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<big>General Information</big>
<big>General Information</big>


==File==
==Datei==
<bluem lines=true>
<source lang="bluem">
*General Information (*.ALL)
*Allgemeine Angaben (*.ALL)
*==========================
*==========================


  Characterization.....................: Reservoir Management
  Bezeichnung.....................: Speicherbewirtschaftung


*Main titels:
*Hauptueberschriften:
*--------------------
*--------------------
................................:
................................:
Line 16: Line 16:
................................:
................................:


*Simulation Period:
*Simulations-Zeitraum:
*---------------------            Day.Month.Year hh:mm - Day.Month.Year hh:mm
*---------------------            TT.MM.JJJJ hh:mm - TT.MM.JJJJ hh:mm
  SimBeginn - SimEnde ............: 01.11.1979 08:00 - 31.10.1980 08:00
  SimBeginn - SimEnde ............: 01.11.1979 08:00 - 31.10.1980 08:00


*Time increment:
*Zeitschritt:
*------------
*------------
  Time increment duration [min] .............: 30
  Zeitschrittlaenge [min] ........: 30
  Time increment month = M ..................:
  Zeitschritt Monat = M ..........:


*Initial conditions:
*Anfangsbedingungen:
*-------------------
*-------------------
  Losses due to troughs [mm] ................: 1
  Muldenverluste [mm] ............: 1
  Initial losses [%] ........................: 100
  Anfangsverlust [%] .............: 100
  Channel flow [% of MQ] ....................: 100
  Gerinneabfluss [% von MQ] ......: 100
  Initial reservoir content [%] .............: 100
  Anfangsbeckenfuellung [%] ......: 100
  Initial soil moisture [%] .................: 100
  Anfangsbodenfeuchte [%] ........: 100


*Simulation options:
*Simulationsoptionen:
*-------------------
*-------------------
  Control functions .................. [Y/N] : N
  Kontrollfunktionen ...... [J/N] : N
  Calculation of (primary)obejective   [Y/N] : N
  Berechnung Zielfunktion   [J/N] : N


*Calculation parameters:
*Berechnungsparameter:
*--------------------
*--------------------
  Nominal exponent deviation value ..........: 0
  Exponent Abweichungen Sollwert .: 0
  Error margin at water gage [%] ............: 0
  Fehlerabweichung am Pegel [%] ..: 0
  Error margin (primary)objective [%] .......: 0
  Fehlerabweichung Zielfkt. [%] ..: 0


*Output options:
*Ausgabeoptionen:
*---------------
*---------------
  Output of maximum events ........... [Y/N] : N
  Ausgabe Maximalereignisse [J/N] : N
  Output of balance .................. [Y/N] : N
  Bilanzausgabe ........... [J/N] : N
  ... Probabilities ...................[Y/N] : N
  ... Wahrscheinlichkeiten  [J/N] : N
  Hydrograph output .................. [Y/N] : Y
  Ganglinienausgabe ....... [J/N] : J
  ... CSV-Format ..................... [Y/N] : Y
  ... CSV-Format .......... [J/N] : J
  ... Binary output .................. [Y/N] : N
  ... Binaerausgabe ....... [J/N] : N
  Animation .......................... [Y/N] : N
  Animation ............... [J/N] : N


*Diffuse Sources:
*DiffQuellen:
*-------------
*-------------
  Calculation ...............................: 0
  Berechnung .....................: 0
  Number of Substances ......................: 0
  Anzahl Stoffe ..................: 0


*Further output options:
*Erw. Ausgabeoptionen:
*-------------
*-------------
  HRU-Discharge wave output (LEFLWELOUT).... : N
  EFL-Wellenausgabe (LEFLWELOUT). : N
  HRU-Soil properties (LEFLOUT)............. : N
  EFL-Bodenkennwerte (LEFLOUT)... : N
  DIF-Test output (LDIFOUT) ................ : N
  DIF-Testausgabe (LDIFOUT) ..... : N
  Log protocol output (LLOGOUT) ............ : N
  Protokollausgabe (LLOGOUT) .... : N
  LTSTOUT .................................. : N
  LTSTOUT ....................... : N
  LBFFKT ................................... : N
  LBFFKT ........................ : N
  LBFOUT ................................... : N
  LBFOUT ........................ : N


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


</bluem>
</source>
 
==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===
* <code> Bezeichnung....: Speicherbewirtschaftung </code> is <code> characterization...: reservoir management</code>
 
===Simulations-Zeitraum===
* <code> Simulations-Zeitraum </code> is the <code> Simulation-period </code>
* the date-format needed is day.month.year hour:minute - day.month.year hour:minute
 
===Zeitschritt===
* <code> Zeitschritt </code> is the <code> time step </code>
 
===Anfangsbedingungen===
*<code> Anfangsbedingungen </code> are the <code> initial conditions </code>
 
===Simulationsoptionen===
*<code> Simulationsoptionen </code> are the <code> simulation options </code>
 
===Berechnungsparameter===
*<code> Berechnungsparameter </code> are the <code> simulations parameters </code>
 
===Ausgabeoptionen===
* <code> Ausgabeoptionen </code> are the <code> output options </code>
 
===DiffQuellen===
* <code> DiffQuellen </code> is an abbreviation of diffuse Quellen and refers to the <code> diffuse sources </code>
 
===Erw. Ausgabeoptionen===
* <code> Erw. Ausgabeoptionen </code> are <code> extended output options </code>
 
 


==Explanations==
==Explanations==
===Time increment===
===Time step===
* <code>Time increment duration [min]</code>:  
* <code>Time step duration [min]</code>:  
:A Value between 1 and 43200 (= 30 days)
:A Value between 1 and 43200 (= 30 days)
* <code>Time increment month = M</code>:  
* <code>Time step month = M</code>:  
:If <code>M</code> is chosen here, the <code>Time increment duration [min]</code> option will be ignored and a (variable) time increment of excactly one month will be utilised, which beginns at the first of a month and ends with the first of the following month.  
:If <code>M</code> is chosen here, the <code>time step duration [min]</code> 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===
===Initial conditions===
* <code>Losses due to troughs [mm]</code>:
* <code>losses due to depression storage [mm]</code>:
: Trough losses of the sealed areas ( for further information go to [[Natürliche_Einzugsgebiete#Oberflächenwasservorrat (Versiegelter Flächenanteil) O | Theorie:Oberflächenwasservorrat (Versiegelter Flächenanteil)]])
: 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]], which contains the rain overflow basisn as well as the rain retention basins of the urban drainage system. The initial reservoir content of a dam is configured in the [[TAL-Datei]].  
: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|Einzugsgebiete]].
:Global initial soil moisture, which will be used as the initial soil moisture of each individual HRU [[EZG-Datei|Catchments]].


===Output options===
===Output options===
* <code>... Probabilities [Y/N]</code>:  
* <code>... Probabilities [Y/N]</code>:  
:If activated 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( for further information go to [[SYS-Datei]]).
: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-Datei| SYS-File]]).
* <code>... CSV-Format [J/N]</code>:  
* <code>... CSV-Format [Y/N]</code>:  
:By enabling this option the values in the result-files ([[WEL-Datei|WEL]] and [[KWL-Datei|KWL]]-Dateien) will be separated by semicola. This is very useful for Excel!
:By enabling this option the values in the result-files ([[WEL-Datei|WEL]] and [[KWL-Datei|KWL]]-Files) will be separated by semicolons. This is very useful for Excel!


===Further output options===
===Extended output options===
* <code>HRU-Discharge wave output (LEFLWELOUT). :</code>
* <code>HRU-Discharge wave output (LEFLWELOUT). :</code>
: Creates a [[EFL.WEL-Datei]] containing a detailed discharge wave (inlcuding soil moisture)for individual HRUs (this option musst be activated for desired HRUs in the [[EFL-Datei]]!)
: Creates a [[EFL.WEL-Datei|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-Datei|EFL-File]]!)
* <code>HRU-Soil parameters (LEFLOUT)... :</code>
* <code>HRU-Soil parameters (LEFLOUT)... :</code>
: Writes the mean soil parameters of the three calculation horizons for each HRU into a [[EFL.TXT-Datei]].
: Writes the mean soil parameters of the three calculation horizons for each HRU into a [[EFL.TXT-Datei|EFL.TXT-File]]
* <code>DIF-Test output (LDIFOUT) ..... :</code>
* <code>DIF-Test output (LDIFOUT) ..... :</code>
: Creates a Debugreport for the calculation including diffusen sources
: Creates a debug-report for the calculation including diffuse sources
* <code>Log protocol output (LLOGOUT) .... :</code>
* <code>Protokollausgabe (LLOGOUT) .... :</code>
: Will create a log protocol ([[$LOG.TXT]])
: Log protocol output ([[$LOG.TXT]])
* <code>LTSTOUT ....................... :</code>
* <code>LTSTOUT ....................... :</code>
: (Control)output of each step of the simulation ( Which step was completed? Which function was called?)
: (Control) output of each step of the simulation ( which step was completed? Which function was called?)
* <code>LBFFKT ........................ :</code>  
* <code>LBFFKT ........................ :</code>  
* Output of soil functions for each time increment  
: Output of soil funtions for each time increment
* <code>LBFOUT ........................ :</code>
* <code>LBFOUT ........................ :</code>
: Old Debugoutput 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
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