnet er sich aus~~ <code>β<sub>2</sub> = 1. - β<sub>1</sub></code>		;Hint:Giving Beta2 is optional. If not given it's calculated by <code>β<sub>2</sub> = 1. - β<sub>1</sub></code>

	<u>~~Schneekonstanten~~:</u><br/>		<u>Snow constants:</u><br/>
	~~Für die Schneeberechnung wird das~~ ''Snow-Compaction ~~Verfahren~~'' ~~nach~~ {{:Literatur:Knauf_1980\|Knauf}} ~~benutzt~~.		For the calculation of snow the ''Snow-Compaction Method'' according to {{:Literatur:Knauf_1980\|Knauf}} is applied.
	*'''S1''': ~~manuelle Eingabe der Schneekonstanten~~ [J/N] <br/>		*'''S1''': manual input of the snow constants [Y/N] <br/>
	*:(~~bei~~ <code>N</code> ~~oder wenn nicht vorhanden~~, ~~werden die Standardparameter verwendet~~)		*:(if <code>N</code> or not available, standard parameters will be utilized)
	*'''S2''': ~~Grenztemperatur zur Schneebildung~~ [°C]		*'''S2''': border temperature for the formation of snow [°C]
	*'''S3''': ~~Neuschneedichte~~ [%]		*'''S3''': new-snow density [%]
	*'''S4''': ~~Grenzdichte, ab der Wasserabgabe beginnt~~ [%]		*'''S4''': border density as of which water output begins [%]
	*'''S5''': ~~temperaturabhängige Schmelzrate~~ [mm/(K×d)]		*'''S5''': temperature dependent melting rate [mm/(K×d)]
	*'''S6''': ~~Strahlungs u. Bodenwärme abhängige Schmelzrate~~ [mm/d]		*'''S6''': Insolation and soil warmth dependent melting rate [mm/d]
	~~Wertebereiche und Standardwerte~~:
			Value ranges and standard parameters:
	{\| cellpadding="5" cellspacing="0" border="0" class="standard stripes"		{\| cellpadding="5" cellspacing="0" border="0" class="standard stripes"
	\|-		\|-
	! width="200" \| Parameter !! ~~Einheit~~ !!~~Standardwert~~ !! {{:Literatur:Knauf_1980\|~~Wertebereich~~}}		! width="200" \| Parameter !! Unit !!Standar value !! {{:Literatur:Knauf_1980\|Value range}}
	\|-		\|-
	\| ~~Grenztemperatur~~ \|\| align="center" \| °C \|\| align="center" \| 0 \|\| align="center" \| ?		\| border temperature \|\| align="center" \| °C \|\| align="center" \| 0 \|\| align="center" \| ?
	\|-		\|-
	\| ~~Neuschneedichte~~ \|\| align="center" \| % \|\| align="center" \| 11 \|\| align="center" \| 5 - 20		\| new-snow density \|\| align="center" \| % \|\| align="center" \| 11 \|\| align="center" \| 5 - 20
	\|-		\|-
	\| ~~Grenzdichte~~ \|\| align="center" \| % \|\| align="center" \| 40 \|\| align="center" \| 40 - 45		\| border density \|\| align="center" \| % \|\| align="center" \| 40 \|\| align="center" \| 40 - 45
	\|-		\|-
	\| ~~temperaturabhängige Schmelzrate~~ \|\| align="center" \| mm/(K×d) \|\| align="center" \| 1.8 \|\| align="center" \| ?		\| temperature dependent melting rate \|\| align="center" \| mm/(K×d) \|\| align="center" \| 1.8 \|\| align="center" \| ?
	\|-		\|-
	\| ~~Strahlungs u. Bodenwärme abhängige Schmelzrate~~ \|\| align="center" \| mm/d \|\| align="center" \| 4.2 \|\| align="center" \| ?		\| Insolation and soil warmth dependent melting rate \|\| align="center" \| mm/d \|\| align="center" \| 4.2 \|\| align="center" \| ?
	\|}		\|}

