Belastungsdefinition/ Modellinput/en - Versionsgeschichte

Haghani am 30. August 2021 um 09:29 Uhr

2021-08-30T09:29:09Z

← Nächstältere Version		Version vom 30. August 2021, 11:29 Uhr
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	The user interface takes the temperature data only into consideration for the evaporation and the snow calculation and consequently for the water balance. Water temperatures of the system elements are not simulated.		The user interface takes the temperature data only into consideration for the evaporation and the snow calculation and consequently for the water balance. Water temperatures of the system elements are not simulated.

	A loss of water, substances or thermal energy can be constructed via the elements [[Special:MyLanguage/Verbraucher\|consumer]] and [[Special:MyLanguage/Verzweigung\|diversion]]. [[Special:MyLanguage/Speicher\|~~Reservoir~~ elements]] can also extract water from the system if the evaporation calculation is activated. Via the runoff distribution of the [[Special:MyLanguage/Einzugsgebiet\|catchment area elements]] it is possible to discharge other individual flow components from the system in addition to the evaporation term (e.g. urban surface runoff or deep base flow).		A loss of water, substances or thermal energy can be constructed via the elements [[Special:MyLanguage/Verbraucher\|consumer]] and [[Special:MyLanguage/Verzweigung\|diversion]]. [[Special:MyLanguage/Speicher\|storage elements]] can also extract water from the system if the evaporation calculation is activated. Via the runoff distribution of the [[Special:MyLanguage/Einzugsgebiet\|catchment area elements]] it is possible to discharge other individual flow components from the system in addition to the evaporation term (e.g. urban surface runoff or deep base flow).

	Depending on the simulation type and system element, there are different possibilities for entering loads:		Depending on the simulation type and system element, there are different possibilities for entering loads:

Haghani am 30. August 2021 um 09:28 Uhr

2021-08-30T09:28:46Z

← Nächstältere Version		Version vom 30. August 2021, 11:28 Uhr
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	{{Navigation\|vorher=flow network\|hoch=Working steps for model creation\|nachher=System element data}}		{{Navigation\|vorher=flow network\|hoch=Working steps for model creation\|nachher=System element data}}
	__TOC__Loads in the form of precipitation, temperature, evaporation, inflow, substances and extractions can affect water management systems.		__TOC__Loads in the form of precipitation, temperature, evaporation, inflow, substances and extractions can affect water management systems.
	The system elements [[Special:MyLanguage/Einleitung\|point source]] and [[Special:MyLanguage/Einzugsgebiet\|catchment area]] are the ones which particularly contribute water to the system. [[Special:MyLanguage/Verbraucher\|Consumer]] und [[Special:MyLanguage/Speicher\|~~reservoir~~]] can also add flow to the system: Consumers via the input of punctual contributions, ~~reservoirs~~ via an accordingly allocated precipitation, which scales with the ~~reservoir~~'s surface. Thus, the latter contribution to the water input is especially relevant for e.g. dams with large water surfaces.		The system elements [[Special:MyLanguage/Einleitung\|point source]] and [[Special:MyLanguage/Einzugsgebiet\|catchment area]] are the ones which particularly contribute water to the system. [[Special:MyLanguage/Verbraucher\|Consumer]] und [[Special:MyLanguage/Speicher\|storage]] can also add flow to the system: Consumers via the input of punctual contributions, storages via an accordingly allocated precipitation, which scales with the storage's surface. Thus, the latter contribution to the water input is especially relevant for e.g. dams with large water surfaces.

	Substance entries into the system can only be made using the [[Special:MyLanguage/Einleitung\|point source]] element.		Substance entries into the system can only be made using the [[Special:MyLanguage/Einleitung\|point source]] element.

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2021-05-27T11:49:14Z

Übernehme Bearbeitung einer neuen Version der Quellseite

← Nächstältere Version		Version vom 27. Mai 2021, 13:49 Uhr
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	==Time Series==		==Time Series==

			<div class="mw-translate-fuzzy">
	[[Datei:00036_EN.png\|thumb\|Interpretation of time series]]		[[Datei:00036_EN.png\|thumb\|Interpretation of time series]]
	Time series are time sequences of data, i.e. ascending date stamps and time stamps are assigned to values. Both measurement time series and simulated time series can be used as model input.		Time series are time sequences of data, i.e. ascending date stamps and time stamps are assigned to values. Both measurement time series and simulated time series can be used as model input.
			</div>

	It is important that the time series are gap-free for the simulation period. Possible gaps in the time series must be closed before use (e.g. by regressions to similar time series or by other assumptions). Ideally, but not necessarily, the time series are equidistant in at least the resolution of the simulation time step.		It is important that the time series are gap-free for the simulation period. Possible gaps in the time series must be closed before use (e.g. by regressions to similar time series or by other assumptions). Ideally, but not necessarily, the time series are equidistant in at least the resolution of the simulation time step.
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	In the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheets of system elements]] only the time series assignment is done. The time series are created independently from individual system elements and even independently from variants and projects centrally in the [[Special:MyLanguage/Zeitreihenverwaltung\|time series management]] and stored on the [[Special:MyLanguage/Konzept Server/Client\|server]], i.e. the time series of a client can be used in various projects.		In the [[Special:MyLanguage/Fenster der Systemelemente#Datenblatt der Systemelemente\|data sheets of system elements]] only the time series assignment is done. The time series are created independently from individual system elements and even independently from variants and projects centrally in the [[Special:MyLanguage/Zeitreihenverwaltung\|time series management]] and stored on the [[Special:MyLanguage/Konzept Server/Client\|server]], i.e. the time series of a client can be used in various projects.


