EFL-File: Difference between revisions
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{{Eingabedateien}} | {{Eingabedateien}} | ||
<big> | <big>Hydrological Response Unit (HRU)</big> | ||
'' | ''refer to [[Bodenfeuchtesimulation|Theory: soil moisture simulation]]'' | ||
== | ==File== | ||
<bluem> | <bluem> | ||
*Elementarflaechen (*.EFL) | *Elementarflaechen (*.EFL) | ||
| Line 24: | Line 24: | ||
</bluem> | </bluem> | ||
== | ==Explanations== | ||
* '''A''': | * '''A''': unique ID of the catchment (refer to [[EZG-Datei| File]]) | ||
* '''B''': | * '''B''': Slope [%] | ||
* '''C''': | * '''C''': area fraction [%] | ||
:'' | :''pervious area of the land use in relation to the pervious area of the catchment (Bug 402)'' | ||
* '''D''': ID | * '''D''': ID of the soil type (refer to [[BOD-Datei|BOD-File]]) | ||
* '''E''': ID | * '''E''': ID of the land use (refer to [[LNZ-Datei| LNZ-File]]) | ||
* '''F''': CN- | * '''F''': CN-Value [-] (SCS-Method) | ||
* '''G - K''': in BlueM | * '''G - K''': not used in BlueM | ||
* '''L''': ID | * '''L''': ID for the simulation of diffuse sources (refer to [[DIF-Datei|DIF-File]]) | ||
* '''M''': | * '''M''': Wave output for the HRU [J/N]: writes detailed HRU simulation results into the [[EFL.WEL-Datei|EFl.WEL-File]] | ||
:( | :(only works if <code>EFL-Wave output (LEFLWELOUT)</code> is enabled in the [[ALL-Datei#Erweiterte_Ausgabeoptionen|ALL-File]]!) | ||
; | ;Hint:In order to get an output of the characteristic soil values and layer thikness used in the simulation for each HRU,enable <code>LEFLOUT</code> in the [[ALL-Datei#Erweiterte_Ausgabeoptionen|ALL-File]]! | ||
[[Kategorie:BlueM Eingabedateien]] | [[Kategorie:BlueM Eingabedateien]] | ||
Revision as of 03:45, 25 February 2013
BlueM.Sim | Download | Application | Theory | Development
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
Hydrological Response Unit (HRU)
refer to Theory: soil moisture simulation
File
<bluem>
- Elementarflaechen (*.EFL)
- =========================
- SimOpt Typ:
- 1= einmal pro Tag, Oberflaechenabfluss mit SCS
- 2= kontinuierlich pro dt
- |------|----------------------------|---------|------------------|-------|---|
- | | Parameter | SimOpt | xPos yPos Symbol|Diffuse|WEL|
- | EZG | Gef. Fläche Bod Lnz CN | Typ mi | |Quellen| |
- |------|----------------------------|---------|------------------|-------|---|
- | - | % % ID ID - | 1,2 j/n | | ID |J/N|
- |-<-->-|-<-->-<---->-<-->-<-->-<-->-|--+----+-|<----><---->-<--->|<----->|<+>|
- | A | B C D E F | G H | I J K | L | M |
| A067 | 1 100 64 1 95 | 2 N |480.26150.68 1| 1| J |
- |-<-->-|-<-->-<---->-<-->-<-->-<-->-|--+----+-|<----><---->-<--->|<----->|<+>|
</bluem>
Explanations
- A: unique ID of the catchment (refer to File)
- B: Slope [%]
- C: area fraction [%]
- pervious area of the land use in relation to the pervious area of the catchment (Bug 402)
- D: ID of the soil type (refer to BOD-File)
- E: ID of the land use (refer to LNZ-File)
- F: CN-Value [-] (SCS-Method)
- G - K: not used in BlueM
- L: ID for the simulation of diffuse sources (refer to DIF-File)
- M: Wave output for the HRU [J/N]: writes detailed HRU simulation results into the EFl.WEL-File
- (only works if
EFL-Wave output (LEFLWELOUT)is enabled in the ALL-File!)
- Hint
- In order to get an output of the characteristic soil values and layer thikness used in the simulation for each HRU,enable
LEFLOUTin the ALL-File!