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==== Literatur ====
==== Literatur ====
<references />
<references />
-----------------------------------------------
{{template
[]
|test
# comment
inputfiles=
# req: [[NCVIEW2D.DAT]]
# opt: plot data stored as spreadsheet or [https://de.mathworks.com/help/matlab/timetables.html MATLAB Timetable]
# 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<br />
time series<br />
[[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:
# plot window(s) (also subplots)
# y-axis
# 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.
<gallery>
Time series.example 1.de.pngexample 1
Time series.example 2.en.pngexample 2
Time series.example 3.en.pngexample 3
</gallery>
Remarks=
# Variable names can be obtained via ncdump -h myData.nc
# Measurements from [[BOEWRT]] can be converted to [[CF-NETCDF.NCcf-netcdf.nc]] using [[DATACONVERT]] or [[BOE2NC]]
# Only the last y-label/y-limit of a figure and an axis is used for visualization
# The maximum number of plot windows is 3.
# This project took advantage of [[netCDF]] software developed by UCAR/Unidata ([http://www.unidata.ucar.edu/software/netcdf/ Link]).
inputfiles=
# req: [[NCVIEW2D.DAT]]
outputfiles=
# [[MATLAB]] figure *.fig
# [[DMQS]] metadata (stored in figure)
# program log *.sdr
# errors and warning *.err
# opt: plot data stored as spreadsheet or [https://de.mathworks.com/help/matlab/timetables.html MATLAB Timetable]
# 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:
