Translations:Berechnungsschema/ Implementierung der Betriebsregeln/28/en - Versionsgeschichte

Haghani am 30. August 2021 um 09:26 Uhr

2021-08-30T09:26:10Z

← Nächstältere Version		Version vom 30. August 2021, 11:26 Uhr
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	To calculate the delivery function scaled with external system states, proceed analogously to the above method. Here, <code>x<sub>factor</sub></code> corresponds to the maximum ~~reservoir~~ volume and <code>y<sub>factor</sub></code> corresponds to the scaling factor from the external system state or state group. It is assumed that the factors remain constant during the outer time interval. The sum of the integrations over the internal time loop divided by the outer time step provides the final output value.		To calculate the delivery function scaled with external system states, proceed analogously to the above method. Here, <code>x<sub>factor</sub></code> corresponds to the maximum storage volume and <code>y<sub>factor</sub></code> corresponds to the scaling factor from the external system state or state group. It is assumed that the factors remain constant during the outer time interval. The sum of the integrations over the internal time loop divided by the outer time step provides the final output value.

T.Schnellbach am 16. März 2021 um 09:54 Uhr

2021-03-16T09:54:49Z

← Nächstältere Version		Version vom 16. März 2021, 11:54 Uhr
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	To calculate the delivery function scaled with external system states, proceed analogously to the above method. Here <code>x<sub>factor</sub></code> corresponds to the maximum reservoir ~~content~~ and <code>y<sub>factor</sub></code> corresponds to the scaling factor from the external system state or state group. It is assumed that the factors remain constant during the ~~external~~ time interval. The sum of the integrations over the internal time loop divided by the ~~external~~ time step provides the final output value.		To calculate the delivery function scaled with external system states, proceed analogously to the above method. Here, <code>x<sub>factor</sub></code> corresponds to the maximum reservoir volume and <code>y<sub>factor</sub></code> corresponds to the scaling factor from the external system state or state group. It is assumed that the factors remain constant during the outer time interval. The sum of the integrations over the internal time loop divided by the outer time step provides the final output value.

Ferrao: Die Seite wurde neu angelegt: „To calculate the delivery function scaled with external system states, proceed analogously to the above method. Here `x_factor` correspond…“

2021-01-21T16:55:16Z

Die Seite wurde neu angelegt: „To calculate the delivery function scaled with external system states, proceed analogously to the above method. Here <code>xfactor</code> correspond…“

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To calculate the delivery function scaled with external system states, proceed analogously to the above method. Here <code>xfactor</code> corresponds to the maximum reservoir content and <code>yfactor</code> corresponds to the scaling factor from the external system state or state group. It is assumed that the factors remain constant during the external time interval. The sum of the integrations over the internal time loop divided by the external time step provides the final output value.

Translations:Berechnungsschema/ Implementierung der Betriebsregeln/28/en - Versionsgeschichte

Haghani am 30. August 2021 um 09:26 Uhr

T.Schnellbach am 16. März 2021 um 09:54 Uhr

Ferrao: Die Seite wurde neu angelegt: „To calculate the delivery function scaled with external system states, proceed analogously to the above method. Here xfactor correspond…“

Ferrao: Die Seite wurde neu angelegt: „To calculate the delivery function scaled with external system states, proceed analogously to the above method. Here `x_factor` correspond…“