Verzweigung/en - Versionsgeschichte

Froehlich am 26. November 2020 um 10:29 Uhr

2020-11-26T10:29:09Z

← Nächstältere Version		Version vom 26. November 2020, 12:29 Uhr
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	== Percentage Distribution (Option 2)==		== Percentage Distribution (Option 2)==

	~~<div class="mw-translate-fuzzy">~~		With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a fixed percentage ratio.
	With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a ~~constant~~ percentage ratio.
	~~</div>~~

	==Function (Option 3)==		==Function (Option 3)==

Froehlich am 26. November 2020 um 10:28 Uhr

2020-11-26T10:28:54Z

← Nächstältere Version		Version vom 26. November 2020, 12:28 Uhr
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	[[Datei:Schema Verzweigung_EN.png]]		[[Datei:Schema Verzweigung_EN.png]]

	~~<div class="mw-translate-fuzzy">~~
	Four approaches are possible for defining the distribution rule.		Four approaches are possible for defining the distribution rule.
	~~</div>~~

	==Threshold Value (Option 1)==		==Threshold Value (Option 1)==

Froehlich am 26. November 2020 um 10:27 Uhr

2020-11-26T10:27:07Z

← Nächstältere Version		Version vom 26. November 2020, 12:27 Uhr
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	==Function (Option 3)==		==Function (Option 3)==

	A relationship determined using hydraulic calculations or derived from operating rules between the discharge <code>Qout1</code> and the inflow can be specified in the form of a ~~rating curve~~. The second outlet <code>Qab2</code> will then output the remaining discharge.		A relationship determined using hydraulic calculations or derived from operating rules between the discharge <code>Qout1</code> and the inflow can be specified in the form of a function. The second outlet <code>Qab2</code> will then output the remaining discharge.

	==Rules (Option 4)==		==Rules (Option 4)==
	Either of the two outlets can be controlled by scaling a value with a [[Special:MyLanguage/Betriebsplan\|system state]], optionally combined with a daily, weekly and/or annual pattern. The other outlet will then output the remaining discharge.		Either of the two outlets can be controlled by scaling a value with a [[Special:MyLanguage/Betriebsplan\|system state]], optionally combined with a daily, weekly and/or annual pattern. The other outlet will then output the remaining discharge.

Froehlich am 26. November 2020 um 10:26 Uhr

2020-11-26T10:26:51Z

← Nächstältere Version		Version vom 26. November 2020, 12:26 Uhr
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	</div>		</div>

	==~~Rating Curve~~ (Option 3)==		==Function (Option 3)==

	A relationship determined using hydraulic calculations or derived from operating rules between the discharge <code>Qout1</code> and the inflow can be specified in the form of a rating curve. The second outlet <code>Qab2</code> will then output the remaining discharge.		A relationship determined using hydraulic calculations or derived from operating rules between the discharge <code>Qout1</code> and the inflow can be specified in the form of a rating curve. The second outlet <code>Qab2</code> will then output the remaining discharge.

Froehlich am 26. November 2020 um 10:26 Uhr

2020-11-26T10:26:34Z

← Nächstältere Version		Version vom 26. November 2020, 12:26 Uhr
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	==Rating Curve (Option 3)==		==Rating Curve (Option 3)==

	A relationship determined using hydraulic calculations or derived from operating rules between the discharge <code>Qout1</code> and the inflow can be specified in the form of a rating curve. The second outlet <code>Qab2</code> will then output the remaining ~~dicharge~~.		A relationship determined using hydraulic calculations or derived from operating rules between the discharge <code>Qout1</code> and the inflow can be specified in the form of a rating curve. The second outlet <code>Qab2</code> will then output the remaining discharge.

	==Rules (Option 4)==		==Rules (Option 4)==
	Either of the two outlets can be controlled by scaling a value with a [[Special:MyLanguage/Betriebsplan\|system state]], optionally combined with a daily, weekly and/or annual pattern. The other outlet will then output the remaining discharge.		Either of the two outlets can be controlled by scaling a value with a [[Special:MyLanguage/Betriebsplan\|system state]], optionally combined with a daily, weekly and/or annual pattern. The other outlet will then output the remaining discharge.

Froehlich: Die Seite wurde neu angelegt: „==Rules (Option 4)== Either of the two outlets can be controlled by scaling a value with a system state, optionally combine…“

2020-11-26T10:26:27Z

Die Seite wurde neu angelegt: „==Rules (Option 4)== Either of the two outlets can be controlled by scaling a value with a system state, optionally combine…“

← Nächstältere Version		Version vom 26. November 2020, 12:26 Uhr
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	[[Datei:Schema Verzweigung_EN.png]]		[[Datei:Schema Verzweigung_EN.png]]

			<div class="mw-translate-fuzzy">
	Four approaches are possible for defining the distribution rule.		Four approaches are possible for defining the distribution rule.
			</div>

	==Threshold Value (Option 1)==		==Threshold Value (Option 1)==
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	== Percentage Distribution (Option 2)==		== Percentage Distribution (Option 2)==

	With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a constant percentage ratio.		<div class="mw-translate-fuzzy">
			With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a constant percentage ratio.
			</div>

	==Rating Curve (Option 3)==		==Rating Curve (Option 3)==
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	A relationship determined using hydraulic calculations or derived from operating rules between the discharge <code>Qout1</code> and the inflow can be specified in the form of a rating curve. The second outlet <code>Qab2</code> will then output the remaining dicharge.		A relationship determined using hydraulic calculations or derived from operating rules between the discharge <code>Qout1</code> and the inflow can be specified in the form of a rating curve. The second outlet <code>Qab2</code> will then output the remaining dicharge.

