Systemelementsdaten/en - Versionsgeschichte

T.Schnellbach am 26. Januar 2021 um 10:03 Uhr

2021-01-26T10:03:14Z

← Nächstältere Version		Version vom 26. Januar 2021, 12:03 Uhr
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	{{Navigation\|vorher=Load definition/ Model input\|hoch=Work steps for model creation\|nachher=Operation plan}}		{{Navigation\|vorher=Load definition/ Model input\|hoch=Work steps for model creation\|nachher=Operation plan}}

	Once the system elements have been created in the system plan, the calculation method for individual system elements is selected and appropriate parameters are inserted. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for ~~the~~ respective system element.		Once the system elements have been created in the system plan, the calculation method for individual system elements is selected and appropriate parameters are inserted. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for each respective system element.

	The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps, determining gradients from a DTM in areas reacting hydrologically similar and finally elementary areas).		The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps, determining gradients from a DTM in areas reacting hydrologically similar and finally elementary areas).

	Even if parameters are not known and they are the objective of a calibration, a first estimate must be appointed as an inital value for the calibration.		Even if parameters are not known and they are the objective of a calibration, a first estimate must be appointed as an inital value for the calibration.

T.Schnellbach am 26. Januar 2021 um 10:02 Uhr

2021-01-26T10:02:29Z

← Nächstältere Version		Version vom 26. Januar 2021, 12:02 Uhr
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	{{Navigation\|vorher=Load definition/ Model input\|hoch=Work steps for model creation\|nachher=Operation plan}}		{{Navigation\|vorher=Load definition/ Model input\|hoch=Work steps for model creation\|nachher=Operation plan}}

	Once the system elements have been created in the system plan, the calculation method for ~~the~~ individual system elements is selected and appropriate parameters are inserted. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.		Once the system elements have been created in the system plan, the calculation method for individual system elements is selected and appropriate parameters are inserted. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.

	The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps, determining gradients from a DTM in areas reacting hydrologically similar and finally elementary areas).		The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps, determining gradients from a DTM in areas reacting hydrologically similar and finally elementary areas).

	Even if parameters are not known and they are the objective of a calibration, a first estimate must be appointed as an inital value for the calibration.		Even if parameters are not known and they are the objective of a calibration, a first estimate must be appointed as an inital value for the calibration.

T.Schnellbach am 26. Januar 2021 um 10:02 Uhr

2021-01-26T10:02:01Z

← Nächstältere Version		Version vom 26. Januar 2021, 12:02 Uhr
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	{{Navigation\|vorher=Load definition/ Model input\|hoch=Work steps for model creation\|nachher=Operation plan}}		{{Navigation\|vorher=Load definition/ Model input\|hoch=Work steps for model creation\|nachher=Operation plan}}

	Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and ~~filled with the~~ appropriate parameters. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.		Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and appropriate parameters are inserted. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.

	The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps, determining gradients from a DTM in areas reacting hydrologically similar and finally elementary areas).		The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps, determining gradients from a DTM in areas reacting hydrologically similar and finally elementary areas).

	Even if parameters are not known and they are the objective of a calibration, a first estimate must be appointed as an inital value for the calibration.		Even if parameters are not known and they are the objective of a calibration, a first estimate must be appointed as an inital value for the calibration.

T.Schnellbach am 26. Januar 2021 um 10:01 Uhr

2021-01-26T10:01:11Z

← Nächstältere Version		Version vom 26. Januar 2021, 12:01 Uhr
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	The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps, determining gradients from a DTM in areas reacting hydrologically similar and finally elementary areas).		The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps, determining gradients from a DTM in areas reacting hydrologically similar and finally elementary areas).

	Even if parameters are not known and ~~should be~~ the ~~object~~ of a calibration, ~~they must be filled with~~ a first estimate as ~~a start~~ for the calibration.		Even if parameters are not known and they are the objective of a calibration, a first estimate must be appointed as an inital value for the calibration.

T.Schnellbach am 26. Januar 2021 um 09:56 Uhr

2021-01-26T09:56:55Z

← Nächstältere Version		Version vom 26. Januar 2021, 11:56 Uhr
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	Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and filled with the appropriate parameters. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.		Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and filled with the appropriate parameters. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.