	==Design storms==		==Design storms==

Froehlich am 25. Februar 2021 um 13:46 Uhr

2021-02-25T13:46:56Z

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	==Annual, Weekly, Daily Patterns==		==Annual, Weekly, Daily Patterns==

	If ~~hydrographs~~ are chosen as the input option for a load, a constant value can be scaled with a recurring annual and/or weekly and/or daily pattern.		If patterns are chosen as the input option for a load, a constant value can be scaled with a recurring annual and/or weekly and/or daily pattern.
	For daily patterns, a constant value is defined for each hour of the day, resp. for weekly patterns a constant value is defined for each day of the week and for annual patterns either monthly constants are defined or constants can be assigned to beforehand established time periods.		For daily patterns, a constant value is defined for each hour of the day, resp. for weekly patterns a constant value is defined for each day of the week and for annual patterns either monthly constants are defined or constants can be assigned to beforehand established time periods.
	The assignment of ~~hydrographs~~ is done using the [[Special:MyLanguage/Fenster der Systemelemente\|datasheets of system elements]] only. The ~~hydrographs~~ are created independently from single system elements in the respective [[Special:MyLanguage/Ganglinienfenster\|~~hydrograph~~ window]].		The assignment of patterns is done using the [[Special:MyLanguage/Fenster der Systemelemente\|datasheets of system elements]] only. The patterns are created independently from single system elements in the respective [[Special:MyLanguage/Ganglinienfenster\|pattern window]].

Froehlich am 25. Februar 2021 um 13:46 Uhr

2021-02-25T13:46:27Z

← Nächstältere Version		Version vom 25. Februar 2021, 15:46 Uhr
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	==~~Hydrographs:~~ Annual, Weekly, Daily Patterns==		==Annual, Weekly, Daily Patterns==

	If hydrographs are chosen as the input option for a load, a constant value can be scaled with a recurring annual and/or weekly and/or daily pattern.		If hydrographs are chosen as the input option for a load, a constant value can be scaled with a recurring annual and/or weekly and/or daily pattern.

Froehlich am 25. Februar 2021 um 13:46 Uhr

2021-02-25T13:46:18Z

← Nächstältere Version		Version vom 25. Februar 2021, 15:46 Uhr
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	;Type of simulation - long-term simulation:		;Type of simulation - long-term simulation:
	:- ~~hydrographs~~		:- patterns
	:- time series		:- time series
	;Type of simulation - short-term forecast:		;Type of simulation - short-term forecast:
	:- ~~model rain~~		:- design storm
	:- flood waves from flood characteristics		:- flood waves from flood characteristics

Froehlich am 22. Februar 2021 um 10:31 Uhr

2021-02-22T10:31:33Z

← Nächstältere Version		Version vom 22. Februar 2021, 12:31 Uhr
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	==Design ~~storm~~==		==Design storms==
	{{TODO}}		{{TODO}}

	==Flood waves from flood characteristics==		==Flood waves from flood characteristics==
	{{TODO}}		{{TODO}}

Froehlich am 22. Februar 2021 um 10:31 Uhr

2021-02-22T10:31:21Z

← Nächstältere Version		Version vom 22. Februar 2021, 12:31 Uhr
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	{{TODO}}		{{TODO}}

	~~<div class="mw-translate-fuzzy">~~
	==Flood waves from flood characteristics==		==Flood waves from flood characteristics==
	{{TODO}}		{{TODO}}
	~~</div>~~

Froehlich am 22. Februar 2021 um 10:31 Uhr

2021-02-22T10:31:11Z

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	~~<div class~~=~~"mw-translate-fuzzy">~~		==Design storm==
	=~~=Model rain~~==
	{{TODO}}		{{TODO}}
	~~</div>~~

	<div class="mw-translate-fuzzy">		<div class="mw-translate-fuzzy">

Froehlich am 22. Februar 2021 um 10:29 Uhr

2021-02-22T10:29:50Z

← Nächstältere Version		Version vom 22. Februar 2021, 12:29 Uhr
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	==Time Series==		==Time Series==

	[[Datei:~~00036~~.png\|thumb\|Interpretation of time series]]		[[Datei:00036_EN.png\|thumb\|Interpretation of time series]]
	Time series are time sequences of data, i.e. ascending date stamps and time stamps are assigned to values. Both measurement time series and simulated time series can be used as model input.		Time series are time sequences of data, i.e. ascending date stamps and time stamps are assigned to values. Both measurement time series and simulated time series can be used as model input.