	<u>~~Abflussspende~~:</u><br/>		<u>Specific discharge:</u><br/>
	~~Konstante Abflussspende~~ (~~Berechnungart~~ = 4)		constant specific discharge (calculation type = 4)
	*'''Q1''': ~~Konstante Abflusspende~~ [m3/(s ha)] <br/>		*'''Q1''': constant specific discharge [m3/(s ha)] <br/>

	==~~Literaturangaben~~==		==Literature==
	<references/>		<references/>

	[[Kategorie:BlueM Eingabedateien]]		[[Kategorie:BlueM Eingabedateien]]

Mkissel: Zwischenspeichern Übersetzung

2013-02-01T08:46:40Z

Zwischenspeichern Übersetzung

← Older revision		Revision as of 01:46, 1 February 2013
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	*'''R''': number of the [[TSIM.JGG \| annual pattern]] to be utilized to scale the base flow ''(not used by soil moisture)''		*'''R''': number of the [[TSIM.JGG \| annual pattern]] to be utilized to scale the base flow ''(not used by soil moisture)''

	<u>~~Berechnungsart~~ 1: ~~Abflussbeiwertverfahren~~:</u>		<u>Calculation type 1: run-off coefficient method:</u>
	*'''S''': ~~Abflussbeiwert~~ <code>(0 < ψ ≤ 1)</code>		*'''S''': run-off coefficient <code>(0 < ψ ≤ 1)</code>
	:<math>\psi = \frac{N_{eff} + E_T + h_v}{N}</math>		:<math>\psi = \frac{N_{eff} + E_T + h_v}{N}</math>
	:~~mit~~:		:with:
	:<code>N<sub>eff</sub></code> = ~~Effektiver Niederschlag~~		:<code>N<sub>eff</sub></code>=effective rainfall
	:<code>E<sub>T</sub></code> = ~~Verdunstung~~		:<code>E<sub>T</sub></code> = evaporation
	:<code>h<sub>v</sub></code> = ~~Anfangsverlust~~ (~~Benetzungs- und Muldenverlust~~)		:<code>h<sub>v</sub></code> = initial losses (losses due to wetting and troughs)
	:~~Siehe auch~~ http://de.wikipedia.org/wiki/Abflussbeiwert		:also refer to http://de.wikipedia.org/wiki/Abflussbeiwert

	<u>~~Berechnungsart~~ 2: SCS-~~Verfahren~~:</u>		<u>Calculation type 2: SCS-Method:</u>
	:''~~siehe~~ [[SCS-Verfahren\|~~Theorie~~:SCS-~~Verfahren~~]]''		:''refer to [[SCS-Verfahren\|Theory:SCS-Method]]''
	*'''T''': CN-~~Wert~~ <code>(0 < CN ≤ 100)</code>		*'''T''': CN-Value <code>(0 < CN ≤ 100)</code>
	*'''U''': 21-~~Tage Vorregenhöhe~~ [mm] (''~~Wird gleichmäßig auf~~ 21 ~~Tage aufgeteilt~~'')		*'''U''': 21-Day prior rainfall height [mm] (''is distributed evenly over 21 days'')

	<u>~~Berechnungsart~~ 3: ~~Bodenfeuchteberechnung~~:</u>		<u>Calculation type 3: soil moisture calculation:</u>
	:''~~siehe~~ [[Bodenfeuchteberechnung\|~~Theorie~~:~~Bodenfeuchteberechnung~~]]''		:''refer to [[Bodenfeuchteberechnung\|Theory: soil moisture calculation]]''
	*'''V''': ~~Anfangsbodenfeuchte~~ [% ~~von FK~~] ''~~dieser Wert wird noch überlagert von der globalen Anfangsbodenfeuchte, die~~ in ~~der~~ [[ALL-Datei]] ~~angegeben wird~~.''		*'''V''': initial soil moisture [% of field capacity] ''this value is overprinted by the global initial soil moisture specified in the [[ALL-Datei \| ALL-File]].''

