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<pre>*Zeitreihen (*.EXT)
{{Eingabedateien}}
__NOTOC__
 
<big>Time series</big>
 
''also refer to [[Zeitreihenverwaltung|Theory: time series management]]''
 
==File==
<bluem>
*Zeitreihen (*.EXT)
*==================
*==================
*c:\Programme\TALSIM20\DEMO\WelleDemo.Mdb
*
*|-----|------|----------------------------|
*|-----|------|-----|----------------------------------------------------------------------------------|
*|Datei| Einh | ObjID    ZreID    DBID  |Bezeichnung
*|Datei| Einh |Intrp| Pfad zur Zeitreihendatei                                                        |Bezeichnung
*| Nr. |      |                           |
*| Nr. |      |     |                                                                                  |
*|-<->-|-<-->+|-<------>-<------>-<------>-|
*|-<->-|-<-->-|-<->-|-<--------1---------2---------3---------4---------5---------6---------7--------->-|
  |  A  | m3/s |   B        C       D   |Demo-Zufluss (79-99)
  |  A  |   B  | C | D                                                                               |     E
*|-----|------|----------------------------|</pre>
*|-----|------|-----|----------------------------------------------------------------------------------|
</bluem>
<div class="comment">
Kann es sein, dass Verdunstungszeitreihen nur mit Tagessummenwerten angegeben werden dürfen? Denn in der EZG_WEL wird dem Wert aus der Zeitreihe ein Tagesgang überprägt. MB</div>
 
;Hint:The *.EXT-File exported by [[TALSIM]] has a different format, than the format required by BlueM! Refer to [[TALSIM Export]] on how to convert it.
 
==Explanations==
*'''A''': unique file number
*'''B''': Unit ''(see below)''
*'''C''': Interpretation ''(see below)''
*'''D''': absolute or relative path to the time series file.<br/>BIN- as well as [[ZRE-Format|ZRE-Files]] are accepted.ZRE-Files are converted to BIN-Files automatically before the simulation begins. '''Attention''': During the conversion into the BIN-Format the units are changed (refer to ZRE_SYS in MODZRE). However an automatic reverse conversion is done in the code,if necessary.
<pre>  
m3/s, M3/S -> m3/s      [Factor = 1.]
l/s, L/S  -> m3/s 1    [Factor = 1.]
mm, MM    -> m3/(s ha) [Factor = 10. / REAL(izschr)]
muem, MUEM ->  ??      [Factor = 1. / (REAL(izschr) * 100.)]
mm/h, MM/H -> m3/(s ha) [Factor = 10. / 3600.]
mm/d, MM/D -> m3/(s ha) [Factor = 10. / 86400.]
m/s, M/S  -> ??        [Factor = 10000.]
°C        -> °C        [Factor = 1.]
</pre>
*'''E''': Description
 
===Unit===
The following units are recognized by BlueM:
*m3/s
*l/s
*mm
*muem ''(adjustment factor ''<code>zranp = 1. / (REAL(izschr) * 100.)</code>'', possibly means Thsd.m³, refer to MODZRE, as of line 6172 (Rev 71)'')
*mm/h
*mm/d
*m/s
*°C


* A:
===Interpretation===
* B: Objekt ID
[[Bild:TimeseriesInterpretation.png|thumb|400px|Interpretation of time series]]
* C: Zeitreihen ID
* D: Datenbank ID


The following interpretations are possible:
*1: Instantaneous (e.g. discharge)
*2: Block right, measured value left ('''standard value''')
*3: Block left, measured value right
*4: Cumulative
*5: Cumulative per time step (e.g. precipitation)


<div class="achtung" style="float:left;">
'''Attention:'''<br/>
Block right and Block left only work correctly for an intensity (e.g. [mm/h])!<br/>
Cumulative per time step only works correctly for heights (e.g. [mm])!
</div>


[[Category:BlauesModell]]
[[Category:BlueM.Sim input files]]

Latest revision as of 03:11, 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



Time series

also refer to Theory: time series management

File

*Zeitreihen (*.EXT)
*==================
*
*|-----|------|-----|----------------------------------------------------------------------------------|
*|Datei| Einh |Intrp| Pfad zur Zeitreihendatei                                                         |Bezeichnung
*| Nr. |      |     |                                                                                  |
*|-<->-|-<-->-|-<->-|-<--------1---------2---------3---------4---------5---------6---------7--------->-|
 |  A  |   B  |  C  | D                                                                                |     E
*|-----|------|-----|----------------------------------------------------------------------------------|
Kann es sein, dass Verdunstungszeitreihen nur mit Tagessummenwerten angegeben werden dürfen? Denn in der EZG_WEL wird dem Wert aus der Zeitreihe ein Tagesgang überprägt. MB
Hint
The *.EXT-File exported by TALSIM has a different format, than the format required by BlueM! Refer to TALSIM Export on how to convert it.

Explanations

  • A: unique file number
  • B: Unit (see below)
  • C: Interpretation (see below)
  • D: absolute or relative path to the time series file.
    BIN- as well as ZRE-Files are accepted.ZRE-Files are converted to BIN-Files automatically before the simulation begins. Attention: During the conversion into the BIN-Format the units are changed (refer to ZRE_SYS in MODZRE). However an automatic reverse conversion is done in the code,if necessary.
 
m3/s, M3/S -> m3/s      [Factor = 1.]
l/s, L/S   -> m3/s 1    [Factor = 1.]
mm, MM     -> m3/(s ha) [Factor = 10. / REAL(izschr)]
muem, MUEM ->  ??       [Factor = 1. / (REAL(izschr) * 100.)]
mm/h, MM/H -> m3/(s ha) [Factor = 10. / 3600.]
mm/d, MM/D -> m3/(s ha) [Factor = 10. / 86400.]
m/s, M/S   -> ??        [Factor = 10000.]
°C         -> °C        [Factor = 1.]
  • E: Description

Unit

The following units are recognized by BlueM:

  • m3/s
  • l/s
  • mm
  • muem (adjustment factor zranp = 1. / (REAL(izschr) * 100.), possibly means Thsd.m³, refer to MODZRE, as of line 6172 (Rev 71))
  • mm/h
  • mm/d
  • m/s
  • °C

Interpretation

Interpretation of time series

The following interpretations are possible:

  • 1: Instantaneous (e.g. discharge)
  • 2: Block right, measured value left (standard value)
  • 3: Block left, measured value right
  • 4: Cumulative
  • 5: Cumulative per time step (e.g. precipitation)

Attention:
Block right and Block left only work correctly for an intensity (e.g. [mm/h])!
Cumulative per time step only works correctly for heights (e.g. [mm])!