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{{template [] |test

1. comment

inputfiles=

1. req: NCVIEW2D.DAT
2. opt: plot data stored as spreadsheet or MATLAB Timetable
3. opt: other formats such as *.jpg, *.tif, *.svg, *.pdf, *.png

}}

{{ProgramDescription name_de=NCVIEW2D name=NCVIEW2D version=March 2021 version_descr=September 2022 catchwords=oostprozessor
time series
CF-NETCDF.NCcf-netcdf.nc

shortdescription= NCVIEW2D is applied to visualize CF-NETCDF.NCcf-netcdf.nc data as time series. The following objects are within a plot:

1. plot window(s) (also subplots)
2. y-axis
3. data

A plot window can also have two y-axis with 5 individual data sets each. E. g. plot window 1 and its y-axis 1 can contain the measured and modeled water level, while plot window 2 could show measured salinity on the left y-axis and discharge on the right y-axis. Plot windows are placed from north to south. Below the lowes window, the UUID of the CF-NETCDF.NCcf-netcdf.nc data may be displayed as legend.

• File:Time series.example 1.de.pngexample 1
• File:Time series.example 2.en.pngexample 2
• File:Time series.example 3.en.pngexample 3

Remarks=

1. Variable names can be obtained via ncdump -h myData.nc
2. Measurements from BOEWRT can be converted to CF-NETCDF.NCcf-netcdf.nc using DATACONVERT or BOE2NC
3. Only the last y-label/y-limit of a figure and an axis is used for visualization
4. The maximum number of plot windows is 3.
5. This project took advantage of netCDF software developed by UCAR/Unidata (Link).

inputfiles=

1. req: NCVIEW2D.DAT

outputfiles=

1. MATLAB figure *.fig
2. DMQS metadata (stored in figure)
3. program log *.sdr
4. errors and warning *.err
5. opt: plot data stored as spreadsheet or MATLAB Timetable
6. opt: other formats such as *.jpg, *.tif, *.svg, *.pdf, *.png

methodology= This program was written in MATLAB and takes advantage of existing PROGHOME methods, such as unit conversion or i/o of BOEWRT data. The program is subdivided in the following sections:

1. blah (if requested)

{{ProgramDescription name_de=NCVIEW2D name=NCVIEW2D version=March 2021 version_descr=September 2022 catchwords=oostprozessor
time series
CF-NETCDF.NCcf-netcdf.nc

shortdescription= NCVIEW2D is applied to visualize CF-NETCDF.NCcf-netcdf.nc data as time series. The following objects are within a plot:

1. plot window(s) (also subplots)
2. y-axis
3. data

A plot window can also have two y-axis with 5 individual data sets each. E. g. plot window 1 and its y-axis 1 can contain the measured and modeled water level, while plot window 2 could show measured salinity on the left y-axis and discharge on the right y-axis. Plot windows are placed from north to south. Below the lowes window, the UUID of the CF-NETCDF.NCcf-netcdf.nc data may be displayed as legend.

• File:Time series.example 1.de.pngexample 1
• File:Time series.example 2.en.pngexample 2
• File:Time series.example 3.en.pngexample 3

Remarks=

1. Variable names can be obtained via ncdump -h myData.nc
2. Measurements from BOEWRT can be converted to CF-NETCDF.NCcf-netcdf.nc using DATACONVERT or BOE2NC
3. Only the last y-label/y-limit of a figure and an axis is used for visualization
4. The maximum number of plot windows is 3.
5. This project took advantage of netCDF software developed by UCAR/Unidata (Link).

inputfiles=

1. req: NCVIEW2D.DAT

outputfiles=

1. MATLAB figure *.fig
2. DMQS metadata (stored in figure)
3. program log *.sdr
4. errors and warning *.err
5. opt: plot data stored as spreadsheet or MATLAB Timetable
6. opt: other formats such as *.jpg, *.tif, *.svg, *.pdf, *.png

methodology= This program was written in MATLAB and takes advantage of existing PROGHOME methods, such as unit conversion or i/o of BOEWRT data. The program is subdivided in the following sections:

1. opt: data operations
2. opt: data smoothing
3. Testing of existence of x-axis limits
4. Initialising the figure environment
5. Initialising the the axis
6. Initialising the the legend
7. Initialising the UUID legend (if requested)
8. Initialising the figure title (if requested)
9. Initialising the figure box and grid lines (if requested)
10. Initialising the textboxes (if requested)
11. Writing DMQS information in *.fig
12. Export *.fig
13. opt: export further formats (if requested)
14. opt: export of data as spreadsheet (xlsx) or MATLAB Timetable
15. controlled end

preprocessor=UNTRIM, UNTRIM2, UNK, DATACONVERT, BOE2NC, NCDELTA, NCANALYSE, NCCUTOUT, Delft3D-Flexible Mesh postprocessor=MATLAB language=MATLAB r2020b add_software= keine contact_original=R. Hagen contact_maintenance=Working group POS with R. Hagen and U. Schiller

documentation=

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

}}

1. Reading and checking the steering file
2. Testing of the existence of input data and its variables
3. Testing of the plausibility of input parameters
4. Extracting optional parameters, which have been given in NCVIEW2D.DAT, other data is set to a default value.
5. Data import of file and variables