	The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps ~~and the gradient determined~~ from ~~the~~ DTM ~~into~~ areas reacting hydrologically and finally elementary areas).		The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps, determining gradients from a DTM in areas reacting hydrologically similar and finally elementary areas).

	Even if parameters are not known and should be the object of a calibration, they must be filled with a first estimate as a start for the calibration.		Even if parameters are not known and should be the object of a calibration, they must be filled with a first estimate as a start for the calibration.

T.Schnellbach am 26. Januar 2021 um 09:55 Uhr

2021-01-26T09:55:38Z

← Nächstältere Version		Version vom 26. Januar 2021, 11:55 Uhr
Zeile 5:		Zeile 5:
	Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and filled with the appropriate parameters. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.		Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and filled with the appropriate parameters. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.

	The determination of ~~the characteristics and~~ parameters ~~is very different~~. Some are known (e.g. ~~pipe~~ diameter of a circular ~~channel~~), others require extensive preliminary work in a GIS (e.g. the ~~subdivision~~ of a subcatchment ~~area~~ using soil maps, land use maps and the gradient determined from the ~~DEM~~ into hydrologically ~~similarly reacting areas, the~~ elementary areas).		The determination of parameters can vary greatly. Some are known (e.g. diameter of a circular pipe), others require extensive preliminary work in a GIS (e.g. the division of a subcatchment using soil maps, land use maps and the gradient determined from the DTM into areas reacting hydrologically and finally elementary areas).

	Even if parameters are not known and should be the object of a calibration, they must be filled with a first estimate as a start for the calibration.		Even if parameters are not known and should be the object of a calibration, they must be filled with a first estimate as a start for the calibration.

Ferrao: Die Seite wurde neu angelegt: „Even if parameters are not known and should be the object of a calibration, they must be filled with a first estimate as a start for the calibration.“

2020-10-15T14:58:19Z

Die Seite wurde neu angelegt: „Even if parameters are not known and should be the object of a calibration, they must be filled with a first estimate as a start for the calibration.“

← Nächstältere Version		Version vom 15. Oktober 2020, 16:58 Uhr
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	The determination of the characteristics and parameters is very different. Some are known (e.g. pipe diameter of a circular channel), others require extensive preliminary work in a GIS (e.g. the subdivision of a subcatchment area using soil maps, land use maps and the gradient determined from the DEM into hydrologically similarly reacting areas, the elementary areas).		The determination of the characteristics and parameters is very different. Some are known (e.g. pipe diameter of a circular channel), others require extensive preliminary work in a GIS (e.g. the subdivision of a subcatchment area using soil maps, land use maps and the gradient determined from the DEM into hydrologically similarly reacting areas, the elementary areas).

	~~Auch wenn Parameter nicht bekannt sind und der Gegenstand einer Kalibrierung sein sollen~~, ~~müssen diese mit einer ersten Schätzung als Start für die Kalibrierung gefüllt werden~~.		Even if parameters are not known and should be the object of a calibration, they must be filled with a first estimate as a start for the calibration.

Ferrao: Die Seite wurde neu angelegt: „The determination of the characteristics and parameters is very different. Some are known (e.g. pipe diameter of a circular channel), others require extensive…“

2020-10-15T14:58:03Z

Die Seite wurde neu angelegt: „The determination of the characteristics and parameters is very different. Some are known (e.g. pipe diameter of a circular channel), others require extensive…“

← Nächstältere Version		Version vom 15. Oktober 2020, 16:58 Uhr
Zeile 5:		Zeile 5:
	Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and filled with the appropriate parameters. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.		Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and filled with the appropriate parameters. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.

	~~Die Ermittlung der Kenngrößen und Parameter gestaltet sich dabei sehr unterschiedlich~~. ~~Manche sind bekannt~~ (z.B. ~~Rohrdurchmesser eines Kreiskanals~~), ~~andere erfordern aufwendige Vorarbeiten~~ in ~~einem~~ GIS (z.B. ~~die Unterteilung eines Teileinzugsgebiets mithilfe von Bodenkarten~~, ~~Landnutzungskarten und dem aus dem DGM ermittelten Gefälle in hydrologisch ähnlich reagierende Gebiete~~, ~~den Elementarflächen~~).		The determination of the characteristics and parameters is very different. Some are known (e.g. pipe diameter of a circular channel), others require extensive preliminary work in a GIS (e.g. the subdivision of a subcatchment area using soil maps, land use maps and the gradient determined from the DEM into hydrologically similarly reacting areas, the elementary areas).