	==~~Regeln und Steuern~~ (Option 4)==		==Rules (Option 4)==
	~~Für einen der zwei Abläufe kann eine Skalierung über einen~~ [[Special:MyLanguage/Betriebsplan\|~~Systemzustand~~]], ~~optional kombiniert mit Tages-~~/~~Wochen- und/oder Jahresgang, erfolgen~~. ~~Der andere Ablauf ergibt sich dann aus dem verbleibenden Abfluss~~.		Either of the two outlets can be controlled by scaling a value with a [[Special:MyLanguage/Betriebsplan\|system state]], optionally combined with a daily, weekly and/or annual pattern. The other outlet will then output the remaining discharge.

Froehlich am 26. November 2020 um 10:17 Uhr

2020-11-26T10:17:46Z

← Nächstältere Version		Version vom 26. November 2020, 12:17 Uhr
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	==Rating Curve (Option 3)==		==Rating Curve (Option 3)==

	A ~~dependency~~ between the discharge ~~Qab1~~ and the inflow ~~resulting from hydraulic calculations or from operating regulations is used as~~ a ~~polygon course~~. The second ~~drain~~ Qab2 ~~is determined as~~ the ~~residual value between inflow - Qab1~~.		A relationship determined using hydraulic calculations or derived from operating rules between the discharge <code>Qout1</code> and the inflow can be specified in the form of a rating curve. The second outlet <code>Qab2</code> will then output the remaining dicharge.

	==Regeln und Steuern (Option 4)==		==Regeln und Steuern (Option 4)==
	Für einen der zwei Abläufe kann eine Skalierung über einen [[Special:MyLanguage/Betriebsplan\|Systemzustand]], optional kombiniert mit Tages-/Wochen- und/oder Jahresgang, erfolgen. Der andere Ablauf ergibt sich dann aus dem verbleibenden Abfluss.		Für einen der zwei Abläufe kann eine Skalierung über einen [[Special:MyLanguage/Betriebsplan\|Systemzustand]], optional kombiniert mit Tages-/Wochen- und/oder Jahresgang, erfolgen. Der andere Ablauf ergibt sich dann aus dem verbleibenden Abfluss.

Froehlich am 26. November 2020 um 10:15 Uhr

2020-11-26T10:15:12Z

← Nächstältere Version		Version vom 26. November 2020, 12:15 Uhr
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	With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a constant percentage ratio.		With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a constant percentage ratio.

	== ~~Characteristic~~ Curve (~~option~~ 3)==		==Rating Curve (Option 3)==

	A dependency between the discharge Qab1 and the inflow resulting from hydraulic calculations or from operating regulations is used as a polygon course. The second drain Qab2 is determined as the residual value between inflow - Qab1.		A dependency between the discharge Qab1 and the inflow resulting from hydraulic calculations or from operating regulations is used as a polygon course. The second drain Qab2 is determined as the residual value between inflow - Qab1.

Froehlich am 26. November 2020 um 10:15 Uhr

2020-11-26T10:15:00Z

← Nächstältere Version		Version vom 26. November 2020, 12:15 Uhr
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	== Percentage Distribution (Option 2)==		== Percentage Distribution (Option 2)==

	With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a constant percentage ratio~~. This option also allows for changing the distribution through scaling~~.		With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a constant percentage ratio.

	== Characteristic Curve (option 3)==		== Characteristic Curve (option 3)==

Froehlich am 26. November 2020 um 10:14 Uhr

2020-11-26T10:14:47Z

← Nächstältere Version		Version vom 26. November 2020, 12:14 Uhr
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	[[Datei:Schema Verzweigung_EN.png]]		[[Datei:Schema Verzweigung_EN.png]]

	~~Three~~ approaches are possible for defining the distribution rule.		Four approaches are possible for defining the distribution rule.

	==Threshold Value (Option 1)==		==Threshold Value (Option 1)==
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	== Percentage Distribution (Option 2)==		== Percentage Distribution (Option 2)==

	With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a constant percentage ratio. This option also allows for changing the distribution through scaling.		With this approach, the inflow is split into two outflows <code>Qout1</code> and <code>Qout2</code> according to a constant percentage ratio. This option also allows for changing the distribution through scaling.

	== Characteristic Curve (option 3)==		== Characteristic Curve (option 3)==

	A dependency between the discharge Qab1 and the inflow resulting from hydraulic calculations or from operating regulations is used as a polygon course. The second drain Qab2 is determined as the residual value between inflow - Qab1.		A dependency between the discharge Qab1 and the inflow resulting from hydraulic calculations or from operating regulations is used as a polygon course. The second drain Qab2 is determined as the residual value between inflow - Qab1.

			==Regeln und Steuern (Option 4)==
			Für einen der zwei Abläufe kann eine Skalierung über einen [[Special:MyLanguage/Betriebsplan\|Systemzustand]], optional kombiniert mit Tages-/Wochen- und/oder Jahresgang, erfolgen. Der andere Ablauf ergibt sich dann aus dem verbleibenden Abfluss.