	<u>~~Berechnungsart~~ 4: ~~Abflusspende~~:</u>		<u>Calculation type 4: specific discharge:</u>
	*'''Q1''': ~~Kostante Abflusspende~~ [m3/(s ha)]		*'''Q1''': constant specific discharge [m3/(s ha)]

	<u>~~Retentionskonstanten~~:</u>		<u>Retention constant:</u>
	[[Bild:Retentionskonstanten.gif\|thumb\|{{:Literatur:Zaiß_1986\|Berechnung der Retentionskonstanten}}]]		[[Bild:Retentionskonstanten.gif\|thumb\|{{:Literatur:Zaiß_1986\|Berechnung der Retentionskonstanten}}]]
	[[Bild:Parallelspeicherkaskade_EZG.gif\|thumb\|Parallelspeicherkaskaden]]		[[Bild:Parallelspeicherkaskade_EZG.gif\|thumb\|Parallelspeicherkaskaden]]
	*'''R1''': ~~manuelle Eingabe der Retentionskonstanten und Aufteilungsfaktoren~~ [J/N] <br/>		*'''R1''': manual input of the retention constants as well as the distribution factors [Y/N] <br/>
	*:~~bei Nein~~ (<code>N</code>) ~~werden die Retentionskonstanten und die Aufteilungsfaktoren intern nach~~ {{:Literatur:Zaiß_1986\|Zaiß}} anhand ~~der Gebietseigenschaften ausgerechnet~~. ~~Die intern berechneten Parameter werden in die~~ [[$LOG.TXT\|~~Protokolldatei~~]] ~~geschrieben~~, ~~wenn diese eingeschaltet ist~~.		*:if No (<code>N</code>) the retention constants as well as the distribution factors are calculated internally according to {{:Literatur:Zaiß_1986\|Zaiß}} on the basis of catchment characteristics anhand. The calculated parameters are written into the [[$LOG.TXT\|Protocol-File]],if it's activated.
	*'''R2''': ~~Retentionskonstante der Kaskade für versiegelte Flächen~~ [h]		*'''R2''': Retention constant of the sealed-off area cascade [h]
	*'''R3''': ~~Retentionskonstane für die schnelle Kaskade~~ [h]		*'''R3''': Retention constant of the fast cascade [h]
	*'''R4''': ~~Retentionskonstante für die langsame Kaskade~~ [h]		*'''R4''': Retention constant of the slow cascade [h]
	*'''R5''': ~~Retentionskonstante für den Interflow~~ [h] ''(~~nur bei Bodenfeuchteberechnung~~)''		*'''R5''': Retention constant of interflow [h] ''(only for soil moisture calculation)''
	*'''R6''': ~~Retentionskonstante für den Basisabfluss~~ [h] ''(~~nur bei Bodenfeuchteberechnung~~)''		*'''R6''': Retention constant of base flow [h] ''(only for soil moisture calculation)''
	*'''R7''': ~~nichtlineare Berechnung~~ [J/N]		*'''R7''': non-linear calculation [Y/N]
	*'''R8''': Exponent ~~für die nichtlineare Berechnung~~		*'''R8''': Exponent fot the non-linear calculation

	<u>~~Aufteilungsfaktoren~~:</u><br/>		<u>Dstribution factors:</u><br/>
	Die Aufteilungsfaktoren Beta1 und Beta2 beziehen sich ''nur auf die unversiegelte Fläche''!		Die Aufteilungsfaktoren Beta1 und Beta2 beziehen sich ''nur auf die unversiegelte Fläche''!