	Auch wenn Parameter nicht bekannt sind und der Gegenstand einer Kalibrierung sein sollen, müssen diese mit einer ersten Schätzung als Start für die Kalibrierung gefüllt werden.		Auch wenn Parameter nicht bekannt sind und der Gegenstand einer Kalibrierung sein sollen, müssen diese mit einer ersten Schätzung als Start für die Kalibrierung gefüllt werden.

Ferrao: Die Seite wurde neu angelegt: „Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and filled with the approp…“

2020-10-15T14:55:33Z

Die Seite wurde neu angelegt: „Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and filled with the approp…“

← Nächstältere Version		Version vom 15. Oktober 2020, 16:55 Uhr
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	{{Navigation\|vorher=Load definition/ Model input\|hoch=Work steps for model creation\|nachher=Operation plan}}		{{Navigation\|vorher=Load definition/ Model input\|hoch=Work steps for model creation\|nachher=Operation plan}}

	~~Sind die Systemelemente im Systemplan angelegt~~, ~~wird jeweils die Berechnungsmethode für die einzelnen Systemelemente ausgewählt und mit den passenden Kenngrößen und Parametern gefüllt~~. ~~Dies geschieht im~~ [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|~~Datenblatt~~]] ~~für das jeweilige Systemelement~~.		Once the system elements have been created in the system plan, the calculation method for the individual system elements is selected and filled with the appropriate parameters. This is done in the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheet]] for the respective system element.

	Die Ermittlung der Kenngrößen und Parameter gestaltet sich dabei sehr unterschiedlich. Manche sind bekannt (z.B. Rohrdurchmesser eines Kreiskanals), andere erfordern aufwendige Vorarbeiten in einem GIS (z.B. die Unterteilung eines Teileinzugsgebiets mithilfe von Bodenkarten, Landnutzungskarten und dem aus dem DGM ermittelten Gefälle in hydrologisch ähnlich reagierende Gebiete, den Elementarflächen).		Die Ermittlung der Kenngrößen und Parameter gestaltet sich dabei sehr unterschiedlich. Manche sind bekannt (z.B. Rohrdurchmesser eines Kreiskanals), andere erfordern aufwendige Vorarbeiten in einem GIS (z.B. die Unterteilung eines Teileinzugsgebiets mithilfe von Bodenkarten, Landnutzungskarten und dem aus dem DGM ermittelten Gefälle in hydrologisch ähnlich reagierende Gebiete, den Elementarflächen).

	Auch wenn Parameter nicht bekannt sind und der Gegenstand einer Kalibrierung sein sollen, müssen diese mit einer ersten Schätzung als Start für die Kalibrierung gefüllt werden.		Auch wenn Parameter nicht bekannt sind und der Gegenstand einer Kalibrierung sein sollen, müssen diese mit einer ersten Schätzung als Start für die Kalibrierung gefüllt werden.

Ferrao: Die Seite wurde neu angelegt: „{{Navigation|vorher=Load definition/ Model input|hoch=Work steps for model creation|nachher=Operation plan}}“

2020-10-15T14:54:27Z

Die Seite wurde neu angelegt: „{{Navigation|vorher=Load definition/ Model input|hoch=Work steps for model creation|nachher=Operation plan}}“

← Nächstältere Version		Version vom 15. Oktober 2020, 16:54 Uhr
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	<languages/>		<languages/>

	{{Navigation\|vorher=~~Belastungsdefinition~~/ ~~Modellinput~~\|hoch=~~Arbeitsschritte zur Modellerstellung~~\|nachher=~~Betriebsplan~~}}		{{Navigation\|vorher=Load definition/ Model input\|hoch=Work steps for model creation\|nachher=Operation plan}}

	Sind die Systemelemente im Systemplan angelegt, wird jeweils die Berechnungsmethode für die einzelnen Systemelemente ausgewählt und mit den passenden Kenngrößen und Parametern gefüllt. Dies geschieht im [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|Datenblatt]] für das jeweilige Systemelement.		Sind die Systemelemente im Systemplan angelegt, wird jeweils die Berechnungsmethode für die einzelnen Systemelemente ausgewählt und mit den passenden Kenngrößen und Parametern gefüllt. Dies geschieht im [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|Datenblatt]] für das jeweilige Systemelement.