BlueM.Sim input files: Difference between revisions

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{{Eingabedateien}}
{{Eingabedateien}}
''Sample records can be downloaded from [http://130.83.196.220/bluem/forum/ Forum].''


'''List of input files for BlueM.Sim'''<br/>
==General information==
<div class="achtung">All input files must be encoded in ANSI (not UTF-8).</div>
 
The available space for entering values is denoted by the <code><----></code> token in the file header, single-column parameters are denoted by <code>+</code>.
 
Sample datasets can be downloaded from https://downloads.bluemodel.org.
 
A QGIS plugin for creating BlueM.Sim input files, developed by Martin Grosshaus as part of his {{:Literature:Großhaus_2022|Master Thesis}}, is available on GitHub: https://github.com/bluemodel/BlueM.QGISInterface.
 
==List of input files==
<u>General:</u>
<u>General:</u>
*'''[[ALL-File]]:''' General Simulation Options
*'''[[ALL-File]]:''' General Simulation Options
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*'''[[KTR-File]]:''' Control functions
*'''[[KTR-File]]:''' Control functions
<u>Time series</u>
<u>Time series</u>
*'''[[EXT-File]]:''' time series management (see also [[ZRE-Format]])
*'''[[EXT-File]]:''' Time series
*'''[[JGG-File]]:''' Annual series
*'''[[JGG-File]]:''' Annual patterns
*'''[[WGG-File]]:''' Week series
*'''[[TGG-File]]:''' Daily patterns
*'''[[TGG-File]]:''' Day series
*'''[[WGG-File]]:''' Weekly patterns
<u>Elements</u>
<u>Elements</u>
*'''[[TAL-File]]:''' Dams
*'''[[BEK-File]]:''' Stormwater tanks
*'''[[HYA-File]]:''' Hydraulic Elements
*'''[[EIN-File]]:''' Point discharges
*'''[[TRS-File]]:''' Transport routes
*'''[[EZG-File]]:''' Natural catchments
*'''[[EZG-File]]:''' Natural catchments
*'''[[FKA-File]]:''' Urban catchment
*'''[[FKA-File]]:''' Urban catchments
*'''[[EIN-File]]:''' Individual discharges
*'''[[HYA-File]]:''' Hydraulic elements
*'''[[RUE-File]]:''' Stormwater overflows (combined sewer overflows)
*'''[[TAL-File]]:''' Reservoirs
*'''[[TRS-File]]:''' Transport elements
*'''[[URB-File]]:''' Consumers
*'''[[URB-File]]:''' Consumers
*'''[[VER-File]]:''' Branching
*'''[[VER-File]]:''' Branching elements
*'''[[RUE-File]]:''' About Rain Barrels
*'''[[BEK-File]]:''' Rain overflow basin
<u>Soil moisture calculation</u>
<u>Soil moisture calculation</u>
*'''[[BOA-File]]:''' Soil types
*'''[[BOA-File]]:''' Soil textures
*'''[[BOD-File]]:''' Soil types
*'''[[BOD-File]]:''' Soil types
*'''[[LNZ-File]]:''' Land
*'''[[EFL-File]]:''' Hydrologic response units (HRUs)
*'''[[EFL-File]]:''' Elementary surfaces
*'''[[LNZ-File]]:''' Land use
<u>Diffuse sources</u>
<u>Diffuse sources</u>
*'''[[DIF-File]]:''' Diffuse sources
*'''[[DIF-File]]:''' Diffuse sources
** See also '''[[ALL-File]]:''' General Simulation Options
** See also '''[[ALL-File]]:''' General Simulation Options
** See also '''[[EFL-File]]:''' Elementary surfaces
** See also '''[[EFL-File]]:''' Hydrologic response units (HRUs)
 
==Literature==
<references/>


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

Latest revision as of 04:13, 29 December 2022

BlueM_icon.png 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


General information

All input files must be encoded in ANSI (not UTF-8).

The available space for entering values is denoted by the <----> token in the file header, single-column parameters are denoted by +.

Sample datasets can be downloaded from https://downloads.bluemodel.org.

A QGIS plugin for creating BlueM.Sim input files, developed by Martin Grosshaus as part of his Master Thesis[1], is available on GitHub: https://github.com/bluemodel/BlueM.QGISInterface.

List of input files

General:

Functions:

Time series

Elements

Soil moisture calculation

Diffuse sources

  • DIF-File: Diffuse sources
    • See also ALL-File: General Simulation Options
    • See also EFL-File: Hydrologic response units (HRUs)

Literature

  1. Großhaus, Martin (2022): QGIS-Schnittstelle für das NA-Modell BlueM (QGIS-Interface for the simulation model BlueM) information.png - Abschlussarbeit zur Erlangung des akademischen Grades Master of Engineering im Studiengang Infrastrukturmanagement der Frankfurt University of Applied Sciences (UAS) in Kooperation mit der Technischen Hochschule Mittelhessen (THM) in Gießen, Februar 2022