Mkissel: partial translation

2013-01-24T16:27:51Z

partial translation

← Older revision		Revision as of 09:27, 24 January 2013
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	*:''only daily values may be listed in the time series because the time series values are always additionally overprinted with a daily pattern! (Bug 1)''		*:''only daily values may be listed in the time series because the time series values are always additionally overprinted with a daily pattern! (Bug 1)''

	<u>~~Temperatur~~:</u>		<u>Temperature:</u>
	*'''L''': ~~Berechnungsart für die Temperatur~~ (1 = ~~Mittelwert mit optionalem~~ [[TSIM.JGG \| ~~Jahres~~]]/[[TSIM.WGG \| ~~Wochen~~]]/[[TSIM.TGG \| ~~Tagesgang~~]]; 2 = ~~Temperatur aus Zeitreihe~~/~~Datei~~)		*'''L''': calculation type for the temperature (1 = mean value with optional [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]]; 2 = temperature out of a time seres/ file)
	*'''M''': ~~Mittlere Temperatur~~ [°C]		*'''M''': mean temperature [°C]
	*'''N''', '''O''': ~~Nummer des zu verwendenden~~ [[TSIM.JGG \| ~~Jahres~~]]/[[TSIM.TGG \| ~~Tagesgangs~~]]		*'''N''', '''O''': number of the [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]]to be utilized
	'''P''': ~~Dateinummer der zu verwendenden Temperaturzeitreihe~~ (~~siehe~~ [[TSIM.EXT \| .EXT-~~Datei~~]])		'''P''': filenumber of the temperature time series to be utilized (refer to [[TSIM.EXT \| .EXT-File]])

	<u>~~Basisabfluss~~:</u>		<u>Base flow:</u>
	*'''Q''': ~~konstanter Basisabfluss~~ [l/s.km²]		*'''Q''': constant base flow [l/s.km²]
	:~~Bei~~ [[Bodenfeuchteberechnung]] ~~dient dieser Wert lediglich für die Berechnung der Anfangsspeichervolumina des Grundwasserspeichers und des Interflowspeichers~~:		:If [[Bodenfeuchteberechnung \| soil moisture calculation]] this value only surves the purpose of calculating the initial reservoir content of the groundwater and interflow reservoirs:
	:<code>S<sub>0,Basis</sub> = Q<sub>B,0</sub> × K<sub>Basis</sub></code>		:<code>S<sub>0,Basis</sub> = Q<sub>B,0</sub> × K<sub>Basis</sub></code>
	:<code>S<sub>0,Interflow</sub> = Q<sub>B,0</sub> × K<sub>Interflow</sub></code>		:<code>S<sub>0,Interflow</sub> = Q<sub>B,0</sub> × K<sub>Interflow</sub></code>
	*'''R''': ~~Nummer des zu verwendenden~~ [[TSIM.JGG \| ~~Jahresgangs~~]] ~~zur Skalierung des Basisabflusses~~ ''(~~bei Bodenfeuchte nicht benutzt~~)''		*'''R''': number of the [[TSIM.JGG \| annual pattern]] to be utilized to scale the base flow ''(not used by soil moisture)''

	<u>Berechnungsart 1: Abflussbeiwertverfahren:</u>		<u>Berechnungsart 1: Abflussbeiwertverfahren:</u>

← Older revision		Revision as of 13:02, 21 June 2022
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	* v0.9.4:		* v0.9.4:
	** ab r544: Aufteilungsfaktoren Beta beziehen sich nur noch auf unversiegelte Fläche; Beta2 optional		** ab r544: Aufteilungsfaktoren Beta beziehen sich nur noch auf unversiegelte Fläche; Beta2 optional
	** [~~http~~://~~130~~.83.~~196.154/BlueM/wiki~~/index.php?title=EZG-Datei&oldid=5624 ab r532]: wieder ohne urbane Gebiete		** [https://wiki.bluemodel.org/index.php?title=EZG-Datei&oldid=5624 ab r532]: wieder ohne urbane Gebiete
	* vorher		* vorher
	** [~~http~~://~~130.83~~.~~196~~.~~154/BlueM/wiki~~/index.php?title=EZG-Datei&oldid=5092 ab r475]: mit urbanen Gebieten		** [https://wiki.bluemodel.org/index.php?title=EZG-Datei&oldid=5092 ab r475]: mit urbanen Gebieten
	** [~~http~~://~~130~~.83.~~196.154/BlueM/wiki~~/index.php?title=EZG-Datei&oldid=4582 ab r122]: mit Schneeparametern		** [https://wiki.bluemodel.org/index.php?title=EZG-Datei&oldid=4582 ab r122]: mit Schneeparametern
	** [~~http~~://~~130~~.83.~~196.154/BlueM~~/wiki/index.php?title=EZG-Datei&oldid=3549 ab r1]: Original		** [https://wiki.bluemodel.org/wiki/index.php?title=EZG-Datei&oldid=3549 ab r1]: Original
	</div>		</div>

