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===Initial conditions===
===Initial conditions===
* <code>losses due to troughs [mm]</code>:
* <code>losses due to depression storage [mm]</code>:
: Trough losses of the impervious areas (for further information go to [[Natürliche_Einzugsgebiete#Oberflächenwasservorrat (Versiegelter Flächenanteil) O | Theory:Surface water reservoirs (fraction of impervious area)]])
: depression storage losses of impervious areas (for further information go to [[Natürliche_Einzugsgebiete#Oberflächenwasservorrat (Versiegelter Flächenanteil) O | Theory:Surface water reservoirs (fraction of impervious area)]])
* <code>initial reservoir content [%]</code>:  
* <code>initial reservoir content [%]</code>:  
:Refers to the [[BEK-Datei|BEK-File]], which contains the storm-water overflow basins as well as the rain-water retention basins of the urban drainage system. The initial reservoir content of a dam is configured in the [[TAL-Datei|TAL-File]].  
:Refers to the [[BEK-Datei|BEK-File]], which contains the stormwater overflow tanks as well as the rain-water retention basins of the urban drainage system. The initial reservoir content of a dam is configured in the [[TAL-Datei|TAL-File]].  
* <code>initial soil moisture</code>:  
* <code>initial soil moisture</code>:  
:Global initial soil moisture, which will be used as the initial soil moisture of each individual HRU  [[EZG-Datei|Catchments]].
:Global initial soil moisture, which will be used as the initial soil moisture of each individual HRU  [[EZG-Datei|Catchments]].
Line 144: Line 144:
: Old debug-output for soil moisture, contained and improved in LEFLWELOUT and LEFLOUT
: Old debug-output for soil moisture, contained and improved in LEFLWELOUT and LEFLOUT


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

Latest revision as of 03:09, 31 July 2021

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Input files · ALL SYS · FKT KTR · EXT JGG WGG TGG · TAL HYA TRS EIN URB VER RUE BEK EZG FKA · BOA BOD LNZ EFL · DIF


General Information

Datei

*Allgemeine Angaben (*.ALL)
*==========================

 Bezeichnung.....................: Speicherbewirtschaftung

*Hauptueberschriften:
*--------------------
................................:
................................:
................................:

*Simulations-Zeitraum:
*---------------------             TT.MM.JJJJ hh:mm - TT.MM.JJJJ hh:mm
 SimBeginn - SimEnde ............: 01.11.1979 08:00 - 31.10.1980 08:00

*Zeitschritt:
*------------
 Zeitschrittlaenge [min] ........: 30
 Zeitschritt Monat = M ..........:

*Anfangsbedingungen:
*-------------------
 Muldenverluste [mm] ............: 1
 Anfangsverlust [%] .............: 100
 Gerinneabfluss [% von MQ] ......: 100
 Anfangsbeckenfuellung [%] ......: 100
 Anfangsbodenfeuchte [%] ........: 100

*Simulationsoptionen:
*-------------------
 Kontrollfunktionen ...... [J/N] : N
 Berechnung Zielfunktion   [J/N] : N

*Berechnungsparameter:
*--------------------
 Exponent Abweichungen Sollwert .: 0
 Fehlerabweichung am Pegel [%] ..: 0
 Fehlerabweichung Zielfkt. [%] ..: 0

*Ausgabeoptionen:
*---------------
 Ausgabe Maximalereignisse [J/N] : N
 Bilanzausgabe ........... [J/N] : N
 ... Wahrscheinlichkeiten  [J/N] : N
 Ganglinienausgabe ....... [J/N] : J
 ... CSV-Format .......... [J/N] : J
 ... Binaerausgabe ....... [J/N] : N
 Animation ............... [J/N] : N

*DiffQuellen:
*-------------
 Berechnung .....................: 0
 Anzahl Stoffe ..................: 0

*Erw. Ausgabeoptionen:
*-------------
 EFL-Wellenausgabe (LEFLWELOUT). : N
 EFL-Bodenkennwerte (LEFLOUT)... : N
 DIF-Testausgabe (LDIFOUT) ..... : N
 Protokollausgabe (LLOGOUT) .... : N
 LTSTOUT ....................... : N
 LBFFKT ........................ : N
 LBFOUT ........................ : N

*Beschreibung:
*-------------

Translations

In this section you will find the English translation of the German wording used in the example All-File.An Explanation of some of the options can be found in the section Explanations of this page.

Bezeichnung

  • Bezeichnung....: Speicherbewirtschaftung is characterization...: reservoir management

Simulations-Zeitraum

  • Simulations-Zeitraum is the Simulation-period
  • the date-format needed is day.month.year hour:minute - day.month.year hour:minute

Zeitschritt

  • Zeitschritt is the time step

Anfangsbedingungen

  • Anfangsbedingungen are the initial conditions

Simulationsoptionen

  • Simulationsoptionen are the simulation options

Berechnungsparameter

  • Berechnungsparameter are the simulations parameters

Ausgabeoptionen

  • Ausgabeoptionen are the output options

DiffQuellen

  • DiffQuellen is an abbreviation of diffuse Quellen and refers to the diffuse sources

Erw. Ausgabeoptionen

  • Erw. Ausgabeoptionen are extended output options


Explanations

Time step

  • Time step duration [min]:
A Value between 1 and 43200 (= 30 days)
  • Time step month = M:
If M is chosen here, the time step duration [min] will be ignored and a (variable) time step of exactly one month will be utilized, which begins at the first of a month and ends with the first of the following month .

Initial conditions

  • losses due to depression storage [mm]:
depression storage losses of impervious areas (for further information go to Theory:Surface water reservoirs (fraction of impervious area))
  • initial reservoir content [%]:
Refers to the BEK-File, which contains the stormwater overflow tanks as well as the rain-water retention basins of the urban drainage system. The initial reservoir content of a dam is configured in the TAL-File.
  • initial soil moisture:
Global initial soil moisture, which will be used as the initial soil moisture of each individual HRU Catchments.

Output options

  • ... Probabilities [Y/N]:
If activated a file will be created containing the probability distribution of the results(PRB-Datei). However this file will only be created for elements for which both the output of the hydrograph and the output of the balance has been activated (refer to SYS-File).
  • ... CSV-Format [Y/N]:
By enabling this option the values in the result-files (WEL and KWL-Files) will be separated by semicolons. This is very useful for Excel!

Extended output options

  • HRU-Discharge wave output (LEFLWELOUT). :
Creates a EFL.WEL-File containing a detailed discharge wave (including soil moisture) for individual HRUs (this option must be enabled for desired HRUs in the EFL-File!)
  • HRU-Soil parameters (LEFLOUT)... :
Writes the mean soil parameters of the three calculation horizons for each HRU into a EFL.TXT-File
  • DIF-Test output (LDIFOUT) ..... :
Creates a debug-report for the calculation including diffuse sources
  • Protokollausgabe (LLOGOUT) .... :
Log protocol output ($LOG.TXT)
  • LTSTOUT ....................... :
(Control) output of each step of the simulation ( which step was completed? Which function was called?)
  • LBFFKT ........................ :
Output of soil funtions for each time increment
  • LBFOUT ........................ :
Old debug-output for soil moisture, contained and improved in LEFLWELOUT and LEFLOUT