EFL-File

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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

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Hydrological Response Unit (HRU)

refer to Theory: soil moisture simulation

File

*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 |
*|-<-->-|-<-->-<---->-<-->-<-->-<-->-|--+----+-|<----><---->-<--->|<----->|<+>|

Explanations

• A: unique ID of the catchment (refer to File)
• B: Slope [%]
• C: area fraction [%]

pervious area of the HRU 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 thickness used in the simulation for each HRU, enable LEFLOUT in the ALL-File!