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< | {{Eingabedateien}} | ||
<big>System-logic, System-structure</big> | |||
''more information in [[Modellierungstechnische Grundlagen|Theory: Modelling Basics for BlueM]]'' | |||
==File== | |||
<bluem> | |||
*Systemlogik (*.SYS) | |||
*=================== | *=================== | ||
* | * | ||
*|-------------------------------|----------------|----------------|---|-- | *|-------------------------------|----------------|----------------|---|---| | ||
*| S y s t e m | Zulauf | Ablauf |WEL|BIL | *| S y s t e m | Zulauf | Ablauf |WEL|BIL| | ||
*| Beschreibung | Nr. | 1 2 3 | 1 2 3 | | | *| Beschreibung | Nr. | 1 2 3 | 1 2 3 | | | | ||
*|<--------------------->-|-<-->-|-<-->-<-->-<-->-|-<-->-<-->-<-->-|-+-|-+- | *|<--------------------->-|-<-->-|-<-->-<-->-<-->-|-<-->-<-->-<-->-|-+-|-+-| | ||
*| A | B | C D E | F G H | I | J | K | |||
| Einzeleinleiter | E100 | | T100 | J | | | | Einzeleinleiter | E100 | | T100 | J | | Description | ||
| Beispiel Speicher | T100 | E100 | U100 S100 | J | J | | | Beispiel Speicher | T100 | E100 | U100 S100 | J | J | Description | ||
| Verbraucher | U100 | T100 | SEND | J | J | | | Verbraucher | U100 | T100 | SEND | J | J | Description | ||
| Transportstrecke | S100 | T100 | SEND | | | | | Transportstrecke | S100 | T100 | SEND | | | Description | ||
| Transportstrecke Absch | SEND | S100 U100 | ZPG | | | | | Transportstrecke Absch | SEND | S100 U100 | ZPG | | | Description | ||
| ZIELPEGEL | ZPG | SEND | | | | | | ZIELPEGEL | ZPG | SEND | | | | Description | ||
*|-------------------------------|----------------|----------------|---|---| | *|-------------------------------|----------------|----------------|---|---| | ||
</bluem> | |||
==Explanations== | |||
'''System''' | '''System''' | ||
* A: | * A: Description of the Element | ||
* B: | * B: Unique element ID ''(First letters are defined as follows:)'' | ||
**Urban Catchment (FKA) : '''F''' | |||
**Rural Catchment (EZG) : '''A''' | |||
**Transport element (TRS) : '''S''' | |||
**Storm-water overflow (RUE) : '''R''' | |||
**Storm-water overflow basin (BEK) : '''B''' | |||
**Individual discharge point (EIN) : '''E''' | |||
**Branching point (VER) : '''V''' | |||
**Consumer (URB) : '''U''' | |||
**Dam (TAL) : '''T''' | |||
**Target water gauge (ZPG) = '''Z''' | |||
**Control functions (KTR) : '''Y''' ''(will not be listed in the system-structure)'' | |||
'''Inflow''' | |||
* Each element can receive up to three inflows | |||
* C: Inflow 1 | |||
* D: Inflow 2 | |||
* E: Inflow 3 | |||
''' | '''Outflow''' | ||
* Each element can pass its flow on up to three others | |||
* F: Outflow 1 | |||
* G: Outflow 2 | |||
* H: Outflow 3 | |||
* | '''Others''' | ||
* | * I: Calculation and output of the hydrographs in a [[WEL-Datei|WEL-File]]? [J/N] J = Yes, N = No | ||
* | * J: Calculation and output of the balance in a [[BLZ-Datei|BLZ-File]]? [J/N] | ||
* K: Optional Element description | |||
''' | ==BlueM.Sim-Quality== | ||
* The system element "ZIELPEGEL (ZPG)" has to be the '''last''' element in the SYS-file. <br /> Reason: BlueM.Sim-Quality assumes an identical array identifier for both "ElemCont" and "ISYS" and the LaPipe-Array, which does not hold if the ZIELPEGEL is not at the end of the SYS-File, because it is included in the array ISYS but not in ElemCont. | |||
[[Category: | [[Category:BlueM.Sim input files]] | ||
Latest revision as of 02:21, 1 August 2021
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
System-logic, System-structure
more information in Theory: Modelling Basics for BlueM
File
*Systemlogik (*.SYS) *=================== * *|-------------------------------|----------------|----------------|---|---| *| S y s t e m | Zulauf | Ablauf |WEL|BIL| *| Beschreibung | Nr. | 1 2 3 | 1 2 3 | | | *|<--------------------->-|-<-->-|-<-->-<-->-<-->-|-<-->-<-->-<-->-|-+-|-+-| *| A | B | C D E | F G H | I | J | K | Einzeleinleiter | E100 | | T100 | J | | Description | Beispiel Speicher | T100 | E100 | U100 S100 | J | J | Description | Verbraucher | U100 | T100 | SEND | J | J | Description | Transportstrecke | S100 | T100 | SEND | | | Description | Transportstrecke Absch | SEND | S100 U100 | ZPG | | | Description | ZIELPEGEL | ZPG | SEND | | | | Description *|-------------------------------|----------------|----------------|---|---|
Explanations
System
- A: Description of the Element
- B: Unique element ID (First letters are defined as follows:)
- Urban Catchment (FKA) : F
- Rural Catchment (EZG) : A
- Transport element (TRS) : S
- Storm-water overflow (RUE) : R
- Storm-water overflow basin (BEK) : B
- Individual discharge point (EIN) : E
- Branching point (VER) : V
- Consumer (URB) : U
- Dam (TAL) : T
- Target water gauge (ZPG) = Z
- Control functions (KTR) : Y (will not be listed in the system-structure)
Inflow
- Each element can receive up to three inflows
- C: Inflow 1
- D: Inflow 2
- E: Inflow 3
Outflow
- Each element can pass its flow on up to three others
- F: Outflow 1
- G: Outflow 2
- H: Outflow 3
Others
- I: Calculation and output of the hydrographs in a WEL-File? [J/N] J = Yes, N = No
- J: Calculation and output of the balance in a BLZ-File? [J/N]
- K: Optional Element description
BlueM.Sim-Quality
- The system element "ZIELPEGEL (ZPG)" has to be the last element in the SYS-file.
Reason: BlueM.Sim-Quality assumes an identical array identifier for both "ElemCont" and "ISYS" and the LaPipe-Array, which does not hold if the ZIELPEGEL is not at the end of the SYS-File, because it is included in the array ISYS but not in ElemCont.