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	[[Bild:Parallelspeicherkaskade_EZG.gif\|thumb\|Parallelspeicherkaskaden]]		[[Bild:Parallelspeicherkaskade_EZG.gif\|thumb\|Parallelspeicherkaskaden]]
	*'''R1''': manual input of the retention constants as well as the distribution factors [Y/N] <br/>		*'''R1''': manual input of the retention constants as well as the distribution factors [Y/N] <br/>
	*:if No (<code>N</code>) the retention constants as well as the distribution factors are calculated internally according to {{:Literatur:Zaiß_1986\|Zaiß}} on the basis of catchment characteristics. The calculated parameters are written into the [[$LOG.TXT\|Protocol-File]],if it's activated.		*:if No (<code>N</code>) the retention constants for the surface runoff (R2, R3 and R4) as well as the distribution factors (B1 and B2) are calculated internally according to {{:Literatur:Zaiß_1986\|Zaiß}} on the basis of catchment characteristics. The calculated parameters are written into the [[$LOG.TXT\|Protocol-File]], if it is activated.
	*'''R2''': Retention constant of the impervious area cascade [h]		*'''R2''': Retention constant of the impervious area cascade [h]
	*'''R3''': Retention constant of the fast cascade [h]		*'''R3''': Retention constant of the fast cascade [h]
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	The distribution factor <code>β<sub>3</sub></code> of the cascade for impervious areas is determined internally on basis of the fraction of impervious areas ('''D''').		The distribution factor <code>β<sub>3</sub></code> of the cascade for impervious areas is determined internally on basis of the fraction of impervious areas ('''D''').

	;Hint:~~Giving Beta2~~ is optional. If not ~~given~~ it's calculated by <code>β<sub>2</sub> = 1. - β<sub>1</sub></code>		;Hint:Providing <code>β<sub>2</sub></code> is optional. If not provided it is calculated by <code>β<sub>2</sub> = 1. - β<sub>1</sub></code>

	<u>Snow constants:</u><br/>		<u>Snow constants:</u><br/>

← Older revision		Revision as of 01:21, 27 May 2022
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	For the calculation of snow the ''Snow-Compaction Method'' according to {{:Literatur:Knauf_1980\|Knauf}} is applied.		For the calculation of snow the ''Snow-Compaction Method'' according to {{:Literatur:Knauf_1980\|Knauf}} is applied.
	*'''S1''': manual input of the snow constants [Y/N] <br/>		*'''S1''': manual input of the snow constants [Y/N] <br/>
	*:(if <code>N</code> or ~~not available~~, ~~standard parameters~~ will be utilized)		*:(if <code>N</code> or emtpy, default values will be utilized)
	*'''S2''': ~~threshold~~ temperature for the formation of snow [°C]		*'''S2''': Threshold temperature for the formation of snow [°C]
	*'''S3''': ~~new~~-snow density [%]		*'''S3''': New-snow density [%]
	*'''S4''': ~~threshold~~ density as of which water output begins [%]		*'''S4''': Threshold density as of which water output begins [%]
	*'''S5''': ~~temperature~~ dependent melting rate [mm/(K×d)]		*'''S5''': Temperature dependent melting rate [mm/(K×d)]
	*'''S6''': Insolation and soil warmth dependent melting rate [mm/d]		*'''S6''': Insolation and soil warmth dependent melting rate [mm/d]

