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Difference between revisions of "BOE2NC"

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(Created page with "{{ProgramDescription |name_de=BOE2NC |name=BOE2NC |version=January 2020 |version_descr=Febuary 2020 |catchwords=Preprocessor<br /> conversion<br /> BOEWRT.DAT<br /> CF-N...")
 
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|name=BOE2NC
 
|name=BOE2NC
 
|version=January 2020
 
|version=January 2020
|version_descr=Febuary 2020
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|version_descr=March 2020
 
|catchwords=Preprocessor<br />
 
|catchwords=Preprocessor<br />
 
conversion<br />
 
conversion<br />
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# folder nc_cat: ncrcat -h of the data in nc
 
# folder nc_cat: ncrcat -h of the data in nc
  
|preprocessor=[[ZEITRIO]], [[DATACONVERT]]
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|preprocessor=[[DATACONVERT]], [[ZEITRIO]]
|postprocessor=[[NCDELTA]], [[NCANALYSE]], [[NCPOLO]], [[NCPLOT]], [[NCVIEW2D]], [[NetCDF Operators]]
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|postprocessor=[[NCANALYSE]], [[NCDVAR]], [[NCPOLO]], [[NCPLOT]], [[NCVIEW2D]], [[NetCDF Operators]]
 
|language=MATLAB r2019b
 
|language=MATLAB r2019b
 
|add_software= keine
 
|add_software= keine

Latest revision as of 14:32, 17 March 2020

Basic Information

Name of Program

BOE2NC

Version-Date

January 2020

Description-Date

March 2020

Catchwords

Preprocessor
conversion
BOEWRT.DAT
cf-netcdf.nc

Short Description of Functionality

BOE2NC is applied in order to convert an amount of measured time series from the BOEWRT format to individual and pooled cf-netcdf.nc data.

  1. all BOEWRT.DAT data must be in one directory
  2. only water level, current, salinity, temperature and sediment concentration are permitted at the moment
  3. current must contain a magnitude and a direction
  4. the BOEWRT.DAT header must contain a timezone, an epsg-code, coordinates and the number of the wet point.
  5. measured data should be quality controlled by the user, as no checks are run by BOE2NC
  6. the order of the measured stations can be manipulated by placing a textfile in the measurement directory, which must contain the names of all stations
  7. measured data is divided into water levels and non-water levels
  8. data which is not a water level, must have an according water level, as they are concentated in the water level file lateron.
  9. if no water level exists at the location, the user may use model data, reanalyzed harmonic constituents, or measurements, which are somewhat closeby (+-10km seems to work fine).
  10. if a parameter is not available at a location, fill values are added
  11. it is possible to neglect parameters, as BOE2NC executition may be expensive.

Input-Files

  1. req: steeringBOE2NC.DAT
  2. opt: order of station e. g. order.txt

Output-Files

  1. log (Dateityp *.sdr)
  2. errors and warnings (Dateityp *.err)
  3. folder boewrt: original data
  4. folder boe: data as homogenized by ZEITRIO
  5. folder nc: data as homogenized by ZEITRIO, converted by DATACONVERT and appended by ncks
  6. folder nc_cat: ncrcat -h of the data in nc

Methodology

{{{methodology}}}

Program(s) to run before this Program

DATACONVERT, ZEITRIO

Program(s) to run after this Program

NCANALYSE, NCDVAR, NCPOLO, NCPLOT, NCVIEW2D, NetCDF Operators

Additional Information

Language

MATLAB r2019b

Additional software

keine

Original Version

R. Hagen

Maintenance

R. Hagen

Documentation/Literature

  • Template Files:
    • template files available in $PROGHOME/examples/boe2nc/

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Overview