	Value ranges and ~~standard parameters~~:		Value ranges and default values:
	{\| cellpadding="5" cellspacing="0" border="0" class="standard stripes"		{\| cellpadding="5" cellspacing="0" border="0" class="standard stripes"
	\|-		\|-
	! width="200" \| Parameter !! Unit !!~~Standar~~ value !! {{:Literatur:Knauf_1980\|Value range}}		! width="200" \| Parameter !! Unit !! Default value !! {{:Literatur:Knauf_1980\|Value range}}
	\|-		\|-
	\| ~~border~~ temperature \|\| align="center" \| °C \|\| align="center" \| 0 \|\| align="center" \| ?		\| Threshold temperature \|\| align="center" \| °C \|\| align="center" \| 0 \|\| align="center" \| ?
	\|-		\|-
	\| ~~new~~-snow density \|\| align="center" \| % \|\| align="center" \| 11 \|\| align="center" \| 5 - 20		\| New-snow density \|\| align="center" \| % \|\| align="center" \| 11 \|\| align="center" \| 5 - 20
	\|-		\|-
	\| ~~border~~ density \|\| align="center" \| % \|\| align="center" \| 40 \|\| align="center" \| 40 - 45		\| Threshold density \|\| align="center" \| % \|\| align="center" \| 40 \|\| align="center" \| 40 - 45
	\|-		\|-
	\| ~~temperature~~ dependent melting rate \|\| align="center" \| mm/(K×d) \|\| align="center" \| 1.8 \|\| align="center" \| ?		\| Temperature dependent melting rate \|\| align="center" \| mm/(K×d) \|\| align="center" \| 1.8 \|\| align="center" \| ?
	\|-		\|-
	\| Insolation and soil warmth dependent melting rate \|\| align="center" \| mm/d \|\| align="center" \| 4.2 \|\| align="center" \| ?		\| Insolation and soil warmth dependent melting rate \|\| align="center" \| mm/d \|\| align="center" \| 4.2 \|\| align="center" \| ?

← Older revision		Revision as of 03:10, 27 February 2013
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	*'''I''': calculation type for the evaporation (1 = annual evaporation; 2 = evaporation out of a time series / file)		*'''I''': calculation type for the evaporation (1 = annual evaporation; 2 = evaporation out of a time series / file)
	**'''J''': annual evaporation [mm/a]		**'''J''': annual evaporation [mm/a]
	*:If [[Bodenfeuchteberechnung \| soil moisture calculation]]: the sum ~~refering~~ to ~~grasland~~ must be entered,which is internally overprinted with hydrographs according to {{:Literatur:Brandt_1979\|Brandt}} and Haude{{:Literatur:Haude_1954\|}}{{:Literatur:Haude_1955\|}} and is adjusted to the [[LNZ-Datei\|land use]] in the individual hydrological response unit.		*:If [[Bodenfeuchteberechnung \| soil moisture calculation]]: the sum referring to grassland must be entered,which is internally overprinted with hydrographs according to {{:Literatur:Brandt_1979\|Brandt}} and Haude{{:Literatur:Haude_1954\|}}{{:Literatur:Haude_1955\|}} and is adjusted to the [[LNZ-Datei\|land use]] in the individual hydrological response unit.
	*'''K''': filenumber of the ~~evapotation~~ time series to be utilized (refer to [[TSIM.EXT \| .EXT-File]])		*'''K''': filenumber of the evaporation time series to be utilized (refer to [[TSIM.EXT \| .EXT-File]])
	*:''only daily values may be listed in the time series because the time series values are always additionally overprinted with a daily pattern! (Bug 1)''		*:''only daily values may be listed in the time series because the time series values are always additionally overprinted with a daily pattern! (Bug 1)''

	<u>Temperature:</u>		<u>Temperature:</u>
	*'''L''': calculation type for the temperature (1 = mean value with optional [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]]; 2 = temperature out of a time ~~seres~~/ file)		*'''L''': calculation type for the temperature (1 = mean value with optional [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]]; 2 = temperature out of a time series/ file)
	*'''M''': mean temperature [°C]		*'''M''': mean temperature [°C]
	*'''N''', '''O''': number of the [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]] to be utilized		*'''N''', '''O''': number of the [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]] to be utilized
Line 85:		Line 85:
	[[Bild:Parallelspeicherkaskade_EZG.gif\|thumb\|Parallelspeicherkaskaden]]		[[Bild:Parallelspeicherkaskade_EZG.gif\|thumb\|Parallelspeicherkaskaden]]
	*'''R1''': manual input of the retention constants as well as the distribution factors [Y/N] <br/>		*'''R1''': manual input of the retention constants as well as the distribution factors [Y/N] <br/>
	*:if No (<code>N</code>) the retention constants as well as the distribution factors are calculated internally according to {{:Literatur:Zaiß_1986\|Zaiß}} on the basis of catchment characteristics ~~anhand~~. The calculated parameters are written into the [[$LOG.TXT\|Protocol-File]],if it's activated.		*:if No (<code>N</code>) the retention constants as well as the distribution factors are calculated internally according to {{:Literatur:Zaiß_1986\|Zaiß}} on the basis of catchment characteristics. The calculated parameters are written into the [[$LOG.TXT\|Protocol-File]],if it's activated.
	*'''R2''': Retention constant of the impervious area cascade [h]		*'''R2''': Retention constant of the impervious area cascade [h]
	*'''R3''': Retention constant of the fast cascade [h]		*'''R3''': Retention constant of the fast cascade [h]

← Older revision		Revision as of 06:34, 25 February 2013
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	*'''A''': unique ID (must begin with 'A'!)		*'''A''': unique ID (must begin with 'A'!)
	*'''B''': calculation type [1-4] (see below). Refers to the ~~non-sealed-off~~ areas; the ~~sealed-off~~ areas are generally calculated with the same methods.		*'''B''': calculation type [1-4] (see below). Refers to the pervious areas; the impervious areas are generally calculated with the same methods.
	*'''C''': area [ha]		*'''C''': area [ha]
	*'''D''': ~~degree~~ of ~~sealed-off~~ area [%]		*'''D''': fraction of impervious area [%]
	*'''E''': maximum height ~~Höhe~~ [müNN]		*'''E''': maximum height [müNN]
	*'''F''': minimum height [müNN]		*'''F''': minimum height [müNN]
	*'''G''': longest flow path [m]		*'''G''': longest flow path [m]
Line 43:		Line 43:
	*'''I''': calculation type for the evaporation (1 = annual evaporation; 2 = evaporation out of a time series / file)		*'''I''': calculation type for the evaporation (1 = annual evaporation; 2 = evaporation out of a time series / file)
	**'''J''': annual evaporation [mm/a]		**'''J''': annual evaporation [mm/a]
	*:If [[Bodenfeuchteberechnung \| soil moisture calculation]]: the sum refering to grasland must be entered,which is internally overprinted with hydrographs ~~accordint~~ to {{:Literatur:Brandt_1979\|Brandt}} and Haude{{:Literatur:Haude_1954\|}}{{:Literatur:Haude_1955\|}} and is adjusted to the [[LNZ-Datei\|land use]] in the individual hydrological response unit.		*:If [[Bodenfeuchteberechnung \| soil moisture calculation]]: the sum refering to grasland must be entered,which is internally overprinted with hydrographs according to {{:Literatur:Brandt_1979\|Brandt}} and Haude{{:Literatur:Haude_1954\|}}{{:Literatur:Haude_1955\|}} and is adjusted to the [[LNZ-Datei\|land use]] in the individual hydrological response unit.
	*'''K''': filenumber of the evapotation time series to be utilized (refer to [[TSIM.EXT \| .EXT-File]])		*'''K''': filenumber of the evapotation time series to be utilized (refer to [[TSIM.EXT \| .EXT-File]])
	*:''only daily values may be listed in the time series because the time series values are always additionally overprinted with a daily pattern! (Bug 1)''		*:''only daily values may be listed in the time series because the time series values are always additionally overprinted with a daily pattern! (Bug 1)''
Line 50:		Line 50:
	*'''L''': calculation type for the temperature (1 = mean value with optional [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]]; 2 = temperature out of a time seres/ file)		*'''L''': calculation type for the temperature (1 = mean value with optional [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]]; 2 = temperature out of a time seres/ file)
	*'''M''': mean temperature [°C]		*'''M''': mean temperature [°C]
	*'''N''', '''O''': number of the [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]]to be utilized		*'''N''', '''O''': number of the [[TSIM.JGG \| annual]]/[[TSIM.WGG \| weekly]]/[[TSIM.TGG \| daily pattern]] to be utilized
	'''P''': filenumber of the temperature time series to be utilized (refer to [[TSIM.EXT \| .EXT-File]])		'''P''': filenumber of the temperature time series to be utilized (refer to [[TSIM.EXT \| .EXT-File]])

Line 86:		Line 86:
	*'''R1''': manual input of the retention constants as well as the distribution factors [Y/N] <br/>		*'''R1''': manual input of the retention constants as well as the distribution factors [Y/N] <br/>
	*:if No (<code>N</code>) the retention constants as well as the distribution factors are calculated internally according to {{:Literatur:Zaiß_1986\|Zaiß}} on the basis of catchment characteristics anhand. The calculated parameters are written into the [[$LOG.TXT\|Protocol-File]],if it's activated.		*:if No (<code>N</code>) the retention constants as well as the distribution factors are calculated internally according to {{:Literatur:Zaiß_1986\|Zaiß}} on the basis of catchment characteristics anhand. The calculated parameters are written into the [[$LOG.TXT\|Protocol-File]],if it's activated.
	*'''R2''': Retention constant of the ~~sealed-off~~ area cascade [h]		*'''R2''': Retention constant of the impervious area cascade [h]
	*'''R3''': Retention constant of the fast cascade [h]		*'''R3''': Retention constant of the fast cascade [h]
	*'''R4''': Retention constant of the slow cascade [h]		*'''R4''': Retention constant of the slow cascade [h]
Line 95:		Line 95:

	<u>Distribution factors:</u><br/>		<u>Distribution factors:</u><br/>
	The distribution factors Beta1 and Beta2 only refer to ''~~non-sealed~~ areas''!		The distribution factors Beta1 and Beta2 only refer to ''pervious areas''!

	The sum of Beta1 and Beta2 must be 1 (<code>β<sub>1</sub> + β<sub>2</sub> = 1</code>)!		The sum of Beta1 and Beta2 must be 1 (<code>β<sub>1</sub> + β<sub>2</sub> = 1</code>)!
Line 102:		Line 102:
	*'''B2''': Distribution factor of the slow cascade <code>0 ≤ β<sub>2</sub> ≤ 1</code>		*'''B2''': Distribution factor of the slow cascade <code>0 ≤ β<sub>2</sub> ≤ 1</code>

	The distribution factor <code>β<sub>3</sub></code> of the cascade ~~fot sealed-off~~ areas is determined internally on basis of the ~~degree~~ of ~~sealed-off area~~ ('''D''').		The distribution factor <code>β<sub>3</sub></code> of the cascade for impervious areas is determined internally on basis of the fraction of impervious areas ('''D''').

	;Hint:Giving Beta2 is optional. If not given it's calculated by <code>β<sub>2</sub> = 1. - β<sub>1</sub></code>		;Hint:Giving Beta2 is optional. If not given it's calculated by <code>β<sub>2</sub> = 1. - β<sub>1</sub></code>